#Europe Hyperloop Technology Market | Explore Tumblr posts and blogs

risingpakistan1947 · 8 months ago

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Neom City | The Future of Urban Innovation in Saudi Arabia

Neom City, which is a futuristic project situated in the uncontaminated places of the land of Saudi Arabia, is a suspense of the capabilities of modern urban planning. This burgeoning metropolis envisages being a tech-oriented, eco-friendly, and innovative abode. Positioning its goal for renewable energy sources in the mainstream and exemplary technologies as a way to accomplish the smart city notion makes Neom stand out. The city of Neom's merit lies in its green concept and conservation pattern. The city is constructed with the aid of green areas, renewable energy sources, and an efficient system of waste management that is oriented on the happiness and bliss of people and the planet at the same time. Witnessing the progression of a technologically advanced metropolis to Neom the promising city of symbiosis plays a crucial role in the world as we are heading towards the urbanization stages. The construction moves forward in Neom City Saudi Arabia and seeing how this futuristic utopia emerges into an active and economical hub of assets and cultures, will be very entertaining. Bringing together the characteristics of the past and present in a novel way, Neom emerges as a place that may revolutionize city planning altogether in a way we haven’t considered before. Neom City Saudi Arabia | A Visionary Concept Neom is not just a city; it is an ambitious venture aimed at blowing away those limits of humans' capabilities. Neom came to life in 2017 as part of the Saudi Arabia Vision 2030 plan that aimed to diversify the kingdom's economy and remove the kingdom from oil dependency. This global center was created with a focus on innovation, technology, and sustainability. Embodying an area of 26.500 square kilometers, the plan is going to be implemented strategically in the junction of three countries – Saudi Arabia, Jordan, and Egypt – along the Coast of the Red Sea, attaining access to the markets in Asia, Europe, and Africa unsurpassed. 10 best most famous places to visit in Dubai Contrary, to that, Neom City, Saudi Arabia, comes up with the idea of sustainability and smart infrastructure. Its goal is to go with the case of setting new standards for urban development and preservation of the culture at the same time. While traveling throughout a flourishing city, visitors have the opportunity to witness how these divergent features of mass transit successfully co-exist and provide the perfect framework enabling development and progress. Pillars of Innovation At the core of the city lies a commitment to innovation, made up of several sectors which act as pillars to support and shape the city structure and social order. The other column is energy, where Neom is revolutionizing the way we harvest and utilize energy. From the fact that the city receives so much solar radiation and wind, it invests hugely in solar farms, wind turbines, and smart battery storage systems, trying to attain 100 percent of renewables. This emphasis on clean energy ensures not only carbon emissions reduction but also energy security and resilience in a time of worldwide transition in the energy sphere. 10 best places to visit in Qatar Mobility and transportation are also some of the main features of innovation of Neom. In the light of growing urgent necessity for sustainable and efficient transit systems, the city authorities begin work on the creation of driverless cars, high-speed railways, and vertical take-off and landing (VTOL) aircraft. To achieve this, Neom intends to embed these technologies into its urban space, consequently decreasing traffic jams and time spent commuting and improving mobility. Besides that, the city is looking into the possibility of using hyperloop systems that can make long-distance travel and trade connections region-wide a new reality. In the scope of digitalization, Neom City, Saudi Arabia, included the rich potential of information technology to establish a connected and smooth urban environment. From smart grids and IoT sensors to blockchain-based governance systems, the city is employing digital infrastructure to optimize the use of resources, proffer public services at a higher level, and foster ecosystems of innovation. Digital inclusion is the main mission of Neom, providing each resident with high-speed internet, internet literacy programs, and e-government services to ensure future digital economy participation for all residents. Economic Catalyst Neom City, Saudi Arabia, beyond its technical power, envisions an account of a world economic power that is famous for expanding growth and employment across the world on an unmatched scale. By engaging in critical partnerships with key businesses, startups, and research establishments it is the city that plants the seeds of global innovation and entrepreneurship via an ecosystem that continuously transcends geographic borders. A myriad of companies looks forward to Neom's Special Economic Zone which is characterized by officials who are ready to work within a favorable regulatory framework, a low tax burden, and a streamlined bureaucracy to tap into the opportunities of this thriving hub of innovation. Bujh Khalifa | The tallest building in the World The provision of assistance to startup founders and startup accelerators by the city allows entrepreneurship flourishment in the city so that those innovative ideas can be turned into operation and then further expanded. Neom's dedication to knowledge-sharing and skills enhancement allows both local and foreign talents to gain knowledge and access the best mentorship programs, business incubators, and networking pools, so competition and economic prosperity will provide a nurturing environment allowing innovation to flow. Moreover, Neom City in Saudi Arabia is visionary, as this leadership understands that the protection of natural resources is the basis of long-term economic development. The city can avoid ecological risks and develop new job-making areas within and outside the economy, based on the main investments in renewable energy, car technologies, and green infrastructure. Neom's approach to sustainability does not only involve green issues but also concentrates on society and economics, which includes plans to develop equality social cohesion, and inclusivity in its population, which is diverse.

Cultural Melting Pot Neom City, Saudi Arabia exhibits this by creating an atmosphere that is highly conducive for people to come from different parts of the world. This metropolis with its open policies, and modern infrastructure may come home to a diversity of cultures, languages, and traditions as well. This diversity will cause an intricate life map, where the locals and travelers can go in different ways of living while staying in the city limits. An active cultural mingling pot demands a creative arts and amusement industry. The Neom City in Saudi Arabia could turn into a creative area in which all international artists migrate, known as a fusion of a global array of influences. The city's cultural venues would not only offer traditional music and dance performances but also involve the creation of brand-new installations. They would cater to the interests of different kinds of people; therefore, everyone could find something to enjoy. Food is the world’s language, and the city of Neom would talk it fluently. Psych out how pleasant it is to be walking in streets that are crowded with eating places around the world. If you yearn for exotic street food from Asia, or enticing delicacies from Europe, or indulge in an amalgamation of flavors across cultures, Neom City would be a gastronomic quest needing to be embarked upon. Constructing a community that sets the tone in a cultural mix is necessary. A city considering building Neom in Saudi Arabia might bring in policies to promote harmonious living based on understanding, coexistence, and respect for differences among its diverse residents. The city would sponsor cultural celebrations, community events, intercultural exchange programs, and neighborhood gatherings to create spaces for people with different backgrounds to feel welcome and respected. Challenges and Criticism A crucial aspect of Neom City, Saudi Arabia is the risk of its environmental damage. Building a large-scale urban development in a fragile desert system can be detrimental to the local environment by endangering wildlife, water resources, and air quality. Critics become anxious about the depletion of natural habitats and rising water consumption, as well as pollution from construction sites and transportation. The usage of renewable energy sources as a foundation for a project is indeed praiseworthy, but it may not fully compensate for the ecological footprint of the project if not adopted with due diligence and monitoring. The next urgent problem is the dislocation of local communities and the possible cultural heritage loss. The construction of the Neom City, Saudi Arabia, and the accompanying infrastructure projects may cause indigenous populations of the area to relocate upending their culture and access to traditional lands. On top of that, fast-paced urbanization together with the increased influx of foreigners will bring about certain social tensions and conflicts over resources, jobs, and cultural heritage. The developers of Neom need to engage with local communities, take heed of their rights, and involve them in the planning process so that their needs are adequately reflected in the plans. Additionally, the geopolitical significance of Neom City, Saudi Arabia, cannot be ignored. Located at a strategic intersection of three countries, the growth of the city would have domino effects on the region's politics, economics, and security. Neom's heavy dependence on foreign investment and expertise poses some crucial questions of compliance with the norms of sovereignty and control over key assets and resources. Completion Date of Neom City, Saudi Arabia The deployment of NEOM City, Saudi Arabia is a major and complicated issue that needs several stages and takes years to realize. Progress goes on in the construction and development of different parts of the city, but some challenges like financing, logistics, and legality can cause changes in the completion period, which is difficult to estimate beforehand. however, the city streets are now being worked on and the goal is to have the rest of the city done by 2039. Neom City, Saudi Arabia - The Future of Smart Cities Neom, Saudi Arabia's futuristic city under construction, has an impressive area of 26,500 km2(10,200 sq. mi), which allows you to look at it from the point of view of the universe. Such an entire area will host varied districts incorporating both a floating industry complex and a global trade center undertaking different functions. Neom futuristic idea as an aggregate shows the intention of crossing the boundaries and rethinking urban development through an unprecedented approach. The floating industrial complex is another fascinating feature of Neom's concept that makes it stand out. Through the use of an untraditional method, the city's farsighted vision is demonstrated by a quest for new options for a city's infrastructure and economy. Moreover, Neom as a global focal point with an exciting potential for international connectivity and economic growth can be seen as an important part of the global trading system. The Neom City, in Saudi Arabia, scheduled for 2039, will set the foundation for the ambitious futuristic city that will be defined by a new urban landscape. The city is not only the world's technology and practice but also makes focuses on innovation and new industries. The aim of making the town a smart one through the adoption of renewable energy sources makes it a symbol of not only environmental protection but progressive urban planning. Furthermore, joining AI and robotics into daily life in Neom City, Saudi Arabia many times shows a society where automation boosts efficiency but at the same time raises several questions regarding the future of work and human contact. Besides making life easier, this tech hub will bring to the fore cultural issues of how such technologies may reform society’s traditional values and norms in surprising ways. Along with the excitement as the goal of the Neom City project becomes more and more real, we also cannot help but step back and think about the consequences of such a tremendous level of technology integration in the designed space. Read the full article

#NeomCity #NeomCitySaudiArabia

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david843346 · 1 year ago

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POD Taxi Market Global Demand Analysis & Opportunity Outlook 2029

Research Nester published a report titled “POD Taxi Market: Global Demand Analysis & Opportunity Outlook 2029” which delivers detailed overview of the global pod taxi market in terms of market segmentation by technology, application areas, and by region.

Further, for the in-depth analysis, the report encompasses the industry growth indicators, restraints, supply and demand risk, along with detailed discussion on current and future market trends that are associated with the growth of the market.

The POD taxi market is estimated to grab a large amount of revenue by growing at a remarkable CAGR during the forecast period, i.e., 2021 – 2029, on the back of severe effects of global warming on the environment, increasing number of road accidents, and shift in focus to use renewable power sources for running vehicles. Furthermore, as POD taxis are regarded as more cost-effective than conventional cars in the long run, the demand for these automobiles is anticipated to grow in the near future.

The POD taxi market is segmented by technology and application areas. On the basis of application areas, the segment for airports is predicted to garner the largest share in the market, which can be credited to the lesser maintenance costs of personal rapid transits (PRTs) than other airport transport systems. Along with these, PRTs are capable of providing a personalized passenger experience with better comfort and safety, which in turn is evaluated to drive growth to this market segment over the forecast period.

Download Sample of This Strategic Report: https://www.researchnester.com/sample-request-94

Geographically, the market is segmented into five major regions, including, North America, Europe, Latin America, Asia Pacific and the Middle East & Africa. The market in Asia Pacific is projected to grow with the highest rate during the forecast period owing to the increasing investments by government agencies for transformation of public transport system and growing collaborations between local and international automobile companies in the region. It was reported that India’s total spending for implementation of POD taxi scheme cost more than USD 530 million.

Rising Environmental Consciousness to Fuel Market Growth

POD car is an environment-friendly transport concept acquiring the ability to fueled by renewable energy resources, such as solar power and electrically charged batteries. As the demand for sustainable automobiles is increasing, countries are emphasizing more towards high-end technology for vehicles that saves energy and eliminates the consumption of fossil fuels. This is assessed to boost the demand for POD taxis in the future.

However, lack of awareness and expensive installation of POD taxis are expected to operate as key restraints to the growth of global pod taxi market over the forecast period.

“The Final Report will cover the impact analysis of COVID-19 on this industry.”

Download/Request Sample Copy of Strategic Report: https://www.researchnester.com/sample-request-94

This report also provides the existing competitive scenario of some of the key players of the global pod taxi market which includes company profiling of skyTran, 2 Getthere B.V., Mercedes-Benz AG (ETR: DAI), General Motors Company (NYSE: GM), Vectus Ltd., Ultra Global Ltd., Metrino-PRT, The Boeing Company (NYSE: BA), Hyperloop Technologies, Inc., and others. The profiling enfolds key information of the companies which encompasses business overview, products and services, key financials and recent news and developments. On the whole, the report depicts detailed overview of the pod taxi market that will help industry consultants, equipment manufacturers, existing players searching for expansion opportunities, new players searching possibilities and other stakeholders to align their market centric strategies according to the ongoing and expected trends in the future.

Read More Details@ https://www.researchnester.com/reports/pod-taxi-market/94

#POD Taxi Market

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maximizeprayag · 3 years ago

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Global Hyperloop Technology Market Growth Insights, end use, content, sample and Regional Analysis 2027

Global Hyperloop Technology Market Overview:

The study covers the Global Hyperloop Technology market's most recent revenue and market trends. It stresses a market overview, definition, and structure, as well as preventative and pre-planned management. The report focuses on the factors that influence the Global Hyperloop Technology Market, such as gross margin, cost, market share, capacity utilisation, and supply. It also aids in determining the future potential of Global Hyperloop Technology Market in the next years. The report presents a market overview through common subjects that are highlighted with unique data based on the need. This overview aids in making decisions about how to approach the market and comprehending the industry's backdrop.

Request for free sample:

https://www.maximizemarketresearch.com/request-sample/1288/

Market Scope:

· Key Market Trends & Challenges:

The study analyses the primary adoption trend impacting the Global Hyperloop Technology industry as well as issues that may stymie its expansion. Understanding these elements is critical for product planning and design, as well as commercial strategies. To assist you understand the Global Hyperloop Technology market, this study provides a full analysis of these trends and obstacles.

· Market Statistics:

The report provides the market size and share of the Global Hyperloop Technology market. It helps in understanding the market and the report estimates upfront data and statistics that make the report a very valuable guide for individuals dealing with advertising and industry decision-making processes in the Global Hyperloop Technology market.

Get more Report Details:

https://www.maximizemarketresearch.com/market-report/global-hyperloop-technology-market/1288/

Segmentation:

Based on the Carriage Type, the hyperloop technology market is segmented into passenger and cargo/freight. During the projection period, the passenger carriage type is likely to dominate the market in terms of market share. Passenger hyperloop capsules, with a potential carrying capacity of 40 passengers are expected to be operational after freight hyperloop capsules, according to various subject matter experts. Most firms are focusing on commuters to get a larger piece of the market by connecting key cities and nations; therefore passenger transportation is projected to hold a significant proportion of the industry. It is projected to save many hours of travel time.

Global Hyperloop Technology Market Regional Analysis

Key Players:

• Virgin Hyperloop One

• Zeleros

• Hyper Chariot

• AECOM

• Arrivo

• Hyperloop Transportation Technology

• Tesla

• SPACEX

• TRANSPOD

• WASHINGTON HYPERLOOP

• VicHyper

• Dinclix GroundWorks Private Limited.

• Delft Hyperloop

• Hardt B.V.

• NEXT Prototypes e.V.

• Waterloop

• Badgerloop

• Other Key Players

The report examines the top players in the Global Hyperloop Technology market in terms of their size, market share, market growth, revenue, production volume, and profitability. The research outlines which growth strategies are being used by key players, including strategic alliances, new product innovation, and so on. It tells you whether you're competing with only industry firms or with competitors who provide alternative solutions. The study helps you understand competitor pricing in the Global Hyperloop Technology market so you can examine and build a pricing plan that works for your product. The competitive landscape is a significant feature of the Global Hyperloop Technology industry that all key stakeholders in the industry should be aware of.

Regional Analysis:

Geographically, this report is segmented into several key countries, with market size, growth rate, import and export of Global Hyperloop Technology market in these countries, which covering North America, U.S., Canada, Mexico, Europe, UK, Germany, France, Spain, Italy, Rest of Europe, Asia Pacific, China, India, Japan, Australia, South Korea, ASEAN Countries, Rest of APAC, South America, Brazil, and Middle East and Africa.

COVID-19 Impact Analysis on Global Hyperloop Technology Market:

The report has identified detailed impact of COVID-19 on Global Hyperloop Technology market in regions such as North America, Asia Pacific, Middle-East, Europe, and South America. The report provides Comprehensive analysis on alternatives, difficult conditions, and difficult scenarios of Global Hyperloop Technology market during this crisis. The report briefly elaborates the advantages as well as the difficulties in terms of finance and market growth attained during the COVID-19. In addition, report offers a set of concepts, which is expected to aid readers in deciding and planning a strategy for their business.

Key Questions answered in the Global Hyperloop Technology Market Report are:

· Which product segment grabbed the largest share in the Global Hyperloop Technology market?

· How is the competitive scenario of the Global Hyperloop Technology market?

· Which are the key factors aiding the Global Hyperloop Technology market growth?

· Which region holds the maximum share in the Global Hyperloop Technology market?

· What will be the CAGR of the Global Hyperloop Technology market during the forecast period?

· Which application segment emerged as the leading segment in the Global Hyperloop Technology market?

· Which are the prominent players in the Global Hyperloop Technology market?

· What key trends are likely to emerge in the Global Hyperloop Technology market in the coming years?

· What will be the Global Hyperloop Technology market size by 2027?

· Which company held the largest share in the Global Hyperloop Technology market?

About Us:

Maximize Market Research provides B2B and B2C research on 12000 high growth emerging opportunities & technologies as well as threats to the companies across the Healthcare, Pharmaceuticals, Electronics & Communications, Internet of Things, Food and Beverages, Aerospace and Defence and other manufacturing sectors.

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Phone No.: +91 20 6630 3320

Website: www.maximizemarketresearch.com

Related Reports:

Emulsion Adhesives Market

Non-Invasive Prenatal Testing Market

#Global Hyperloop Technology Market

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marketgrowthreseach · 3 years ago

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Hyperloop Technology Market Size, Share, Growth | Report 2020 - 2026

The global hyperloop technology market is projected to is projected to reach at USD 6,000 million by 2026 and expand at a substantial CAGR during the forecast period. This growth is attributed to the rising demand for faster, cheaper, and safer modes of transportation, and rising environmental concerns.

The idea of Hyperloop technology was put forth by Elon Musk. Hyperloop technology revolves around the idea of building an ultra-high-speed ground transportation system. In a hyperloop system, specially vacuumed tubes are built over or underground in which pods can travel at high speed. Such systems can utilize various features such as electromagnetic motors and air bearings. Hyperloop systems have many advantages over conventional transportation systems. Hyperloop systems offer a much faster and cheaper alternative to other forms of transportation. These systems are also very secure and immune to even natural disaster. Market Trends, Drivers, Restraints, and Opportunities:

High speed of hyperloop technology in comparison to other modes of transportation is fueling the growth of the market. Increasing awareness towards the consequences of air pollution caused by the conventional transportation modes and rising level of exposure to traffic & noise drives the adoption of hyperloop technology. This is hence boosting the market growth. Factors such as such as minimum cost, energy-efficient approaches are attracting investors towards it which is driving the growth of hyperloop market. Safety & security concerns of passengers are expected to hinder the market growth Lack of awareness and regulations over the technology is also expected to slow down the growth rate of the market. Heavy investments in R&D, growing number of market players, increasing capital investment, and rapid industrialization around the world is going to foster the growth of the market during the forecast period.

The report on the global hyperloop technology market includes an assessment of the market, trends, segments, and regional markets. Overview and dynamics have also been included in the report.

Read More at: https://dataintelo.com/report/hyperloop-technology-market/

Global Hyperloop Technology Market Segment Insights:

Based on carriage types, the global hyperloop technology market is divided into passenger and cargo/freight. The passenger segment is expected to expand at a prominent rate as it plays a vital role in passenger commuting.

In terms of transportation systems, the market is fragmented into tubes, propulsion, capsule, and route. Tube segment is expected to hold significant share of the total market. This is because the tube erection on pillars above the ground provide benefits of saving money, provision of protection from earthquakes, snowfall, and rainfall, and allowed the installation of solar panels on top of the tube. This energy from solar panels is utilized for operational need of the hyperloop. The tube is contained with near vacuum pressure to reduce the air drag on capsule motion and is made with steel.

On the basis of regions, the global hyperloop technology market is segmented into Asia Pacific, Europe, North America, the Middle East & Africa, and Latin America. North America is a key region of the market and is expected to dominate in the forecast period. Growth of the market in the region is attributed to presence of a large number of major industry players. The region is also expected to expand at a significant rate, driven by countries such as the U.S. and their increasing adoption of Hyperloop technology. Europe is anticipated to witness a lucrative growth over the forecast period which is driven by developed and high-income European Union economies. Europe is expected to be followed by Asia Pacific in terms of market share. The hyperloop network in the region is anticipated to present strong business opportunities and bolster business relationships. Competitive Landscape:

Major companies in the global hyperloop technology market include Hyperloop Transportation Technologies, Hyperloop One, SpaceX, TransPod Inc., Hyperloop UC, and AECOM India Pvt. Ltd. Other prominent players in the market include Badgerloop, Hyperloop India, Delft Hyperloop, Hyperloop UPV, WARR Hyperloop, AZLoop, DGWHyperloop, and VicHyper.

The market players are engaged in product development to amplify their market share and gain traction in global marketplace. The companies are engaging in strategic acquisitions such as product launches, R&D, agreements, and collaborations to gain market share.

For instance, in November 2019, Autodesk, Inc. and Virgin Hyperloop One, a leader of hyperloop technology and the evolution of how the world moves people and goods, announced an alliance to explore new opportunities to extend the value of Building Information Modeling (BIM) for transportation route optimization and improved digital engineering and construction workflows.

The global hyperloop technology market has been segmented on the basis of

Carriage Types

Passenger Cargo/Freight

Transportation Systems

Tube Propulsion Capsule Route

Regions

Asia Pacific Europe North America Middle East & Africa Latin America

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architectnews · 4 years ago

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Arup: Architecture + Engineering, Engineers

Arup Engineers, Architects, Architecture, Studio, Global Engineering Projects, Designs, News

Arup, Engineers : Architecture + Engineering

Contemporary Buildings + Structures – News: Expansion in the Americas

post updated 20 August 2021

Arup News

Arup news updates on e-architect:

Global Firm Appoints Two Directors From Nottingham Office

Two members from Arup’s Nottingham office have been appointed as directors of the global engineering firm, representing a huge achievement for the company’s presence in the city.

Steve Fernandez and Vicky Evans are just the second and third members of the Nottingham team to have both been promoted to one of the firm’s highest positions, signifying their knowledge and expertise in their fields and future potential.

Steve Fernandez and Vicky Evans: photo : Ian Hodgkinson / Picture It

Between them, the pair have worked on major local, national and international projects, including the shopping and food destination Coal Drops Yard in King’s Cross, the stunning St Pancras Chambers development in London, the Defence and National Rehabilitation Centre near Loughborough, and the Government’s £3.6 billion Towns Fund.

Neil Harrison, associate director at Arup, said: “We are absolutely delighted that both Steve and Vicky have been promoted to director– a huge boost for us in the region and indicative of the hard work and expertise they put into the business.

“The interview process for the role is extremely rigorous, and for the Nottingham office to have two directors appointed is a huge achievement. We’re very proud of the work we do from Nottingham – we’ve been here for 30 years, we’ve got more than 100 staff based in the city centre and we are highly committed to the city.”

Steve joined Arup as a graduate in 1999, working in Sheffield, London, Doha and Moscow and is now based in the Nottingham office. He is recognised internationally as an expert in his fields, leading the firm’s civil and structural engineering team across the Midlands, and is the building retrofit leader across the UK, Middle East, Africa and India.

He is also passionate about educating the next generation of engineers, acting as a STEM ambassador, and has been recognised as an ‘inspirational UK BAME innovator in science and technology’ by UKBlackTech and Goldman Sachs.

He has designed and delivered a variety of iconic buildings and structures, ranging from a new school in Loughborough, the transformation of the listed Newton and Arkwright buildings at Nottingham Trent University, a 60,000-seat football stadium in the Middle East, a state-of-the-art research and university campus in Moscow, and a timber pavilion inspired by school children which was on display in Old Market Square in Nottingham.

Steve Fernandez, from Arup’s Nottingham office, who has been appointed a director of the global engineering firm: photo : Ian Hodgkinson / Picture It

Steve said: “It is a huge honour to be appointed as a director of Arup. Having worked in the Nottingham office for many years now, I’m relishing the new opportunity and helping the industry and our clients following the challenges of the last year. I am a designer at heart – I love design and working with clients to develop an idea and then seeing our work come to fruition is a great pleasure of the job.”

Vicky Evans, from Arup’s Nottingham office: photo : Ian Hodgkinson / Picture It

Chartered town planner Vicky joined Arup in London in March 2006 and since then has also worked for the company in South Africa, Dubai and the Seychelles. Having studied geography at the University of Nottingham, Vicky said she has always had a strong connection to the area and decided to move back to the city in 2015.

A specialist in housing, strategy, policy and economic development, Vicky works across all aspects of the built environment at a regional and national level. She also leads the residential business for Arup across the UK, Middle East, India and Africa.

“My work has become increasingly strategic, meaning that I’ve been able to influence decision-making at the very early stages of a project, which is really exciting,” said Vicky. “I’ve been doing a lot of planning and strategy work in the East Midlands – which is indicative of our region really putting itself on the map.”

As well as her work on the groundbreaking Defence and National Rehabilitation Centre at Stanford Hall, Vicky has been working with the government on the Towns Fund, which is investing billions in UK towns as part of the levelling up agenda. She oversaw the development of 26 town investment plans in the Midlands and East region.

She was also involved in the establishment of the East Midlands Development Corporation, set up to create new employment and housing opportunities across three key sites at Toton, Ratcliffe-on-Soar and East Midlands Airport.

Vicky said she had enjoyed the ‘robust and challenging’ interview process which led to her promotion to director, which she said was ‘a real honour’.

“It shows great confidence in me and my leadership capabilities but also indicates that Nottingham and the East Midlands is an area for growth for Arup,” she said. “Our office has grown in size in the past five to ten years – testament to the draw of Nottingham as a place to live and work.

“I’m looking forward to continuing to help clients solve their most complex challenges here – turning exciting ideas into tangible reality. Net zero, levelling up and improving infrastructure are all challenges we need sustainable, socially valuable and equitable solutions to, which are specific to the region.”

For more information on Arup, visit arup.com/offices/united-kingdom/nottingham

14 Nov 2017 Oman Botanic Garden Design, foothills of the Al Hajar Mountains, Seeb, Oman Design: Arup, Grimshaw and Haley Sharpe Design (hsd) picture ©Arup/Grimshaw Oman Botanic Garden Buildings The breathtaking Oman Botanic Garden will be revealed to the world today by Arup, Grimshaw and Haley Sharpe Design (hsd), who have collaboratively delivered the engineering, landscaping, architecture and interpretative designs. Covering over 420 hectares, Oman Botanic Garden will be the largest within the Arabian Peninsula and in the world.

4 Sep 2017 Arup’s Jo da Silva wins The Institution of Structural Engineers’ 2017 Gold Medal picture courtesy of Institution of Structural Engineers The Institution of Structural Engineers’ 2017 Gold Medal Jo da Silva, Director of Arup’s International Development Group and Arup Fellow, has been awarded The Institution of Structural Engineers’ 2017 Gold Medal. The Medal recognises the outstanding leadership she has provided as both a structural and humanitarian engineer, and for her distinguished and cross-sectoral work on urban resilience. Among her many achievements, Jo co-ordinated the efforts of over 100 humanitarian agencies to provide transitional shelter in Sri Lanka following the Indian Ocean Tsunami in 2005, constructing 60,000 shelters in six months.

28 Aug 2017 Masterplan for Jurong Lake District, Singapore Design: KCAP Architects&Planners ; SAA Architects ; Arup ; S333 & Lekker picture © KCAP/SAA/Arup/S333/Lekker Jurong Lake District Masterplan The Singapore Urban Redevelopment Authority unveils the masterplan for Jurong Lake District in Singapore, the city’s future second Central Business District. The JLD masterplan is exhibited till mid-September and invites the public to share their views.

11 Jul 2017 Centre for Music in London Competition Engineers Shortlist, London, England, UK

We are pleased to announce the shortlisted firms for both the Civil and Structural Engineer contract and the Building Services Engineer contract, these are:

Civil and Structural Engineer – AECOM – AKT – Arup – BuroHappold Engineering – Ramboll – WSP UK LTD

Building Services Engineer

– AECOM – Arup – BuroHappold Engineering – Hoare Lea – Max Fordham – WSP UK LTD

Centre for Music in London Competition Engineers News

7 Jun 2017 Northern Arc – Hyperloop One Global Challenge, UK Design: Ryder Architecture / Arup image courtesy of architects Hyperloop One Global Challenge: Northern Arc The Northern Arc proposal was revealed as one of nine shortlisted routes spanning the continent as part of Hyperloop One’s global challenge, at it’s Vision for Europe summit held at in Amsterdam.

24 Apr 2017 Arup Balances Aesthetics and Engineering in New Arts Venue: The Chrysalis

Location: Merriweather Park, Symphony Woods, Columbia, MD, USA

Defined by a series of asymmetric arches, the open-air pavilion offered the firm a unique opportunity to showcase its unparalleled range of specialized technical services

NEW YORK, NY, April 24, 2017 —Known for its work on major infrastructure projects and expansive developments, Arup, the global design and engineering firm for the built environment, has recently completed a project of a far different sort: an innovative gem of an outdoor performance venue located in Columbia, MD at Merriweather Park at Symphony Woods.

The 5,000 sq. ft. “Chrysalis” shelters a world-class stage beneath a steel and aluminum-shingled shell, forming a captivating collection of complex curves and arched openings to the forest beyond.

The Chrysalis design by Arup

7 Apr 2017 Northeastern University Interdisciplinary Science & Engineering Complex, Boston, MA, USA

Arup Implements Comprehensive Energy Strategies at New Northeastern University Interdisciplinary Science Complex

Northeastern University Interdisciplinary Science & Engineering Complex (ISEC) photograph © Warren Jagger

Using advanced computer modeling to integrate the design of the building systems and facade, Arup significantly reduced operational costs and improved energy efficiency, putting the project on the road to LEED Gold status—an exceptional achievement for a laboratory facility.

BOSTON, MA, April 7 —Arup, the global design and engineering firm for the built environment, celebrated the opening of the Interdisciplinary Science and Engineering Complex (ISEC) at Northeastern University in Boston. Arup was selected by the architecture firm Payette to provide mechanical, electrical, and plumbing engineering, as well as energy modeling, façade consulting, sustainability and lighting design services for the 234,000-square-foot project. The integrated design process has resulted in a high performance laboratory facility for Northeastern.

“We are extremely pleased to be a partner in such an extraordinary project at Northeastern University.” said Julian Astbury, Arup project manager. “Sharing Arup’s resources and expertise in sustainability and technology with the team made the experience a true collaborative process—a work of total design.”

Ambitious energy goals, innovative solutions “The facilities department at Northeastern wanted the most energy-efficient building possible,” said Mark Walsh-Cooke, Arup principal in charge. By using advanced energy modeling software and building information modeling (BIM) early in the design process and holding biweekly workshop meetings with the architects and university representatives, Arup empowered the client to make better, more informed decisions about the design, enabling them to reach their sustainability goals.

The Massachusetts Stretch Energy Code calls for new buildings to perform 20% better than required by base code. The ISEC surpasses this requirement, achieving 33% energy-cost savings over code and 75% energy savings compared to typical laboratory performance. To accomplish this, Arup engineered several major energy conservation measures, among them:

• The cascade air system is the biggest contributor to energy savings at the ISEC. “This technology was new to the client and contractor, so our advanced energy modeling software studies were critical,” said Astbury. In a typical scenario, laboratories have a dedicated HVAC system, an expensive feature to construct and operate. At the ISEC, the cascade system recovers conditioned air from the offices and atrium of the building, then transfers it to the lab, saving energy and reducing costs. • Arup used performance and life-cycle analysis to optimize the façade design, ensuring both occupant comfort and energy efficiency. The northern part of the ISEC complex, which houses the energy intensive labs, is the focus of thermal improvements; at the southern exposure (where low-energy functions such as offices are located), triple-glazed windows and a shading system work to maximize daylight while minimizing energy consumption. • Using active chilled beam technology significantly reduces the energy consumption compared to conventional air conditioning. In this system, supply air to the space is directed through nozzels on either side of a heat exchanger coil, creating a pressure difference. This pressure difference pulls air from the space over the coil, cooling or heating it, and then mixes with the supply air to be delivered to the space. Arup’s comfort-modeling software balanced the downdraft and the ambient temperature to ensure a pleasant environment. • Arup designed a hydronic run-around coil system to recovery energy from the lab exhaust air to pre-condition the outdoor air, targeting the heating as needed to either the offices or labs, and optimizing the efficiency of the system. The coils are designed to minimize the size of the fan motor and extract as much energy as practical before the exhaust is discharged. • To optimize the efficiency of the chiller and heating system, Arup installed a heat-recovery chiller, which simultaneously generates heating hot water and chilled water. This reduces the run-time of the boilers for laboratory re-heat in the summer and shoulder seasons and for pre-heat of the domestic and laboratory hot water systems. • The winter outdoor air heating demand to the atrium is reduced by using a passive solar collector to preheat the outdoor air using radiant energy from the sun.

The ISEC will be open to outside researchers in the interrelated fields of computer science, basic sciences, health sciences, and engineering. Attracting talent from beyond the campus raises the university’s profile and diversifies the academic leadership and curriculum. The project benefits the surrounding community as well; a pedestrian bridge (currently in design by Arup’s structural engineers in collaboration with Payette) spans the commuter-rail tracks to allow residents, workers, and students to easily and safely navigate their way through the site.

8 Feb 2017 Jurong Lake District Masterplan, Singapore Jurong Lake District Masterplan The ambition is to develop the area into a new mixed-use business precinct and home to the future HSR terminus, which will further anchor Jurong Lake District as ‘a district of the future’ and as Singapore’s second Central Business District.

5 Jan 2017 Second Avenue Subway Stations in New York, NY, USA Design: AECOM-Arup photo © Charles Aydlett courtesy AECOM-Arup JV Second Avenue Subway Station Buildings The first major expansion of New York City subway system in nearly a century, the 1.8 mile stretch of track runs between 63rd and 96th streets and consists of three new stations, plus one upgraded station.

4 Oct 2016 Global First: Arup Develops New Benchmark For Seismic Construction

In a Global First, 181 Fremont in San Francisco Awarded New Earthquake-Resilience Rating

picture © 181 Fremont

Developed by Arup, the REDi resilience-based design guidelines establish a new benchmark for seismic construction–far exceeding current code criteria–that focuses on quick recovery and continued operations in the aftermath of an earthquake

181 Fremont in San Francisco

22 Sep 2016 Arup Welcomes Felicia Cleper-Borkovi to its San Francisco Office

Renowned architect and healthcare-design specialist to focus on advancing the integration of operational effectiveness with design innovation for healing and working environments.

SAN FRANCISCO, CA—Arup, the global design and consulting firm for the built environment, is pleased to announce the addition of Felicia Cleper-Borkovi, AIA, to its San Francisco office. As a principal and expert medical planner, she will play a pivotal role in the firm’s healthcare business, strengthening its ties with the healthcare community and advising owners, designers, and operators on synchronizing strategic operational improvements with innovative design.

“We are very excited to have Felicia on our team,” said Bill Scrantom, Americas Region Healthcare Leader, Arup. “Her expertise and insight will enhance the advice and solutions we provide our healthcare clients to further target efficient, positive clinical and operational outcomes. Throughout her career, she has been a pioneer in redefining, de-institutionalizing, and modernizing medical facilities. Felicia’s addition will benefit both our Owner and architect clients and is the obvious next step for our growing practice.”

Cleper-Borkovi’s award-winning healthcare projects innovatively integrate architecture, clinical planning, landscape, interior architecture, lighting, art, and environmental design. Her past projects include Li Ka Shing Foundation Cancer Hospital of Shantou University Medical College, Laguna Honda Replacement Hospital in San Francisco, Kaiser Permanente Santa Clara Medical Center, Meyer Children’s Hospital in Florence, Italy, the New Acute Hospital for the SouthWest in Enniskillen, Northern Ireland and Norris Cancer Hospital and Research Institute at University of Southern California, Los Angeles.

Prior to joining Arup, she held leadership positions at Anshen+Allen in San Francisco and London and Aditazz. “Having previously collaborated with many of Arup’s offices around the globe, I am thrilled to join the firm,” said Cleper-Borkovi. “With its extraordinary resources and commitment to shaping a better world, I’m looking forward to strengthening our leadership in the healthcare sector.” Felicia Cleper-Borkovi is an architect with specific expertise in medical planning and in orchestrating inter-disciplinary healthcare design teams. She has a Master of Architecture degree from Ion Mincu Academy of Architecture and Urbanism in Bucharest and post-graduate degrees from the Royal College of Art in London, Domus Academy in Milan, Stanford Graduate School of Business and Said Business School at Oxford.

Felicia discusses the relationship between creativity and design in Doggerel’s Sound bites: Maintaining the creative spirit in design.

22 Jul 2016 Torre Reforma Mexico City Skyscraper Design: L. Benjamin Romano Arquitects (LBRA) + Arup image © Torre Reforma Torre Reforma Mexico City Skyscraper – “Arup has been indispensable in helping to transform my architectural vision into an efficient and buildable structure,” said Benjamin Romano, principal of LBRA. “They have provided innovative solutions to the complex seismic issues in Mexico City.”

26 Apr 2016 New Lucerne Theater, Switzerland image from architect New Lucerne Theater Building Arup Study Sets the Stage for Innovative New Performing Arts Venue in European Cultural Hub Interdisciplinary design and planning firm help project stakeholders define a facility that supports exploration and experimentation in the future of dramatic performances with music.

23 Apr 2016 Long Beach Civic Center Reaches Financial Close Design: Arup with HOK image from architect Long Beach Civic Center Building Arup was the City’s Lead Advisor providing comprehensive services integrating financial, commercial, real estate, design, engineering, and cost consulting. The City of Long Beach and Port of Long Beach has reached financial close for the USD$520 million Long Beach Civic Center Project.

9 Mar 2016 Engineering Innovator Arup Names New Director of Arup University

Mahadev Raman to lead Arup’s global research, learning, and knowledge-sharing program

NEW YORK, March 9, 2016 — Arup, a leader in interdisciplinary engineering, consulting, and design services, has named Mahadev Raman as Director of Arup University, the firm’s program to foster innovation, research, learning, and knowledge among its 13,000 staff members. Following his term as Chairman of the Americas Region, Raman brings his distinctive experience and perspective to the position.

“Arup University is an important part of our strategy. With his background in engineering design, expertise, and vision, Mahadev, who cares passionately about our professional skills and the quality of work we offer our clients, will make it even better,” said Gregory Hodkinson, Arup Group Chairman.

Raman, whose career at Arup began in 1978, is a Principal, a member of the Arup Group Board, and Sustainability Director. He has provided engineering design leadership for multidisciplinary teams on a wide variety of projects worldwide and has been named an Arup Fellow, an honorary title awarded to exceptional members of the firm who are considered role models with world-class vision and initiative. Raman is also a member of the Advisory Board for the Architectural Engineering Program at Worcester Polytechnic Institute and a Visiting Lecturer in mechanical engineering at Princeton University.

In his 1970 Key Speech, firm founder Ove Arup said, “It is up to us to create an organization which will allow gifted individuals to unfold.” Forty-six years after that statement was made, Arup University is a realization of that principle. Because the firm is owned in trust, with its employees as beneficiaries, the innovation generated by Arup University advances not only its team members, but its clientele and related industries, as well.

The mission of Arup University is to empower Arup’s people by supporting the firm’s goals – enabling greater design skills, creating better leaders, and fostering innovation. The firm has dedicated significant people, technical, and financial resources to achieve these goals.

In addition to sponsoring research and foresight studies, Arup University offers online educational modules, structured workshops, and partnerships with more than 150 schools and colleges. True to the firm’s culture, employees of every level of expertise are encouraged to engage in the program, furthering the company’s investment in its people—and in turn, delivering exceptional value to its clients.

“At Arup University, our work is balanced between the now, the new, and the next,” said Raman. “I am excited and honored to lead the program, which continues Arup’s commitment to shaping a better world.”

24 Feb 2016

Engineering Innovator Arup Names New Global Aviation Leader

With decades of experience, Susan Baer will lead strategic planning and master planning for some of the biggest aviation projects in the world.

Arup, a leader in interdisciplinary engineering, consulting, and design services, has announced Susan Baer has been named Global Aviation Business Leader. With a comprehensive knowledge of the field—and its future—she brings an exceptional set of qualifications to the role. Baer’s predecessor, Peter Budd, is retiring, and will continue to support the aviation team in an advisory capacity.

“The aviation team at Arup is without equal, led by exceptional professionals in the regions where expert aviation teams plan, design, and commission the best airports in the world,” said Baer. “I look forward to continuing the vision for global aviation established by Peter Budd, whose leadership, business acumen, and client understanding were unparalleled.”

Baer joined Arup in 2013, heading up its aviation business in the Americas region and directing global aviation planning. Through her superior negotiation and communication skills, she ensures that collaborations between planners, engineers, airport operators, and airlines are focused on the successful delivery of projects in the best interests of all stakeholders.

In her new position, Baer will capitalize on one of Arup’s key resources: its ability to mobilize its experts around the world. The firm is a local as well as a global presence, bringing people together in various locations throughout the world to produce universally beneficial work. Baer will harness the firm’s pockets of different capabilities worldwide, and then strategically deploy Arup’s collective expertise in pursuit of shaping a better world. Arup’s aviation projects currently under development include some of the biggest new airport projects ever undertaken, such as the Abu Dhabi International Airport, Heathrow Terminal 2, Hong Kong International Midfield Concourse, Perth Airport, and Taoyuan Terminal 3 (Taiwan).

Previously, Baer spent 37 years with the Port Authority of New York and New Jersey, where as Director of Aviation she oversaw the safe, efficient, and profitable operation of the busiest airport system in the U.S. There, her diverse achievements ranged from managing a $2.3 billion operating budget to negotiating airport-based retail developments to implementing a model customer service program. Baer was the first person in the agency’s 92-year history to manage each of its major airports: JFK International, LaGuardia, Newark Liberty International, and Teterboro.

Such unmatched credentials provide Baer with a keen command of all aspects of the aviation business. She is leveraging this experience to bring a new perspective to Arup’s well-established aviation competencies, including planning, security, IT, operations planning, strategic and business services, acoustics, operations readiness and training, transaction advice, and more. In a series of short videos posted to Arup’s online magazine, Doggerel, Baer shares her thoughts on the state of airport design today and in the future.

“From airports to airlines and private customers, fulfilling the needs of our diverse clients is the most exciting part of this role,” said Baer. “It is my goal as Global Aviation Business Leader to make sure that Arup’s vast global skills and capabilities continue to evolve to meet the needs of this dynamic, ever-changing industry.”

About Arup

The preeminent provider of interdisciplinary engineering, consulting, and design services, Arup drives the world’s most prominent projects, from city-building to iconic architecture. The firm opened its first US office over 30 years ago, and now employs 1,300 people in the Americas. Since its founding in 1946, Arup has pioneered groundbreaking strategies, technical excellence, and social purpose. As a responsive and respectful business partner, Arup honorably serves its clients and shapes a better world. For additional information, visit Arup’s website at www.arup.com and the online magazine of Arup in the Americas at doggerel.arup.com.

13 + 12 Jan 2016 Engineering Powerhouse Arup Names New Leadership as Firm Expands in the Americas

Andy Howard named Chairman and Leo Argiris named Chief Operating Officer

Renowned for its engineering acumen, Arup is addressing today’s most complex challenges—city building, transportation/mobility, resiliency, and energy—by broadening its project and program management, planning, and advisory services

LOS ANGELES — Arup, a global leader in multidisciplinary engineering, consulting, and design, announced today that Andy Howard has been appointed Chairman of the Americas Region and Leo Argiris has been named Chief Operating Officer of the Americas Region. Their appointments reflect the firm’s forward thinking and its capacity to embrace change: Arup routinely rotates its leadership to bring fresh perspectives to the firm’s growth and development in the Americas and worldwide. Outgoing Chairman of the Americas Region, Mahadev Raman, has been named Director of Arup University, the firm’s forum for keeping skills at the cutting-edge, overseeing the firm’s research, professional-development, knowledge and foresight activities.

photograph courtesy Arup Associates

Gregory Hodkinson, Arup Group Chairman, said, “Arup’s strategy is to do the best quality work for our clients across all specialties to achieve a positive impact on our world. Andy Howard and Leo Argiris have the right skills to advance this mission in the Americas, a region that offers incredible opportunities and where the firm has worked on some of the most complex and progressive projects for some of the most demanding clients.”

The new management team aims to bring the world’s best ideas and advice to clients in the Americas. By leveraging digital technologies to provide clients with efficient and inventive solutions, Howard will both drive the vision for the firm’s future and serve as a steward of Arup’s legacy. “Because our firm is owned in trust, with its employees as beneficiaries, we have the opportunity to invest heavily in innovation for the benefit of our clients and industry. This is a powerful motivator for me and the entire Arup team to continue to develop transformative ways of working,” said Howard. Arup’s clients also benefit from the company’s high rate of employee retention, which ensures sustained, focused research.

As Howard and Argiris lead Arup into the future in the Americas, prospects are exciting on a number of fronts. For FYE 2016, revenues for Arup in the Americas will exceed $350 million (the firm’s global revenue is $2 billion), and the group is anticipating double-digit growth annually for the next five years. “For Arup, growth is not a target, but an enabler that allows us to provide the best services to our clients and interesting opportunities for our staff,” said Argiris.

BSkyB Believe in Better Building design by Arup Associates, Architects: photo : Simon Kennedy

Arup in the Americas

Going Forward: Arup in the Americas

Looking ahead, Howard believes that Arup is ideally positioned to capitalize on the tremendous potential offered by harnessing automation in new ways to facilitate the design process. Arup’s ability to compile and quickly analyze information on ever-larger scales is transforming the management of complex projects and development of creative solutions. In city-building, for instance, Arup synthesizes and manipulates data on resiliency, traffic congestion, pollution, and energy usage with great speed and accuracy to produce smart, real-time models that yield results of much greater impact and efficiency than traditional linear-style design. Areas specifically targeted by Howard that can benefit from this advanced approach include transportation networks and infrastructure projects.

Howard views technology as a driver for positive change within the AEC community and will work to solidify Arup’s position as a strategic leader in this rapidly evolving scene. “At Arup, we’re looking at expanding our capabilities,” said Howard. “We have become advisory experts, giving our clients broader advice on solutions. We define our value by the positive impact we have on stakeholders and the world at large.”

Setting goals to continue the company’s organic growth and creating new opportunities for staff are also on the firm’s agenda for the future. Arup is planning to expand its 15 offices in North and South America and is currently evaluating several locations for new branches.

Arup

The preeminent provider of interdisciplinary engineering, consulting, and design services, Arup drives the world’s most prominent projects, from city-building to iconic architecture. The firm opened its first US office over 30 years ago and now employs 1,300 people in the Americas. Since its founding in 1946, Arup has pioneered groundbreaking strategies, technical excellence, and social purpose. As a responsive and respectful business partner, Arup honorably serves its clients and shapes a better world. For additional information, visit Arup’s website at www.arup.com and the online magazine of Arup in the Americas at doggerel.arup.com.

14 Sep 2012

Arup Zero-Energy House

Micro-algae prove ideal for making green facades

• Algae ‘bio-reactors’ provide shade and a source of green energy • Commercial-scale algae bio-façades set for production

(London) A zero-energy house under construction in Germany is set to provide the first real-life test for a new façade system that uses live microalgae to provide shade and generate renewable energy at the same time.

Bio-adaptive façade: images from Arup

The world’s first ‘bio-adaptive façade’ will be installed in the ‘BIQ’ house for the International Building Exhibition (IBA) in Hamburg, which runs through 2013.

The façade concept is designed so that algae in the bio-reactor façades grow faster in bright sunlight to provide more internal shading. The ‘bio-reactors’ not only produce biomass that can subsequently be harvested, but they also capture solar thermal heat – both energy sources can be used to power the building.

In practice, this means that photosynthesis is driving a dynamic response to the amount of solar shading required, while the micro-algae growing in the glass louvres provide a clean source of renewable energy.

The shading louvres for the BIQ house in Hamburg are being fabricated in Germany by Colt International on the basis of bio-reactor concept and design work led by the international design consultant, Arup, in cooperation with SSC Strategic Science Consult of Germany. The BIQ house was designed for the IBA exhibition by Splitterwerk Architects of Graz, Austria.

Arup’s Europe Research Leader, Jan Wurm, said, “To use bio-chemical processes for adaptive shading is a really innovative and sustainable solution so it is great to see it being tested in a real-life scenario. As well as generating renewable energy and providing shade to keep the inside of the building cooler on sunny days, it also creates a visually interesting look that architects and building owners will like.”

Simon O’Hea, Director at Colt, said, “It’s been a very rewarding scheme to be involved in. We have put a lot of work into meeting the technical challenges and we now have a commercial-scale, effective solution that uses live algae as a smart material to deliver renewable energy. You can’t get greener than that.” Once completed in March 2013, the BIQ house will allow scientists, engineers and builders to assess the full potential of the system as a green alternative providing dynamic solar shading alongside sustainable, renewable energy.

Key Recent Arup Projects

Featured Buildings by Arup, alphabetical:

AAMI Park, Melbourne, Victoria, Australia 2010 Design: Cox Architects and Planners with Arup photo : John Gollings AAMI Park Stadium – information + images added 25 Jun 2012 Arup brought unrivalled skills and global experience in structural and civil engineering design to the development of Rectangular Stadium, employing structural ingenuity to support the architectural vision.

Health & Wellness Facilities, Education City, Doha, Qatar 2010- Design: GHD Global Pty Ltd image © Reid Fenwick Asociados Health Wellness Doha – 25 Jun 2012 The Health and Wellness Facilities in Doha, Qatar is a spectacular project which is conceived to be the main sports facilities for the Education City Complex. The objective of the project is to develop an existing site designated within the overall Masterplan, for a Sports Facility to service the students and staff of the University Campus of Education City.

Estadio Espanyol, Cornalla, Barcelona, Catalonia, Spain 2007 Design: Reid Fenwick Associates & Gasulla Arquitectura Integral photo : Luca Orlandini_Arup Estadio Espanyol – added 25 Jun 2012 Located in the city of Cornella, this stadium has several commercial and sport services, library and a hotel in the corners. For this stadium, Arup developed the fire protection strategy and the structural design during the basic project phase. This included the design of both the stand and foundations as well as the roof, made of reinforced concrete and steel respectively.

Major Buildings by Arup

Beijing Olympics – The Water Cube, China Design: PTW with Arup photo © Arup_Ben McMillan Water Cube Beijing – National Aquatics Centre – Beijing Olympics Venue ETFE bubble-pattern façade – Architecture Competition win 2003 The National Aquatics Centre, also known as the ‘Water Cube’, will be one of the most dramatic and exciting sporting venues for the Beijing Olympic Games in 2008. Enclosed within the blue bubble walls are five swimming pools, including a wave machine and rides and a restaurant, along with seating and facilities for 17 000 spectators.

More projects by Arup online soon

Location: London, south east England, UK

Arup Practice Information

Architecture + Engineering offices based across the world

photo © Arup_Ben McMillan

Arup is a world-class firm of designers, planners, engineers, architects, consultants and technical specialists working across every aspect of today’s built environment. The company, which has its headquarters in London, is the creative force at the heart of many of the world’s most prominent projects. It employs 6,000 people across 17 UK offices, and thousands more worldwide, with a presence in more than 30 countries. Its business in Nottingham has been making a positive contribution to the city and the East Midlands for more than 30 years.

Arup Associates

Arup Advanced Geometry Unit

Arup Associates Unified Design Unit

Website: www.arup.com

London Architecture Designs

Architecture Studios

Buildings / photos for the Arup page welcome

The post Arup: Architecture + Engineering, Engineers appeared first on e-architect.

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marketsizereport · 4 years ago

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Fiber Optic Cable Market Revenue, Challenges, Analysis and Opportunity and Forecast to 2027

Market Snapshot

Market Research Future (MRFR), in its latest the global hybrid cloud market report reveals that the world hybrid cloud market 2020 is expected to rise at by 2025. MRFR reveals that the hybrid cloud market value was USD 44.87 Bn in 2018 and it is expected to touch USD 173.33 Bn by 2025. The computing environment that comprises private and public cloud is called hybrid cloud. Hybrid cloud allows easy of sharing data and applications between them. The hybrid cloud works on infrastructure and application level. In case of the infrastructure layer, the formation of hybrid cloud is in the combination of different cloud services and virtual machines. In case of application layers, the hybrid cloud components are used in different SaaS offerings. Hybrid cloud solution can benefit businesses to scale the existing on-premises infrastructure. This can aid to handle excess data. In case of non-sensitive computing tasks, enterprises can gain the public cloud agility due to growing need for the safety of crucial data and applications. The increased need for avoiding vendor lock-in, plus the rise in the demand for scalable, agile, and cost-efficient computing solutions are other drivers of the world hybrid cloud solutions.

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Market Segmentation

The segment study of the world global hybrid cloud market is based on organization size, component, service model, service type, and vertical. The hardware based segment of the hybrid cloud market are solutions and services. The organization size of the hybrid cloud market segments are SMEs and large enterprises. The service type based segments of the market are cloud management & orchestration, hybrid hosting, and disaster recovery services. The service model based segments of the hybrid cloud market are platform as a service, infrastructure as a service, and software as a service. The vertical based segment of the Hybrid Cloud Market Share are retail, BFSI, IT & Telecom, healthcare, transportation, media & entertainment, manufacturing, and others.

Key Players

MRFR listed some important players in the world hybrid cloud market. They are ; NTT Communications Corporation (Japan), Equinix, Inc. (US), Hewlett Packard Enterprise Development LP (US), Rackspace (US), VMware Inc. (US), Amazon.com Inc. (US), Google LLC (US), IBM Corporation (US), Cisco Systems, Inc. (US), Oracle Corporation (US), and Microsoft Corporation (US).

Browse Complete Report @ https://www.marketresearchfuture.com/reports/hybrid-cloud-market-1018

Regional Study

North America hybrid cloud market is expected to surge at a high pace due to the increase in need for businesses that can offer flexible work solutions to their employees, in addition to an overall improved internet connectivity. Plus, the presence of reputed companies, such as Cisco Systems Inc., Microsoft Corporation, and IBM Corporation can drive the regional hybrid cloud market. The hybrid cloud market in North America can value at USD 14.02 Bn at 23.81% CAGR by 2025.

The hybrid cloud market in Europe can surge at 24.13% CAGR across the review period. The rise in need for cost-efficient, agile, and scalable solutions can prompt the expansion of the market. In Europe, the presence of the IT and telecom industry can boost the rise of the market in the years to come.

The Asia Pacific, the hybrid cloud market can acquire 25.64% of the world market. As per MRFR analysis in 2018 in the hybrid cloud market. Asia Pacific hybrid cloud market can rise at 29.11% CAGR across 2019 to 2025. It is due to the presence of different cloud computing marketers, such as China Telecom Americas, NTT Communications (Arkadin), and Chief Telecom Inc. The hybrid cloud market in the rest of the world can rise at 20.22% CAGR during the study period. The expansion of the cloud infrastructure can prompt the market growth.

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orbemnews · 4 years ago

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In Sweden’s Far North, a Space Complex Takes Shape KIRUNA, Sweden — The path to the reindeer herder’s spring home took him across four frozen lakes and countless snowy hilltops. Arriving to a light dusting of snow, the herder, Aslak Allas, switched off his snowmobile, and the overwhelming silence of Sweden’s Arctic settled in. His reindeer, thousands of them, were nowhere to be seen. “They are very scared of noise,” Mr. Allas, explained, pointing to his vehicle. He then motioned toward the distant hills dotted with birch trees, their buds swelling with the warming spring sun. “Now, the noise coming from there, that will be something else,” Mr. Allas sighed. That noise is expected to arrive with a roar next year, when Sweden is scheduled to complete construction of a rocket-launching complex in the frozen lands north of the Arctic Circle and jump into the commercial space race, the first country in Europe to do so. With the crystal-clear air of the Arctic night and a decent telescope, it’s easy to pick out some of the thousands of shoebox-size commercial satellites orbiting the earth. Their numbers are set to explode in the coming decade, powered by the use of light, reusable rockets developed by innovative U.S. companies like Elon Musk’s SpaceX. He and several competitors are planning to send up to 50,000 such satellites into space in coming years, compared with fewer than 3,000 out there now. While the United States, China, Russia and several other countries already have spaceports, Sweden’s would be the first orbital launch site for satellites in Europe — capable of launching spacecraft into orbit around Earth or on interplanetary trajectories. Currently, the intergovernmental European Space Agency launches its traditional single-use Ariane rockets from French Guiana. Several private European companies are designing spaceports in Europe to host a new generation of smaller rockets. Portugal is looking into building one on the Azores Islands, two remote sites have been allocated in Britain and Norway is upgrading its Andoya Space Center. But none are as far along as Sweden, which is transforming an old Arctic space research center into a complex featuring several new pads for orbital launches and landings. The Esrange Space Center will be a testing ground for Europe’s first reusable vertical rocket in 2022, and it can conduct engine tests as well. In 1972, the Swedish government took over the base from the European Space Agency, which no longer needed it. For decades, the Swedes hired out the site for smaller, slower research rockets, satellite ground-control services and the launching of stratospheric balloons. But with the commercial space race promising new revenue, the government-owned Swedish Space Corporation, which manages the site, is offering launch services to private ventures wishing to send satellites into space. “We are a bit of a unicorn in the space business,” said Philip Pahlsson, vice president for strategy and innovation of the Swedish Space Corporation, referring to the government ownership of the site. “But we do plan on being the awesomest company in the government’s portfolio.” Esrange shares a landing zone that is more than 2,000 square miles — more than twice the size of Rhode Island — with a local population of mostly bears, wolves, reindeer and a handful of herders like Mr. Allas. If a launch should fail, it would be highly unlikely to cause any damage to human settlements. For certain satellites — those launched into polar orbits — an Arctic location offers key advantages. These orbits, passing over the North and South Poles, are ideal for Earth-observing satellites, because as the Earth rotates, the entire surface of the planet passes underneath. And it takes less energy to launch to a polar orbit from higher latitudes. With the space market growing fast, the Europeans increasingly need launching sites for smaller rockets carrying smaller satellites, experts say. “Europe really needs to build infrastructure to get to space,” said Stefan Gustafsson, a senior vice president at the Swedish Space Corporation, in an interview at its Stockholm headquarters. “We can provide a proper space base.” That base lies close to Kiruna, Sweden’s northernmost city and home to the largest underground iron ore mine in the world. It is so huge, in fact, that several neighborhoods are being moved, as the city is slowly sinking into the excavated caverns below. A 50-foot rocket stands at one of the main intersections, a testament to Sweden’s space ambitions. Space is woven into the fabric of the city. The Swedish Institute of Space Physics is based in Kiruna, as is the Space High School for gifted teenagers. The space engineering program at Lulea University of Technology, also in Kiruna, attracts Ph.D. students from across Europe. An enormous satellite receiver dish, sticking out from the woods in a vast white valley, serves as a geographical landmark. Esrange has many of the attributes of other space ports — high fences and warning signs, and some used rockets on display. But it also has a church, a visitor center and the Aurora hotel, named for the northern lights that color the winter skies. Snow is everywhere, of course, and reindeer roam the terrain (no one knows how they get past the fences), but astronauts and moon landers are nowhere to be found. Leading a tour of the grounds, Mr. Pahlsson became slightly agitated when a photographer began snapping pictures. “We have contracts,” he said. “Some of our customers don’t like their equipment to be photographed.” The launchpads for the orbital rockets, mostly piles of construction equipment and materials at this point, are rising four miles from the central site. Pointing at a pile of sand during a tour of the grounds, Mr. Pahlsson said this was the site of their future “launch-vehicle integration building.” By the end of next year, he said, they hoped to use the launch site to test Europe’s first reusable rocket, called Themis, after an ancient Greek Titaness who was the personification of divine order. On this day, the main activity consisted of engine testing by two fiercely competitive German space start-ups, Rocket Factory Augsburg and ISAR Aerospace Technologies. “You can actually call me a rocket scientist,” said Josef Fleischmann, 30, one of three founders of ISAR. In 2017, he and fellow students won an award by building the fastest pod in Elon Musk’s competition for ultra-high-speed transport in hyperloop, or travel in a vacuum tube. That caught the attention of Bulent Altan, a former vice president at Space X, who decided to back Mr. Fleischmann and his friends. “Now, we have $100 million in investments and we are building rockets.” “The location seems remote, but for space this is the place to be,” said Rene Laufer, a professor of space technology at Lulea University of Technology. “Also, you don’t want to test rockets in your own backyard.” So far, Esrange has not elicited criticism from environmentalists, but that could change. Solid rocket fuel can leave a heavy carbon foot print, and liquid fuels pose a threat of toxicity. The exhaust clouds that form after liftoff and during flight are also concerns. Sweden’s space minister, Matilda Ernkrans, in an interview said that she expected the base to play a key role in helping to map global climate change. Back at his modest dwelling, Mr. Allas, the reindeer herder, would second that notion, and he is planning to do something about it, even if his backyard is one of the few not attached one way or another to the space industry. Mr. Allas is more than a man with a snowmobile and lots of reindeer. He is chairman of the Talma sameby, one of the larger Sami districts in Sweden. The Sami are the last Indigenous people of Europe and live in Finland, Sweden, Norway and Russia. In 2019, after an appeal by his district, Mr. Allas managed to block some of the expansion plans for the base, and now his sights are set on the coming noise pollution. “They might say we need to launch or else we lose our customers, but reindeer herding has been around here long as you can imagine,” Mr. Allas said, adding that a legal battle seemed inevitable. “For us, the Space Corporation is the oldest intruder of our lands, but we have much older rights.” Source link Orbem News #complex #North #shape #Space #Swedens #Takes

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automotivetransportationresearch · 4 years ago

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Global Bullet Train/High-Speed Rail Market Growth Factors, Opportunities, Ongoing Trends and Key Players 2025

The Bullet Train/High-Speed Rail Market is projected to grow at a CAGR of 5.54% during the forecast period, to reach 5,287 units by 2025. The need for rapid mass transit to reduce traffic congestion and journey time with enhancing luxury has increased the demand for the bullet train/high-speed rail market globally.

The wheel on rail technology of bullet train/high-speed rail is expected to have the largest market share owing to its higher adoption rate by the bullet train/high-speed rail manufacturers. The growing expansion of high-speed rail infrastructure in the numerous countries across the regions is creating the need for the wheel on rail technology of bullet train/high-speed rail. The maglev technology of bullet train/high-speed rail is electro-magnetically propelled over the guideways and does not require rail tracks for its operation. This functioning of maglev trains eradicates the friction associated with the wheels and tracks, thereby enhances the operating speed. The development of the maglev technology of bullet train/high-speed rail would act as a catalyst for the growth of bullet train/high-speed rail.

Download Detail PDF Brochure @ https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=203819069

The electric propulsion segment is estimated to be the fastest as well as the largest growing segment, by volume, of the bullet train/high-speed rail during the forecast period. The electric propulsion segment has the largest growth potential in the high-speed/bullet train across the geography. It is projected to grow at a promising CAGR from 2018 to 2025. The growing environmental concerns and rising fuel prices have led the demand for energy-efficient transport modes, thereby accelerating the growth of electric-driven high-speed trains. The key players such as Bombardier (Canada), Alstom (France), Siemens (Germany), and Hitachi (Japan) among others offer high-speed trains, which are electrically propelled.

The freight application of bullet train/high-speed rail is estimated to be the fastest growing market during the forecast period. This growth is attributed to the consistent advancement in the high-speed rail technology for freight as well as passenger application. The introduction of improved technology in high-speed rail has resulted in the enhanced operational performance of bullet train/high-speed rail. The strong focus on research and development by key players of bullet train/high-speed rail market is anticipated to the growth of freight application of bullet train/high-speed rail in the coming years.

The operational speed range of 300–399 km/h is projected to be the fastest as well as the fastest growing segment, by speed, in the bullet train/high-speed rail market. The factors such as growing expansion of HSR lines and increasing demand for enhanced operational speed of high-speed/bullet trains to reduce the journey time are responsible for the growth of this speed range segment. Moreover, the transition of current conventional trains into high-speed/bullet train is boosting the growth of high-speed trains of the speed range of 300–399 km/h.

Critical Questions:

Does electrification of Bullet Train/High-Speed Rail would impact the growth of various rail components?

Does hyperloop technology pose a threat to the Bullet Train/High-Speed Rail Market?

Does North America likely to adopt high speed rail/bullet rail as an efficient mode of transportation like Asia Pacific and Europe?

To speak to our analyst for a discussion on the above findings, click Speak to Analyst

#Bullet Train/High-Speed Rail Market

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architectnews · 4 years ago

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Ryder Architecture: Architects Office

Ryder Architecture, Architects UK, English Building Office, Photos, Newcastle Designs

Ryder Architecture : Architects

Contemporary British Architectural Practice, UK Design Office News

24 Mar 2021

Ryder Architecture News

Ryder Architecture News – latest additions to this page, arranged chronologically:

24 March 2021 Flagship Glasgow Residential Development Taking Shape Onsite image courtesy of Architects Holland Park Glasgow Construction work on Moda’s 34-storey Holland Park neighbourhood, which saw Ryder Architecture appointed following planning approval, is well underway. The £78m development replaces the Strathclyde Police Headquarters on Pitt Street in the city centre.

8 Jan 2020 Reckitt Benckiser Global Centre for Scientific Excellence, Hull, England, UK photo : Photos by Alex Wroe RB Global Centre for Scientific Excellence The purpose facility will take over as Reckitt Benckiser’s (RB) new £100m central hub for technical activities and creates a single location of expertise in formulation, analytical science and product innovation in Hull.

9 Apr 2019 PPWH – Pioneering Approach Brings Glasgow to Forefront of Modern Care image courtesy of Architects Prince and Princess of Wales Hospice Building Designed by international design practice Ryder Architecture, The Prince & Princess of Wales Hospice is the first palliative care facility in the UK to follow the Sengetun model of healthcare design.

20 Mar 2019 Paddington Village masterplan, Liverpool, North West England, UK Design: Ryder Architecture image Courtesy architecture office Paddington Village Masterplan Liverpool A £30m office scheme is the third plot to be announced by the practice as well as coordinating the wider site regeneration.

27 Nov 2018 tombola Building, Wylam Wharf, Sunderland, Wearside, North East England, UK image courtesy of architecture office Tombola Campus Sunderland Building

22 Mar 2018 RIBA North East Awards Shortlist 2018

Ouseburn Road is one of twelve buildings shortlisted for RIBA North East Awards 2018 by Royal Institute of British Architects judges. The winners will be announced at an awards ceremony at The Museum Gardens, York on 24 May.

Urban Sciences Building, Newcastle University, is one of twelve buildings shortlisted for RIBA North East Awards 2018 by Royal Institute of British Architects judges. The winners will be announced at an awards ceremony at The Museum Gardens, York on 24 May.

RIBA North East Awards 2018

1 Dec 2017 Northumbria and Ryder Architecture win award for most innovative collaboration

Northumbria University and Ryder have been recognised as the UK’s most innovative collaboration between a business and a university in the Times Higher Education Awards.

The University and Ryder began collaborating seven years ago to develop a specialist centre of excellence for digital engineering and transformation, forming BIM Academy, which provides consultancy, research and education activities on Building Information Modelling to global clients. This innovative approach has been recognised with the award for Most Innovative Contribution to Business-University Collaboration, sponsored by the National Centre for Universities and Business.

The award is presented to the business that demonstrates the most imaginative and effective ‘game-changing’ partnership with an institution which has led to significant long-term benefits to the business, the university and the economy.

Through BIM Academy, Northumbria academics and graduates work with Ryder to support the digital transformation of the construction industry through Building Information Modelling. BIM Academy provides independent research-based expertise combined with practical industry experience which helps clients transform their businesses through the intelligent application of smart processes and digital technologies.

Thanks to the success of the partnership, BIM Academy has been commissioned to work on high-profile development projects in Europe, the Middle and Far East and Australasia including the Sydney Opera House and Hong Kong’s M+ Museum. Most recently, it has been commissioned to provide BIM support to the Chinese creator of Forest City, a US$100 billion development off the coast of Malaysia, near Singapore. Described as the ‘Oscars of UK higher education’, the Times Higher Education Awards attract entries from universities that exemplify talent, dedication and innovation across all aspects of university life. Judges particularly praised the partnership for bringing vital competitive advantage to the UK construction industry.

Professor Glen McHale, Pro-Vice-Chancellor for Engineering and Environment at Northumbria University, said: “BIM Academy is one of our shining examples of truly innovative partnership working which has brought huge benefits to all involved. Our students and staff have benefitted from being able to apply their teaching and research into real-life contexts; our partners at Ryder have benefitted from the leading-edge research knowledge within the University, and of course, our clients have benefitted from this excellent combination of skills to transform their businesses. “We were shortlisted against some excellent collaborative partnerships and are delighted that the judges recognised how distinctive our work in this area has been over the past seven years.

Peter Barker, partner at Ryder and managing director of BIM Academy, said: “It is very rewarding to see that our team’s hard work has paid off in growing our joint venture to be an internationally successful commercial business, as well as a centre of academic research excellence for the digital construction sector.” Last month, BIM Academy was also recognised at the BT Dynamites17 awards, winning the international success award for its work in delivering building information modelling consultancy and research to clients across the world. For more information visit www.bimacademy.global

4 Aug 2017 Ryder Architecture Announces Five New Partners

The new partners have been appointed to continue to build on the growing expertise of Ryder across an increasingly diverse sector and geographic base.

Peter Barker, Gareth Callen, Andrew Costa, Richard Dorkin and Ronnie Graham have all been promoted and join senior partner Peter Buchan, managing partner Mark Thompson and current partners Ian Kennedy, Gordon Murray and Richard Wise as part of the leadership team who will take Ryder through the next phase of the practice’s evolution.

Peter Barker is the managing director of BIM Academy, a joint venture between Ryder and Northumbria University, operating as a centre of excellence for digital engineering and transformation and developing an international reputation in the real estate and infrastructure sectors through consultancy, research and education.

Gareth Callen leads the Liverpool team and is also responsible for Ryder’s science portfolio which includes Liverpool Science Park, Thames Valley Science Park, Science Central in Newcastle and Hong Kong University of Science and Technology.

Andrew Costa, who leads the London team, has worked on complex urban regeneration projects, residential, commercial, hotel and mixed use schemes in London for over 25 years.

Since joining Ryder in 1991, Richard Dorkin has worked across many sectors including manufacturing, education and healthcare and now leads the team in Hong Kong.

Ronnie Graham has been with Ryder for over 17 years with design and management skills in the office, leisure, residential and education sectors and significant urban design experience.

Managing partner Mark Thompson said, “These promotions recognise the significant contribution to Ryder during their combined service of over 75 years including newcomer Andy who only joined in 2015. We are entering an exciting phase in the evolution of Ryder. These appointments bring further resilience building on the foundations established by the current leaders over the past 25 years to ensure a continued passionate, collaborative and pioneering approach for which Ryder is recognised.”

The practice which now employs 140 people across six locations in the UK, Hong Kong and Vancouver also celebrated promotions for Francesca Harrison and Paul Milner to senior architects, David McMahon and Grant Sellars to architectural directors, Martin Smith to associate and Helen Whitfield to communications director.

7 Jun 2017 Northern Arc – Hyperloop One Global Challenge, UK Design: Ryder Architecture / Arup image courtesy of architects Hyperloop One Global Challenge: Northern Arc

Ryder Architecture and Arup unveil the Northern Arc proposal in Hyperloop One Global Design Challenge

The Northern Arc proposal was revealed as one of nine shortlisted routes spanning the continent as part of Hyperloop One’s global challenge, at it’s Vision for Europe summit held at in Amsterdam.

23 Feb 2017 Ryder Architecture Celebrate Best Companies Success

The architecture practice was ranked tenth place in the Sunday Times 100 Best Small Companies to Work For at the awards ceremony held at Battersea Evolution.

Andra Antone, Andy Costa, Helen Whitfield, David McMahon:

Best Companies received entries from over 400 small companies across the UK and over 4.5m employees were surveyed to gain scores across leadership, engagement, wellbeing and benefits.

Having maintained a three star status in the survey for the past five consecutive years, the business has rocketed from its previous highest placement in 43rd to tenth position through dedication and commitment from Ryder’s leadership team to engage, nurture and develop all their people.

Established in Newcastle in 1953, Ryder now has global connectivity with teams based in Glasgow, Liverpool, London, Hong Kong and Vancouver, employing 150 people. The practice has continued to invest in people and skills despite challenging market conditions with latest accounts for the business showing turnover has increased to over £11m with profit before tax increasing to £1.5m.

Helen Whitfield, communications leader at Ryder said, “The Best Companies award is a testimony to the passion of our leadership team to continuously develop and attract exceptional talent, providing our clients with the best possible service and design and making Ryder a great place to work.”

Alongside continued focus on delivering design excellence to clients across the UK, the business is strengthening its international credibility, celebrating the opening of an office in Vancouver in February and securing world leading expertise in Passivhaus design, with architects Adam James and Warren Schmidt, who will be disseminating their knowledge across the practice, simultaneously benefitting design in the UK and China.

Mark Thompson, managing partner at Ryder said, “The practice continues to be committed to all its established sectors while pursuing several overseas opportunities, including our first major project in Hong Kong. We have won some significant commissions in the UK offering collaborative project working to our clients.”

Ryder are leading the pioneering PlanBEE (Built Environment Education) programme and working alongside educational partners Gateshead College and Northumbria University to provide a unique apprenticeship offering a B.Eng in Architectural Engineering with guaranteed employment prospects with some of the north east’s leading construction businesses and ensuring the regional skills shortage demand is met.

Mark said, “We believe PlanBEE will inspire a new generation of bright, talented people to consider a rewarding career in construction. The blended learning approach aims to deliver work ready graduates with the creative, practical and entrepreneurial ambition the industry needs.”

6 Dec 2016 Motionspot and Ryder Architecture crowned winners of the prestigious Celia Thomas Prize

Held at the Palace of Westminster, the international competition to design an accessible hotel room of the future was run in association with the Royal Institute of British Architects (RIBA) and Bespoke Hotels. The competition attracted entries from around the world including Germany, Russia, Hong Kong and Canada. Entrants competed across a range of categories, including Product and Service Design, as well as the Celia Thomas Prize, worth £20,000 – believed to be the largest cash prize in the UK for a design concept.

Specialist accessible design company, Motionspot and international design practice, Ryder Architecture’s collaborative winning entry – AllGo, is a unique, universal approach to hotel room design to ensure that all rooms are functional, flexible, accessible and beautiful in their design.

AllGo will deliver personalised, accessible hotel rooms across the world, removing the barriers to travel and creating truly inclusive environments for guests. Each room can be adapted to the needs of the user through integrated and flexible design features that can be modified before the arrival of the guest.

Motionspot and Ryder will now look to realise the design concepts and aim to roll out pilot rooms in the coming year. It is hoped this will act as a catalyst illustrating the potential of a hotel environment, delivering beautiful, functional and fully accessible rooms.

Ed Warner, founder of Motionspot said, “Accessible hotel room design can be a real headache for architects, hotel operators and users alike. In collaboration with Ryder, the competition gave us the opportunity to create a concept that redefines the design of hotel bedrooms and bathrooms so they deliver the individual access requirements of guests without compromising on the aesthetics of the environment.”

David McMahon, associate at Ryder said, “We are extremely proud of the concept we have developed. Our collaboration with Motionspot has allowed us to create aspirational and inclusive environments for all. We hope that this paves the way in accessible design illustrating that good design should meet the needs of all.”

The entries were judged by a panel which included Paralympic gold medallist Baroness Tanni Grey-Thompson, Stirling Prize winning architect Alan Stanton, and Baroness Celia Thomas herself, gathered in the Autumn to assess the submissions.

AllGo

www.all-go.co.uk

About Motionspot

Ed Warner established Motionspot after co founder James Taylor was paralysed in a diving accident in 2005 and returned home to find his adapted flat full of white plastic grab rails, shower seats, vinyl flooring and other products that were so synonymous with ageing and disability. Motionspot provides an alternative and designs environments and supplies products that deliver the necessary access for users without compromising on design.

As well as supplying bathrooms to the residential market, Motionspot is a leading provider of accessible bathrooms and washrooms to hotel & leisure, retirement and care clients across the UK.

www.motionspot.co.uk

Ryder highest ranking architect in prestigious top 100

For the second year running Ryder Architecture has made The Sunday Times 100 Best Companies to Work For.

4 Mar 2014 – This year Ryder is the highest placed UK architect in the prestigious best small companies list. Nearly 900 organisations entered the awards and the opinions of 250,000 employees were canvassed, making it the largest survey of workplace engagement in the UK. Key indicators include leadership, management, colleagues, pay, training, wellbeing and CSR.

Jon Humphreys, right, Ryder associate, collects the award:

Ryder managing partner Mark Thompson said “We are delighted with this accolade, particularly for all our people who put in so much hard work and who clearly gain so much from working at Ryder. To be recognised in the Sunday Times top 100 for the second year running shows consistency in our approach ‘Excellence in our people, service and architecture’. To be the highest placed architect is a great benchmark for us to measure continued improvement.”

With offices in Glasgow, Liverpool, London and Newcastle – where the company was founded in 1953 – the ethos of creating talented multi disciplinary teams fostered by the founders Gordon Ryder and Peter Yates clearly remains to this day. Now a 120 strong practice, Ryder has also been shortlisted for Building magazine’s Architectural Practice of the Year award. Its iconic £82m anti crime centre near Glasgow (Scottish Crime Campus) is nominated for a BCO award and it has recently been appointed for a major office project in Greater Manchester.

Police Scotland Building, Aberdeenshire, north east Scotland – 29 Jul 2013 Design: Ryder, Architects image from architect With the completion of the base of the building, the Ryder-designed £11.2m 4,518 sqm, new Police Scotland facility at Kitty Brewster is progressing towards its planned handover early in 2014. The facility, designed and built through the public and private partnership hub North Scotland, will comprise a state of the art 60 cell custody facility, a virtual court, an identity parade suite, a community policing team and supporting office accommodation.

Ryder Architecture powers up with S36 consent for Grangemouth biomass plant

picture from architects Grangemouth Energy Plant

19 June 2013 – Forth Energy have secured Section 36 consent for the largest biomass plant in Scotland. The design by Ryder Architecture “draws heavily on the Port of Grangemouth’s position as Scotland’s largest container terminal, using the size and shape of cargo container as the basic building block of the new plant”.

Ryder Architecture launches 60th birthday exhibition in London

10 June 2013 – Ryder Architecture continues to celebrate its 60th birthday year with the successful launch of a Ryder retrospective exhibition at the Building Centre. The launch event on 6th June was a relaxed and lively evening, attended by senior figures from all areas of the built environment industry.

Says Peter Buchan, Senior Partner at Ryder, “It’s a credit to all the people who have worked at Ryder in its 60 year history that we can put together an exhibition of such important projects across such a range of sectors.”

images from architect

The exhibition runs until the 27th June, and charts the challenges, developments and complimentary strands of architecture across the decades, mapping Ryder’s work and seeking to place it within the context of the times. The projects chosen for the exhibition particularly highlight Ryder’s long standing use of interdisciplinary collaborations to support flexible design teams that answer the increasingly complex demands of management, economics and technology within design in the built environment.

Peter continues, “Working together – multi-disciplinary working – has always been at the core of Ryder’s ethos, from the very beginning with Gordon Ryder and Peter Yates’ innovative partnership in 1953, up to the present day with the Ryder-led Future of Built Environment Education campaign to reform built environment education and entry to the industry professions.”

The exhibition started it tour at the Briggait in Glasgow, and will move on from London to Mann Island, Liverpool, in October and finish at the BALTIC Centre in Newcastle in November.

Ryder’s 60th anniversary year has already seen some prestigious successes, with the practice winning two categories in this year’s AJ100 Awards; New Member of the Year, and the Best Place to Work in the North East & Yorkshire. Ryder has also achieved Sunday Times 100 Best Companies to Work For, 2013.

Ryder Architecture in Sunday Times 100 Best Companies to Work For

13 Mar 2013 – Ryder Architecture managing partner, Mark Thompson, said “To be one of only two national architectural practices included is a great achievement and demonstrates continued improvement and progress despite challenging economic circumstances in recent years. It is fitting and very rewarding to get this recognition on our 60th anniversary.”

image from architect

“To see our development and training ethos impact so positively on staff is also particularly encouraging. It gives us a great platform to go forward with renewed confidence and energy, striving for further improvement.”

Mark Thompson: image from architect

Nearly 450 firms registered in the survey and the views of more than 28,000 individual employees were gathered, measuring success on key indicators including leadership, management, colleagues, pay, training, wellbeing and giving something back.

Ryder scored best out of the new entrants for personal growth, with a positive score of 86%, figuring in the top ten. Training also scored impressively and 84% of staff indicated it is of great personal benefit, while 92% said their job experience is of value to their future development. Employees also said the company makes a positive difference to the environment.

Manchester Central Library Redevelopment, North West England, UK image from architect Manchester Central Library Maggie Barlow, Ryder Architecture consultancy director, said: “The integration of new information technology has become a catalyst that has transformed the library into a more vital and critical intellectual centre of life in our cities, schools, colleges and universities. Where institutions have worked in partnership with architects, planners and stakeholders usage has in fact increased despite predictions.

Liverpool Science Park, Merseyside, North West England, UK image from Ryder Architecture Liverpool Science Park Ryder Architecture has won planning approval for the next phase of Liverpool Science Park on a site adjacent to the Metropolitan Cathedral of Christ the King. Innovation Centre 3 – ic3 – will provide 3,750 sqm of fully serviced office and laboratory facilities over four floors with meeting rooms and a ground floor café.

Ryder, Architects – Key Projects

Major Buildings by Ryder Architecture, alphabetical:

55 Degrees North, Newcastle, northeast England, UK image © Adrian Welch 55 Degrees North This building is located in the centre of Newcastle, surrounded by a traffic circulatory on the north bank of the River Tyne.

Newcastle City Library, northeast England, UK Newcastle City Library Newcastle’s new City Library opens its doors to the public on 7 June 2009. One of the largest public libraries in the UK, the £24m building designed by Ryder Architecture, will offer 21st century facilities combined with inspirational places for reading, learning, researching, relaxing, meeting and working. The design vision of Ryder Architecture was to deliver an inviting, accessible and open library to inspire local, civic and regional pride.

More Ryder Architecture projects online soon

Location: Westgate Road, Newcastle, NE1 3NN, United Kingdom

Ryder Architects Practice Information

Ryder is a UK architectural practice with architects offices in Glasgow, Liverpool, London and Newcastle.

English Architects

The practice employs 140 people and is working on major commercial, education, healthcare and masterplanning projects across the country.

Ryder founding partners Gordon Ryder and Peter Yates, who worked with Le Corbusier and Lubetkin, established their architects practice in 1950.

Peter Buchan and Mark Thompson took over leadership of the firm in 1994.

Ryder Architecture Practice

Established in 1953, multi award winning practice Ryder Architecture operates from offices in Glasgow, Liverpool, London and Newcastle has an annual turnover of £7 million and employs 100 staff. Ryder has also achieved Sunday Times 100 Best Companies to Work For, 2013.

2013 marks 60 years in practice – an important milestone in Ryder’s development. A series of events is planned which began with the launch of a retrospective which took place at RIBA HQ Portland Place in London in January. A diverse programme of research papers, debates and seminars will take place at various venues throughout the UK, focusing around a touring exhibition reviewing Ryder’s projects and looking forward to the hopes and challenges of the next 60 years.

At the book launch event, senior partner, Peter Buchan, commented: “To maintain consistency of output over 60 years of practice is a tough call. We have never tried to change; we have simply tried to improve the quality of our surroundings and in doing so, the quality of people’s lives.”

“The launch of this beautiful book is the first element in a whole year of events to mark our 60th birthday. We began the year on a positive note with a very productive meeting of the Ryder-led campaign to reform built environment education in the UK. Our other plans include a series of exhibitions – in Glasgow, Newcastle, London and Liverpool – combined with practice led research papers, seminars and debates.”

Ryder has established a number of key partnerships and collaborations to strengthen and focus its offer, including TFP|Ryder, the collaboration in China and Hong Kong with Farrell’s.

Ryder Architecture

Multi award winning practice Ryder Architecture operates from offices in Glasgow, Liverpool, London and Newcastle.

With an annual turnover of £7m and employing 120 staff, the practice was shortlisted for Architectural Practice of the Year, 2014 Building Awards. It also plays an important part in giving back to its local community groups, schools and charities.

With an enviable portfolio of clients and projects, the practice operates globally across a wide range of sectors including education, healthcare, industrial, infrastructure, leisure, office, community, residential and science.

Ryder continues to pioneer the adoption of Building Information Modelling (BIM), having established BIM Academy, a unique collaboration between the private sector and academia which provides training, consultancy and research and development to the international construction sector.

Finalist – Building’s Architectural Practice of the Year 2014 Sunday Times 100 Best Companies to Work For 2014

Ryder HKS : Practice

London Architecture

Ryder : London Architects

English Architecture

Architecture Studios

Comments / photos for the Ryder Architects page welcome

Website: www.ryderarchitecture.com

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