#automotive electronics syllabus

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Syllabus of Automobile Engineering in 2023

Automobile Engineering is one of the most dynamic fields in the sector of engineering and IT. It is growing at a magnanimous rate. Students are enrolling for diploma in automobile engineering at a very rapid rate.

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Career Prospects for Ph.D. Graduates in Mechanical Engineering

What is  Phd in Mechanical Engineering 

A Ph.D. in Mechanical Engineering is exclusively a research based program where individuals are given opportunity to learn extensively about the subject. It primarily focuses on the advanced knowledge of the subject while conducting research study and contribution to mechanical engineering innovations and technical advancements. The curriculum course work lays emphasis on major topics like biomechanical engineering, mechatronics and control systems, Robotics and automation, energy systems and renewable technologies etc

Ph.d In Mechanical Engineering Eligibility Criteria:

Candidates must hold a Master’s degree in Mechanical Engineering, Manufacturing Technology, Thermal Engineering, or a related field with a minimum of 55% marks (50% for reserved categories).

Preference will be given to candidates who have cleared UGC-NET (including JRF), GATE, or equivalent examinations.

Phd in  Mechanical Engineering Duration:

Minimum Duration: 3 years, including coursework.

Maximum Duration: 6 years, with extensions provided as per UGC regulations.

Phd in Mechanical Engineering Subjects Curriculum/Syllabus 

A PhD in Mechanical Engineering is an advanced degree that encompasses various domains within mechanical engineering, each offering unique challenges and research opportunities. The program focuses on both foundational mechanical engineering principles and emerging technologies that address real-world problems.

Some of the most popular research domains for Ph.D. programs in Mechanical Engineering include:

Advanced Manufacturing

Thermal and Fluid Sciences

Robotics and Automation

Materials Science and Engineering

Renewable and Sustainable Energy Systems

Computational Mechanics

Mechatronics

These are just a few examples, and additional specialized areas may be available based on faculty expertise and student interests. Ph.D in Mechanical Engineering is interdisciplinary that can collaborate with different subjects like computer science, electronics, bio engineering  to offer a strategic solutions.

Career Scope after Phd in Mechanical Engineering –

A Ph.D. in Mechanical Engineering opens up rewarding and diverse career opportunities in both academic and industrial fields. The Ph.d degree equips candidates with advanced learning and research skills, making them valuable assets in cutting-edge engineering domains. The career scope is the tremendous career opportunities that Ph.D Mechanical engineering hold after completion of the program. Eventually you earn a title”Dr.”after the course completion.

Job Profiles & Career Opportunities after Phd in Mechanical Engineering –

A Ph.D. in Mechanical Engineering qualifies you for a wide range of advanced job roles across academia, industry, and research organizations. Below are some prominent job profiles for Ph.D. holders in this field:

Academic Roles:

Professor/Lecturer:

Teaching undergraduate and postgraduate courses.

Supervising student research projects and theses.

Publishing academic papers and contributing to curriculum development.

Postdoctoral Research Fellow:

Conducting specialized research in mechanical engineering fields.

Collaborating on research projects with other scholars and institutions.

Research and Development (R&D):

Research Scientist:

Developing innovative technologies in robotics, materials science, thermal systems, etc.

Collaborating on projects in national and international research institutions.

R&D Engineer:

Innovating and testing new products, prototypes, and mechanical systems for industries like automotive, aerospace, and energy.

Simulation and Modeling Expert:

Using computational tools to model and simulate mechanical systems for efficiency and optimization.

Industry Roles:

Design Engineer:

Designing advanced mechanical systems, machines, and products.

Using CAD/CAE tools to improve product performance and efficiency.

Product Development Engineer:

Leading the development of new technologies, from ideation to commercialization.

Energy Systems Engineer:

Focusing on sustainable and renewable energy systems for industrial applications.

Automation Specialist:

Developing automated systems for manufacturing and industrial processes.

Management and Leadership Roles:

R&D Manager:

Overseeing research teams and guiding projects to align with company goals.

Technical Project Manager:

Leading projects involving complex engineering challenges.

Chief Technology Officer (CTO):

Managing technological advancements and strategy for an organization.

Specialized Roles in Emerging Fields:

Robotics Engineer:

Designing and building robots and automated systems for diverse applications.

Biomechanical Engineer:

Creating medical devices, prosthetics, and systems that integrate mechanics with biological processes.

Nanotechnology Engineer:

Working on nano-scale mechanical systems and advanced materials.

Aerospace Engineer:

Focusing on aerodynamics, propulsion systems, and material science for aerospace applications.

Why Choose Ph.d In Mechanical Engineering?

Pursuing a Ph.D. in Mechanical Engineering from Usha Martin University (UMU) encourages scholars to work on real-world engineering challenges, focusing on practical applications and industry relevance. UMU is recognized for offering several benefits that make it a valuable option for aspiring researchers and commits to delivering quality education and fostering innovation in research. Cutting-edge research facilities in mechanical engineering fields like robotics, thermal engineering, materials science, and more along with the state-of-the-art labs, advanced software tools, and research facilities to support. PH.D has always enhanced practical knowledge and employability where students have collaborated for live projects and industrial trainings. UMU fosters a global outlook in its research initiatives, allowing Ph.D. scholars to connect with international experts, participate in collaborations, and publish in reputed journals.

Programme learning outcomes 

Ph.d Programs admission 2025 in Mechanical Engineering are required to acquire the fundamental knowledge, abilities, and skills listed in the Program Learning Outcomes (PLOs). The sophisticated skills necessary to succeed in academic, industrial, and research professions are reflected in these results. Show a thorough comprehension of both the theoretical and applied facets of mechanical engineering, including specific fields like fluid dynamics, robotics, materials engineering, and thermal sciences. Develop proficiency in the planning, execution, and analysis of high-impact mechanical engineering research and display of critical thinking skill and bridging the knowledge gaps.

These learning outcomes are designed to prepare graduates of the Ph.D. program in Mechanical Engineering for leadership roles in academia, research, and industry, ensuring they can contribute meaningfully to scientific and technological advancements.

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Get to Know Woxsen University's B.Des Specializations: Industrial and Interior Design

Woxsen University, a prestigious institution known for its commitment to innovation and creativity, offers exceptional undergraduate design programs, including a B.Des in Interior Designing and a B.Des Industrial Design syllabus that is both comprehensive and industry-relevant. These programs aim to develop future leaders in the design field, equipping them with skills that go beyond aesthetics to include functionality, sustainability, and human-centric solutions. If you are aspiring to join the design industry, Woxsen’s Bachelor of Design (B.Des) programs offer the perfect platform.

Overview of B.Des at Woxsen University

Woxsen University's B.Des programs emphasize a blend of practical experience, theoretical knowledge, and exposure to the latest tools and technologies. The courses are structured to inspire creativity while also focusing on problem-solving abilities and design thinking methodologies. With access to state-of-the-art design labs, expert faculty, and industry partnerships, Woxsen offers students the opportunity to learn in a stimulating environment.

Let’s delve into the key aspects of Woxsen University’s B.Des programs, including B.Des Industrial Design syllabus, B.Des in Interior Designing, and details about B.Des course fees.

B.Des Industrial Design Syllabus: A Curriculum for Future Innovators

The B.Des Industrial Design syllabus at Woxsen University is designed to provide students with a strong foundation in both the technical and creative aspects of industrial design. The program emphasizes user-centered design, focusing on creating products that are not only functional but also sustainable and user-friendly.

Key Features of the B.Des Industrial Design Syllabus:

Design Fundamentals: Introduction to basic design principles, color theory, form, and function.

Product Development: Learn about the entire product lifecycle, from concept generation to prototyping and manufacturing.

Materials and Processes: Understand different materials (e.g., metals, plastics, wood) and production processes used in product design.

3D Modeling & CAD: Gain proficiency in computer-aided design (CAD) tools and 3D modeling software to visualize and create complex designs.

Ergonomics & Human-Centered Design: Study how human factors influence product design to ensure user comfort, safety, and usability.

Sustainable Design Practices: Learn about the role of sustainability in industrial design and how to create environmentally friendly products.

This comprehensive syllabus is designed to prepare students for careers in various sectors, including automotive design, consumer electronics, furniture design, and more.

B.Des in Interior Designing: Creativity Meets Functionality

Woxsen University’s B.Des in Interior Designing is another standout program that combines aesthetic vision with practical application. Interior design is much more than decorating spaces; it involves planning, creating, and managing the interiors of homes, offices, hotels, and other spaces, ensuring they are functional, safe, and visually appealing.

Core Elements of the B.Des in Interior Designing:

Space Planning & Layout: Learn the principles of space planning and the principles of space planning and the creation of layouts for residential, commercial, and hospitality spaces.

Interior Materials & Finishes: Study different materials like wood, glass, fabrics, and metals, and how to apply them effectively in design projects.

Lighting Design: Learn the role of lighting in enhancing interior spaces, from natural to artificial lighting strategies.

Furniture Design & Selection: Gain an understanding of furniture styles, construction techniques, and how to integrate furniture into design schemes.

Color Theory & Aesthetics: Explore the psychological impact of colors and how to use color schemes to create mood and atmosphere in interior spaces.

Sustainable & Eco-Friendly Design: Understand how to incorporate sustainable practices and eco-friendly materials into interior design projects.

The B.Des in Interior Designing program equips students with the technical skills and creative knowledge needed to design innovative and functional spaces, preparing them for careers in interior design firms, architectural studios, and real estate companies.

B.Des Course Fees at Woxsen University

Understanding the cost of education is a key factor for prospective students. The B.Des course fees at Woxsen University are structured to ensure that students receive excellent value for the quality of education and resources offered. Woxsen provides access to cutting-edge design labs, modern infrastructure, and a curriculum taught by highly experienced faculty members, all of which contribute to an enriching learning experience.

While the exact fee structure may vary slightly depending on the program and financial aid options available, the B.Des course fees are competitive in comparison to other leading design institutions. Woxsen also offers various scholarships to eligible students based on merit and financial need, making quality education more accessible.

Key Highlights of the B.Des Program Costs:

Tuition Fees: Covers access to all academic resources, labs, and learning materials.

Additional Costs: Students may need to budget for materials and software tools required for design projects.

Scholarships: Woxsen offers scholarships that can significantly reduce tuition costs for deserving candidates.

For detailed information on the current fee structure, prospective students are encouraged to contact the admissions office at Woxsen University.

Why Choose Woxsen University for B.Des?

Woxsen University stands out as one of the top design institutions in India, offering a curriculum that is aligned with global industry standards. Here are some reasons why Woxsen’s B.Des programs, including the B.Des Industrial Design syllabus and B.Des in Interior Designing, are highly sought after:

Industry-Relevant Curriculum: The courses are designed with input from industry professionals, ensuring students are equipped with skills that are in demand.

State-of-the-Art Facilities: Woxsen boasts cutting-edge design labs and studios that provide hands-on learning opportunities.

Experienced Faculty: Students learn from experts who bring a wealth of knowledge from both academic and industry backgrounds.

Global Exposure: Woxsen offers opportunities for international exchange programs, helping students gain a global perspective on design.

Career Support: The university’s strong industry connections and placement services ensure that graduates are well-positioned for exciting careers in design.

Conclusion

Whether you are interested in industrial design or interior designing, Woxsen University offers top-tier programs that provide a well-rounded education in the field of design. With a cutting-edge B.Des Industrial Design syllabus, an immersive B.Des in Interior Designing program, and a competitive B.Des course fees structure, Woxsen University is an excellent choice for aspiring designers looking to build a strong foundation for a successful career. The institution's focus on innovation, practical skills, and industry readiness makes it a standout option for students who are passionate about shaping the future of design.

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Essential Skills Gained from an SAP PP Course for Manufacturing Excellence

The manufacturing industry has rapidly evolved, with new technology-driven methods improving efficiency and quality. Mastering production planning has become vital, and the SAP PP Course (SAP Production Planning) is designed to equip professionals with the skills required for achieving manufacturing excellence. By enhancing knowledge in resource allocation, materials management, and inventory control, the SAP PP Course opens doors to a range of career opportunities in industries such as automotive, electronics, and FMCG. Here’s an in-depth look at the essential skills you’ll gain from the SAP PP Course and how they can drive your career forward.

Why an SAP PP Course is Important in Today’s Manufacturing Landscape

In a world where timely production and cost management can make or break a business, the SAP PP Course in Pune has become increasingly relevant. Organizations look for professionals who can streamline production processes, manage supply chains, and efficiently allocate resources. This course provides hands-on experience in using SAP PP, a specialized module within the SAP ERP suite focused on production planning and management. By acquiring these skills, you’ll be better positioned to contribute to an organization’s production goals and ensure quality output.

Core Skills Developed Through an SAP PP Course

The SAP PP Course Syllabus is designed to cover all aspects of production planning, including scheduling, resource allocation, and production order management. The skills acquired through this course are foundational for anyone pursuing a career in manufacturing management or SAP consulting. Here’s an outline of the core skills the course provides:

1. Mastering Production Planning and Control

Production planning is at the core of every manufacturing process. The SAP PP Course teaches students to create, monitor, and adjust production schedules based on demand and resource availability. This includes learning how to:

Analyze demand forecasts to determine production requirements.

Schedule production orders efficiently.

Balance workloads across different production units.

By mastering production planning, you can help organizations optimize their manufacturing processes, reducing lead times and meeting customer expectations.

2. Material Requirements Planning (MRP) Skills

Material Requirements Planning (MRP) is essential for ensuring that materials are available for production at the right time and in the right quantities. The course syllabus covers how to use MRP within SAP PP to:

Plan for material needs based on production schedules.

Track and manage inventory levels.

Align purchasing with production schedules.

MRP skills are indispensable for maintaining a balanced supply chain and minimizing costs associated with excess inventory or shortages.

3. Capacity Planning and Resource Allocation

One of the primary goals of the SAP PP Course is to equip students with the knowledge to effectively allocate resources—both human and machine—to meet production demand. With this skill, students learn how to:

Analyze production capacity based on current and projected workloads.

Adjust production plans to avoid bottlenecks.

Allocate resources for optimal production flow.

Proficiency in capacity planning ensures that resources are utilized efficiently, leading to cost savings and increased productivity.

Career Opportunities After Completing an SAP PP Course

With SAP PP skills, professionals can pursue various roles, including production planner, SAP PP consultant, inventory manager, and more. A SAP PP Training Certificate in Pune or any other location certifies your knowledge, making you a competitive candidate for high-demand positions across multiple industries. Key roles you can explore include:

Production Planner: Overseeing production schedules to meet demand.

SAP Consultant: Implementing and managing SAP PP modules for clients.

Operations Manager: Streamlining production operations and maximizing productivity.

Detailed Overview of the SAP PP Course Syllabus

The SAP PP Course Syllabus is comprehensive, covering all critical aspects of production planning. Here’s an overview of what each major module includes:

4. Master Data Management in SAP PP

Master data in SAP PP involves maintaining essential information used across production activities. The SAP PP Course covers how to manage:

Bill of Materials (BOM): Lists components needed for manufacturing.

Work Centers: Locations where production takes place.

Routing: The sequence of operations for product assembly.

Mastering data management ensures smooth production processes and accurate records, reducing the risk of errors and improving efficiency.

5. Sales and Operations Planning (S&OP)

Sales and Operations Planning (S&OP) is vital for aligning production goals with sales forecasts. Through this module, students learn to:

Create accurate demand forecasts.

Coordinate production with inventory and sales targets.

Adjust inventory levels based on projected demand.

S&OP skills are crucial for maintaining balanced inventory levels, minimizing costs, and improving order fulfillment.

6. Production Order Management

Production order management is central to tracking the entire production cycle. The SAP PP Course teaches you how to create, monitor, and close production orders effectively. Key aspects include:

Generating production orders.

Scheduling and assigning resources to production tasks.

Monitoring progress to ensure timely completion.

This skill set enables you to oversee the production process from start to finish, helping your organization stay on track with production timelines.

SAP PP Course Fee and Choosing the Right Training Institute

When considering enrolling in an SAP PP Course in Pune or other locations, understanding the SAP PP Course Fee is essential. Course fees may vary depending on the format, location, and duration. Many training institutes offer flexible payment plans and provide additional resources such as study guides and access to practice exams.

Choosing the right SAP PP Training Institute in Pune or another city can make a significant difference in your learning experience. Look for institutes that:

Offer hands-on practice with real SAP PP scenarios.

Have experienced trainers with relevant industry experience.

Provide certification exam support to increase your chances of passing the exam.

Additional Skills Gained from an SAP PP Course

Beyond the technical competencies, completing an SAP PP Course develops skills that are invaluable in any production environment:

Problem-Solving Skills: Production planning often requires quick adjustments due to unforeseen challenges. SAP PP-trained professionals are adept at solving complex production issues on the fly.

Cross-Functional Knowledge: SAP PP integrates with other modules like Materials Management (MM) and Quality Management (QM), giving you a comprehensive understanding of the entire supply chain process.

Decision-Making Abilities: As production planners, SAP PP professionals make critical decisions related to scheduling, inventory control, and resource allocation, ensuring smooth operations.

These skills make SAP PP-certified professionals assets to any organization, capable of driving process improvements and optimizing resource use.

Certification and Exam Preparation

To earn a certification, students must pass the SAP PP exam, which tests their knowledge and practical skills. A SAP PP Training Certificate in Pune or similar certifications offer global recognition of your skills, helping you stand out in the competitive job market. The exam covers all topics in the SAP PP Course Syllabus, including production planning, MRP, and capacity planning.

Most training institutes provide support resources, such as practice exams and study guides, to help students prepare. A certified SAP PP professional not only demonstrates proficiency in SAP PP functionalities but also shows a commitment to excellence in production management.

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Conclusion: Is an SAP PP Course Right for You?

The SAP PP Course is ideal for anyone looking to build a career in production planning, manufacturing, or SAP consulting. With an extensive SAP PP Course Syllabus covering every critical aspect of production management, it equips students with the tools needed to streamline operations, manage resources, and meet demand. Choosing a reputable SAP PP Training Institute in Pune and understanding the SAP PP Course Fee can help you make informed decisions about your training path.

Whether you’re an aspiring production planner or looking to transition into SAP consulting, an SAP PP Course in Pune can provide you with a competitive edge. Earning an SAP PP Training Certificate in Pune validates your skills and knowledge, positioning you for success in a variety of production management roles.

[mahindrauniversity]

The B Tech Mechatronics Engineering program at Mahindra University integrates mechanical, electrical, and computer engineering to design and create intelligent systems and products. Students gain hands-on experience and theoretical knowledge in robotics, automation, and control systems, preparing them for careers in diverse automotive, aerospace, and manufacturing industries. Visit our official website to learn more.

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Complete Guide to Grow Your Career in SAP PP

Proficiency in SAP Production Planning (PP) is crucial for optimizing production processes and achieving operational excellence in today's competitive industrial landscape. The top SAP PP training institute in Pune stands out as a key component of production management as companies strive to effectively meet consumer demands. It offers robust tools for organizing, coordinating, and managing manufacturing processes. By mastering SAP Production Planning (PP), professionals can increase efficiency, shorten lead times, and ensure seamless communication between production and other departments. Whether you aim to enter production management or advance your career in Pune's burgeoning industrial sector, SAP PP certification makes you a valuable asset who leverages technology to drive business success.

Registration Link: https://forms.gle/W1Zp1yvVuqC5aeJZ7

The comprehensive capabilities of SAP PP enable organizations to streamline production workflows, allocate resources effectively, and maintain stringent quality standards. By mastering SAP PP, professionals gain proficiency in demand forecasting, inventory optimization, and real-time production monitoring. This expertise is invaluable in industries such as automotive, pharmaceuticals, consumer goods, and electronics, where precision and efficiency are paramount. Companies in Pune and beyond rely on SAP PP to achieve operational efficiency and maintain a competitive advantage in dynamic markets. Whether you're a seasoned professional or a recent graduate, investing in the top SAP PP course in Pune not only enhances your technical skills but also broadens your career opportunities in manufacturing and production management roles.

Why SAP Production Planning (PP)?

SAP Production Planning (PP) plays a pivotal role in integrating production processes with business operations, ensuring seamless coordination across departments. By mastering SAP PP, professionals can streamline material requirements planning, optimize production workflows, and enhance resource utilization. This proficiency not only boosts manufacturing efficiency but also contributes to cost savings and timely delivery of products, crucial for maintaining competitive advantage in today's dynamic market.

Types of SAP Production Planning (PP) Courses

To cater to diverse learning needs and career goals, SAP Production Planning (PP) courses are designed to cover foundational to advanced topics:

Introduction to SAP PP: Basics of production planning processes and system navigation.

Master Data and Production Orders: Managing master data, creating production orders, and scheduling.

Capacity Planning: Optimizing machine and labor resources for efficient production.

Material Requirements Planning (MRP): Techniques for managing material availability and procurement processes.

Shop Floor Control: Monitoring production activities, managing work centers, and shop floor reporting.

Each course module incorporates hands-on exercises, case studies, and simulations to ensure practical understanding and application of SAP PP concepts.

Syllabus Overview

Introduction to SAP Production Planning (PP)

Overview of SAP PP and its role in manufacturing

Navigation and user interface familiarity

Basic production planning processes and workflows

Master Data and Production Orders

Managing material master data and bill of materials (BOM)

Creating and releasing production orders

Scheduling production operations and capacity leveling

Capacity Planning

Capacity requirements planning (CRP) and capacity leveling

Optimizing work center utilization and resource scheduling

Real-time capacity monitoring and adjustments

Material Requirements Planning (MRP)

MRP types and planning parameters

Generating MRP runs and processing planned orders

Procurement proposals and stock management

Shop Floor Control

Managing shop floor activities and work center assignments

Production confirmations and goods movements

Shop floor reporting and performance analysis

Challenges and Solutions

Implementing SAP Production Planning (PP) often presents significant challenges that organizations must proactively address to achieve successful outcomes and maximize return on investment (ROI). Three primary challenges include integration complexities, data migration issues, and user adoption hurdles.

Integration Complexities

Challenge: Integrating SAP PP with existing ERP systems and other manufacturing software can be complex due to differences in data structures, system compatibility issues, and the need for real-time data synchronization.

Solution: Organizations should conduct a thorough assessment of current systems and establish clear integration objectives. Utilizing middleware solutions and standard APIs can facilitate smooth data exchange and interoperability between SAP PP and other systems. Engaging cross-functional teams in the integration process ensures alignment of business requirements with technical capabilities, minimizing disruptions and ensuring seamless workflow across departments.

Data Migration Issues

Challenge: Moving data from legacy systems to SAP PP while maintaining data integrity and accuracy is critical but challenging. Data inconsistencies, format mismatches, and incomplete data sets can lead to operational inefficiencies and errors in production planning.

Solution: Implementing a structured data migration strategy is essential, involving data cleansing, validation, and mapping processes. Automated tools for data extraction and transformation can streamline the migration process, ensuring that data is transferred accurately and securely. Rigorous testing and validation before going live with SAP PP mitigate risks and ensure smooth operations post-implementation.

User Adoption Hurdles

Challenge: Resistance to change, lack of understanding of SAP PP functionalities, and insufficient training can hinder user adoption and impact overall project success.

Solution: To address user adoption challenges, organizations should prioritize comprehensive training programs tailored to different user roles and proficiency levels. Hands-on workshops, simulations, and continuous support post-implementation help users become proficient in using SAP PP effectively. Engaging stakeholders early in the process, gathering feedback, and addressing concerns promptly foster a culture of acceptance and collaboration, facilitating smoother transition and maximizing the benefits of SAP PP implementation.

Case Studies of SAP Production Planning (PP) Application

Tata Motors: Tata Motors utilizes SAP PP to manage its complex manufacturing operations, including production planning for vehicles and spare parts. The integration of SAP PP has enabled Tata Motors to enhance production scheduling accuracy, reduce turnaround times, and improve overall supply chain efficiency.

Bajaj Auto: Bajaj Auto, a leading two-wheeler manufacturer, employs SAP PP to streamline its production planning processes across multiple plants. By integrating SAP PP with their ERP system, Bajaj Auto achieves better demand forecasting, inventory management, and resource optimization, resulting in increased production output and cost savings.

Volkswagen India: Volkswagen India leverages SAP PP to maintain high standards of quality and efficiency in their automotive manufacturing operations. The implementation of SAP PP has facilitated real-time monitoring of production processes, improved visibility across supply chain activities, and enabled Volkswagen India to respond swiftly to market demands.

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Conclusion

In conclusion, mastering SAP Production Planning (PP) through structured training not only enhances your manufacturing expertise but also positions you as a valuable asset to organizations seeking to optimize production operations. With the right skills and certification, you can contribute significantly to improving efficiency, reducing costs, and achieving operational excellence in manufacturing. Explore the top SAP PP courses in Pune today and embark on a transformative journey towards becoming a sought-after professional in the competitive global manufacturing sector.

Empower your career with SAP Production Planning (PP) and unlock limitless opportunities in manufacturing efficiency. Enroll in the top SAP PP training institute in Pune and take the first step towards achieving excellence in production management.

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"Mastering Inventory Control: A Guide to Thriving as an Inventory Control Manager after an Online MBA"

Picture this: warehouses bustling with activity, accurate stock counts, minimal wastage, and operations running like clockwork. This is the dream scenario for any business that deals with inventory. At the heart of this efficient operation stands the Inventory Control Manager, a role of paramount importance in today's fast-paced business world. If you've ever considered pursuing an Online MBA in Logistics and Supply Chain Management to step into this role, this guide is tailor-made for you. Let's delve into what it takes to excel in this profession.

Why an Online MBA in Logistics and Supply Chain Management?

The realm of logistics and supply chain is vast, complex, and constantly evolving. Thus, there's a rising demand for professionals with advanced knowledge in this area. Here's why considering an Online MBA is crucial:

Comprehensive Curriculum: Most MBA programs, especially online ones, constantly update their syllabus to stay in sync with the ever-evolving market. This ensures you're not just theoretically equipped but are also familiar with the current market trends and practices.

Flexibility: An Online MBA gives the freedom to learn at your own pace, making it perfect for those who are already in a job or have other commitments.

Network Opportunities: Despite being online, these programs often offer ample opportunities for students to network, collaborate on projects, and engage in group discussions.

Industries that Seek Inventory Control Managers:

Inventory management is a universal need, spanning various industries. Some of the prominent industries include:

E-commerce

Manufacturing

Pharmaceuticals

Retail

Automotive

Electronics

Fast-moving consumer goods (FMCG)

Aerospace

Agriculture

Apparel

Each industry, while rooted in inventory control principles, presents unique challenges requiring specialized approaches.

Challenges in Inventory Control Management:

While the job is rewarding, it's not devoid of challenges:

Forecasting Difficulties: Accurately predicting inventory needs is always a challenge, especially in industries with rapid changes.

Wastage and Shrinkage: Dealing with unsold items, spoilage, or theft is a recurring concern.

Managing Suppliers: Building and maintaining healthy relationships with suppliers to ensure timely deliveries is crucial.

Technological Changes: With the advent of AI and machine learning, adapting to the latest inventory management tools is a must.

Top Companies Hiring Inventory Control Managers in India:

If you're looking to establish a career in India, here's a list of top companies:

Amazon India

Flipkart

Tata Motors

Reliance Industries

Hindustan Unilever

Mahindra & Mahindra

Maruti Suzuki

Samsung India

Infosys

DHL

Considering the Career Impact:

Before diving into an MBA program, it's crucial to evaluate the long-term career benefits. For an Inventory Control Manager role, an MBA in Logistics and Supply Chain Management can offer-

Higher pay packages,Faster promotions,Opportunities to work with top-tier companies and A chance to transition to higher managerial roles.

Shiksha Gurus: Your Beacon in Online Education:

Choosing the right MBA institution is as vital as the decision to pursue the degree. With numerous options, making the right choice can be overwhelming. Shiksha Gurus helps bridge this gap. With the unique feature to compare universities, prospective students can weigh their options and make an informed decision. When it comes to online and distance education in India, Shiksha Gurus lights the way.

Conclusion:

Becoming a successful Inventory Control Manager requires a blend of knowledge, skills, and the right educational background. An Online MBA in Logistics and Supply Chain Management provides a robust foundation for this role. As businesses grow and evolve, so does the need for skilled professionals in this domain. If you're eyeing a prosperous career in inventory control management, now is the time to take that leap. And remember, with platforms like Shiksha Gurus, you're never alone in your educational journey.

[dpathshala]

The Essential Guide to Automobile Engineering in Distance Learning.

Automobile Engineering Distance Education is valid only in the part-time mode as it is a technical course for which physical learning is mandatory. The government of India has banned B.Tech in Automobile Engineering in completely online or completely distance mode. In the part-time mode, the classes are held either in the evening or on weekends and holidays. This part-time mode of Automobile Engineering is a hybrid mode of education where the theoretical part of the program is instructed through online and distance mode, while for practical learning, there are physical classes and lab sessions at the university or their designated centres present in various cities.  

Also known as Automotive Engineering or Vehicle Engineering, Automobile Engineering is a part of mechanical engineering that deals extensively with different theories and technologies involved in manufacturing automobiles. As an automobile engineer, you will have to nurture automobiles from their concept stage up to the manufacturing and testing stage. The automobile engineering courses teach you all aspects involved in the manufacturing of an automobile like designing, developing, manufacturing, testing, repairing, and maintaining automobiles by making use of features of mechanical, electronic, electrical, safety, and software engineering. You learn to work on all types of vehicles whether big or small. It includes all types of two-wheelers, four-wheelers, and larger vehicles like trucks.  

Automobile Engineering Distance Learning Courses can be pursued either as a degree program or as a diploma program. A B.Tech in Automobile Engineering Distance Learning is a 4 years undergraduate degree program or 3 years for lateral entry. It is a great program for professionals who wish to join specifically the automobile industry early on in their careers. It is a great chance as even the working professionals can pursue this degree simultaneously with their jobs. 

University Approvals To Check Before Admission 

There are several universities in India that offer the B.Tech in Automobile Engineering in Distance Learning mode. However, the distance learning mode is not valid, so you must be careful while selecting the right university. Only few universities have been permitted to offer the part-time B.Tech in Automobile Engineering course. Check the following affiliations before taking admission to this course in any university. 

UGC - University Grants Commission  

UGC-DEB - University Grants Commission-Distance Education Bureau 

AICTE - All India Council for Technical Education 

AIU - Association of Indian Universities 

Eligibility for B.Tech Automobile Engineering in Distance Learning 

Since this is a technical course, there is a set eligibility criteria for admission to the course. Applicants must fulfil the following requirements for admission to this course. 

The applicant must have successfully completed class 12th in Science stream with Physics, Chemistry, and Mathematics as the core subjects from a recognized board of education. 

For lateral entry in the 2nd year of the B.Tech Automobile Engineering course, the applicant must have a diploma of at least 3 years in Automobile Engineering.

The applicant must be employed to pursue the B.Tech in Automobile Engineering in Distance Learning mode as this course is valid for working professionals only. 

Fees for B.Tech Automobile Engineering in Distance Learning 

The fee structure for the B.Tech Automobile Engineering in Distance Learning varies for different universities. This variation may depend on the kind of facilities offered by the university as it is a technical course, the digital infrastructure, and lab related facilities. 

On an average, the total fee lies in a range of INR 40,000 to 60,000 per year. 

Syllabus for B.Tech Automobile Engineering in Distance Learning

The 4 year B.Tech Automobile Engineering in Distance Learning is divided into 8 semesters. A generic semester-wise syllabus for this course is elaborated in the table below. The exact syllabus may vary for different universities. The content in the table below is general topics around which the course structure is built. 

Semester I

Semester II

Mathematics- I

Basic Electrical & Electronics Engineering 

Engineering Physics- I

Engineering Physics- II

Engineering Chemistry- I 

Mathematics- II

Engineering Graphics 

Engineering Chemistry- II

Fundamentals of Computing and Programming 

Engineering Mechanics 

Semester III

Semester IV 

Automotive Engines 

Automotive Chassis 

Engineering Thermodynamics 

Applied Thermodynamics and Heat Transfer 

Fluid Mechanics and Machinery 

Electronics and Microprocessors 

Mechanics of Machines 

Engineering Materials and Metallurgy 

Production Technology 

Statistics and Numerical Methods 

Transforms and Partial Differential Equations 

Strength of Materials 

Semester V

Semester VI 

Automotive Fuels and Lubricants 

Automotive Chassis Components Design 

Automotive Electrical and Electronics 

Automotive Engine Components Design 

Automotive Transmission 

Composite Materials 

Design of Machine Elements 

Finite Element Analysis 

Environmental Science and Engineering 

Principles of Management 

Vehicle Design and Data Characteristics 

Two and Three Wheelers 

Semester VII

Semester VIII

Automotive Pollution and Control 

Automotive Safety 

Automotive Aerodynamics 

Marketing Management

Engine and Vehicle Management System

Vehicle Body Engineering 

Vehicle Maintenance 

Robotics 

Vehicle Dynamics 

Career Scope for B.Tech Automobile Engineering in Distance Learning 

The scope for a career in Automobile Engineering is never going to cease as development in this field is constantly going to grow and expand surely. As the technology is advancing, the need for more and more experienced professionals is increasing by the day. The industry of automobile engineering provides incredible job and career opportunities. 

Following are some of the career options that you can pursue after Automobile Engineering courses: 

You can pursue a job as an automobile engineer in private as well as public corporations. 

You can go for job roles like Engineering Project Manager, Site Engineer, Transportation Engineer, etc in top automobile companies. 

You can join government departments like Indian Railway, Navy, PWD, Air Force, etc. 

There are job profiles like Building Surveyor, Engineering inspector, Senior Automobile Engineer, and more in Public Sector Undertakings (PSUs) like ONGC, BHEL, Defence, etc. 

Apart from job opportunities, you can also go for higher studies like you can pursue M.Tech in Automobile Engineering or an MBA if you wish to switch to management. 

Top Universities for Automobile Engineering in Distance Learning 

Some of the top universities that offer Automobile Engineering in Distance Learning courses like B.Tech for working professionals and diploma in automobile engineering are listed below: 

IIT’s 

NIT’s 

BITS Pilani 

VIT, Vellore 

SV University 

Lingayas University 

Madras Institute of Technology 

Jamia Millia Islamia 

SRM University 

[logiczapnextgen]

Electric Vehicle Technology Basic Course | Logiczap

                   Electric Vehicle Technology (Basic Course)

www.logiczapnextgen.com/electric-vehicle-technology-basic-course

 Best Electric Vehicle Training Institute Kolkata- Coimbatore | Logiczap NextGen Technologies 

Duration : 2 Weeks 

 Level : Industrial 

 Mode : Class Room Program 

 Price : Rs 15,000/- 

 Pre-requisites : No prior knowledge required 

 **This course is suitable for Diploma/ITI/B.tech in any stream, Working professional from technical and IT domain  

A quick overview

This is a 2-week Professional Certification Program on Electric Vehicle Technology, specially designed to help students and EV enthusiastic, so that they get complete Industrial Exposure and gain practical knowledge in Electric Vehicle domain.

This course focuses on the technology behind electric vehicles. You will explore automotive electronics, the working principle of electric vehicles, working principle of automotive sensors and actuators, different control unit in Electric Vehicle, different communication protocol in Electric vehicle, explore key roles played by motors and power electronics, learn about battery technology, Battery management system, and about future trends in the development of electric vehicles.

Course Outline 

1. Introduction to basics of Electronics Engineering 

 2. Introduction to Basics of Electrical Engineering 

 3. Electric Vehicle working and its Types 

 4. Automotive Wiring Harness & EV Electronics 

 5. Communication Protocols & CAN Terminology 

 6. Battery Technology & Battery Management System

Get counselled by our experts - you are just a click away

Get one-to-one counselling from industry experts, know the scope of the training program, its outcome  and which course should you choose??

Understand the detailed syllabus, practical activities to be performed and many more.

This brain storming counselling session will help you to choose right course with clear prospective and mind.

www.logiczapnextgen.com/electric-vehicle-technology-basic-course

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https://www.cranesvarsity.com/courses/pg-diploma-in-embedded-and-automotive-systems/

[amityuniversitydubai]

Expand your career options with a Mechatronics degree from Amity University, UAE

Mechatronics is a multidisciplinary branch of engineering that studies the integration of electronic, electrical and mechanical engineering systems. The field also combines robotics, computer science, telecommunications, systems, control and product engineering. Mechatronics engineers are a vital cog in today’s advanced, automated manufacturing industry, and are tasked with creating simpler and smarter systems.

 The Bachelor of Technology (Mechatronics) degree at Amity University is a 4 year undergraduate degree. The basic requirement for Mechatronics is 60% in Physics, Chemistry and Mathematics in grade XII.

 Why choose this course?

Mechatronics, being a multidisciplinary branch of engineering, offers the chance to learn about both the software and the hardware side of automation and manufacturing electronics systems. Students learn to innovate and solve the challenges that arise with the ever evolving world of technology today. The syllabus includes Automation and Robotics, Industrial Process Control, IoT, Electric and Hybrid Vehicles, Automotive Engineering, Artificial Intelligence, Intelligent Systems, Automation and more.

Students get an in-depth knowledge of all areas of Mechatronics engineering. The course blends theoretical fundamentals with engaging real-world practical applications. Students also gain an in-depth understanding of data sciences and business analytics through data mining, data visualisation, predictive modelling and statistics.

 What does a Mechatronics engineer do?

Mechatronics engineers or specialists can work across a variety of fields like computer science, cybersecurity, energy management, robotics, artificial intelligence and more. Their work includes working with massive industrial robots, designing control systems for rides in amusement parks, bottling or packaging of food and drink products, drones, prototyping and more.

They maintain electrical and mechanical systems, install equipment, design robotics systems, and work with data mining, business analytics and predictive modeling.

 What is the demand for Mechatronics engineers?

As industries and technologies evolve, the demand for mechatronics engineers is projected to grow. Additionally, because mechatronics engineers can be employed in an array of developing fields and emerging technologies, graduates of a Mechatronics can expect to be readily employable.

Graduates are employable in a range of industries like the automobile industry, manufacturing automation, oil and gas, autonomous robots, aerospace, medical and assistive technology, mining, defense, material handling, human-machine interaction, unmanned aerial vehicles, education and research. Not only that, a Mechatroincs degree leads to a range of workplaces from laboratories and processing plants to electrical companies and engineering design offices.

 Apply to Amity University

Amity University is the largest multidisciplinary university in the UAE, committed to delivering world-class education and research. They provide students with a rich global experience from the heart of Dubai’s educational hub.

Admissions for the Mechatronics degree at Amity University are now open. The 4 year program will start in 2022 and end in 2026. The annual fee is AED 50,000 + 5% VAT.

[thaparuniversity]

Types of Mechatronics Engineering in Thapar Institute

Mechatronics engineering is one of the key professions, as it plays an important role in the development & growth of a country’s economy.

It is a multidisciplinary course in the field of engineering, combining electrical, mechanical and computer science. The mechatronics engineer can use their knowledge & creativity to make innovative products or machines and serve in different industries like electronics, robotics, telecommunications, product engineering, system control and others.

B.E Mechatronics syllabus focuses primarily on developing products based on mechatronics principles & automated manufacturing.

Types of Mechatronics Engineering in a Brief

Automation Engineering: An automation engineer designs, simulates, programs & tests automated machinery to complete their tasks. The engineers are frequently employed in diverse industries like car manufacturing, food processing plants where machines are used to complete the process. They make sure that the process of manufacture must take place seamlessly.

Instrumentation Engineering: The instrumentation engineer is responsible for several duties, such as planning, installing, monitoring & maintaining the machinery in the manufacturing company. They regulate the process to provide the smooth process of manufacturing & management of various components.

Robotics Engineering: A robotics engineer makes software applications or autonomous systems for different kinds of companies, which includes, manufacturing, mining, automotive, services, etc. The course falls under the discipline of engineering, which whirls around equipment and gadgets that can carry human actions.

Troubleshooting Engineering: The duty of a troubleshooting engineer is to research & identify the solutions to different applications and hardware problems. The engineer diagnoses various problems related to troubleshoots & technical issues, which include account setup, network configuration & other obstacles that arise.

Thapar Institute of Engineering & Technology is the best institute for Mechatronics Engineering , you must apply at Thapar Institute of Engineering & Technology to become a part of its legacy.

For admission, visit: https://admission.thapar.edu/

[dpathshala]

How to find the Best Correspondence B.tech in Automobile Engineering Colleges?

 What is a Correspondence B.tech in Automobile Engineering?

A B. Tech Automobile Engineering or B.tech automobile engineering in distance education is a 3-year (6 semesters)/4-year (8 semesters) Undergraduate Degree Programme which provides detailed knowledge to students about automobiles and their functioning. An Online or Correspondence B.tech Programme is a branch of B.tech mechanical courses in distance education. B. Tech Automobile Engineering course offers vehicle designing, testing, assembling and repairing expertise through the application of automotive technology. In this Distance Programme, a candidate can also do masters in quality management and control, safety engineering, and automotive analytics as well as gathering and installation of a wide variety of automobiles. Correspondence or Online B.tech in automobile engineering courses also incorporates studies on marine and aerospace engineering. It also entitles the students to make a survey of the new areas, develop innovative methods for gathering information, and also detecting mechanization in the field of automotive engineering. At Distance Pathshala, you can choose among the Best and Verified Online and Distance institutions with just a few clicks.

 Moreover, after successfully completing a B.tech automobile engineering in distance education, one may pursue an M.tech through Distance or Correspondence Mode of Learning.

Subject/ Syllabus of the Correspondence B.tech in Automobile Engineering Programme:

 Some of the primary subjects/ syllabus of an Online and Correspondence Automobile Engineering Degree that is essential for all the interested candidates who are pursuing this Online and Distance Programme is as follows: -

Mathematics

Physics

Chemistry

Graphics

Computer and programming

Electrical Engineering basics

Thermodynamics

Fluid mechanics

Automotive Engines

Automotive Electronics

Automotive Transmission

Robotics

Applied Chemistry

Applied Modern Physics

Calculus, Statistics and numerical methods

Graphics and drawing

Communication skills

Engineering mathematics

Basic and advanced Computer-Aided Design

Chassis Suspension

Vehicle Design

Automotive safety

Two and three-wheeler

Marketing management

 Eligibility

The various Colleges and Universities might be having eligibility criteria for the Distance/ Online B.tech Degree that differ from one another, but the basic requirements for B.tech automobile engineering in distance education are mentioned as under

1. To pursue a B.tech automobile engineering in distance education, the students should have obtained a minimum score of 60% overall with Physics, Chemistry, and Mathematics as the compulsory subjects in Class 12 from an accredited board.

2. Candidates who have obtained a three-year engineering diploma are also eligible to apply for the online or distance learning tech program.

 Scope for the B.tech automobile engineering in distance education

 Automotive engineering is the study of designing, developing, manufacturing, and testing automobiles or the components of the vehicles from the concept phase to the production phase. These three activities-production, development, and manufacturing are the main ones in this industry.

 The field of automotive engineering offers a variety of career options. You can choose to work for IT firms, work as a professor, pursue higher education, work in marketing and sales, work as a consultant, and more. It's a wise decision to pursue a career in mechanical design engineering after vehicle engineering. The aerospace sector, the automotive industry, the robotics business, and the machine industries are always in great need of qualified mechanical design engineers. Many organisation in the automobile engineering sector employ individuals that are able to handle machinery and equipment related to automobiles, have proficiency in designing and repairing related projects, product assembling expertise, and management of vehicle manufacturing and testing.

 The following are among some of the most popular job roles in the automobile sector:

1.  Automobile Engineer

2. Material Processing Specialist

3. Mechanical Engineer

4. Quality Control Executive

5. Research and Development Engineer

6. Safety Testing Specialist

 How to find the Best Correspondence B.tech in Automobile Engineering Colleges?

 There are a number of Engineering Colleges and Universities in India that provide Distance and Online Degrees for B.tech in Automobile Engineering to candidates who are interested in pursuing the Distance B.tech Programme but for some reason are not able to go to their College or University regularly for studying. There are very few Colleges or Universities that are among the top engineering institutions in India if we're discussing the top education institutes for a Distance or Online B.tech in automobile engineering degree. One of India's best colleges that teach automotive engineering with placement is the Indian Institute of Technology (IIT) in Delhi. There are several steps in the admissions procedure for this program in automotive engineering that must be completed before admission can be approved. Students must typically pass an entrance-based exam in order to begin a career in automobile engineering. Students can enroll in a variety of automotive engineering courses at various levels. Different degrees, specialties, and certificate programs in this sector are offered by a number of famous automotive engineering universities from around the country. The Colleges and Universities will give the Students pursuing B.tech automobile engineering in distance education many new options in addition to boosting their education. Visit our Website www.distance pathshala.com; choose and compare some of the Best Colleges and Universities with a wide variety of filters and get the best results within seconds!

 Some of the Best Distance and Correspondence B.tech in Automobile Engineering Colleges in India:

 Distance Pathshala is here with the Top 15 Best Online and Distance Colleges and Universities throughout India which provide an Online and Correspondence Degree for B.tech Automobile engineering for you:

 •  National Institute of Technology, Warangal

•  Chandigarh University, Chandigarh

•  Madras Institute of Technology, Chennai

• SRM Institute of Science and Technology, Chennai

•  Dayananda Sagar College of Engineering, Bangalore

•  DIT University, Dehradun

•  Manav Rachna International Institute of Research and Studies, Delhi

•  SRM Institute of Science and Technology, NCR Campus, Ghaziabad

•  All India Shri Shivaji Memorial Society’s Polytechnic, Pune

•  BS Abdur Rahman Crescent Institute of Science and Technology, Chennai

•  Lovely Professional University, Phagwara

•  Gurukul Vidyapeeth Institute of Engineering and Technology, Chandigarh

•  Manipal Institute of Technology, Jaipur

•  BS Abdur Rahman Crescent Institute of Science and Technology, Tamil Nadu

•  VNR Vignana Jyothi Institute of Engineering and Technology

•  Government Polytechnic, Hyderabad

Conclusion

An Online and Distance B. Tech in automobile engineering Degree is one of the most valuable and wide ranging engineering occupations in India. Both the government sectors and private sectors are open to the job applications of a candidate who has done a Correspondence B.tech in Automobile Engineering. The information and abilities which you will acquire while pursuing your B.tech automobile engineering in distance education are highly desirable in this competitive world. Employers are starving for qualified candidates who can interact well with people, handle problems carefully, and have a high level of ethics. They might be searching for a person that you can be! 

[ducatiuk]

DRE 2017: Ducati riding courses recommence with a focus on safety

In 15 years, Ducati have taught over 10,000 motorcyclists from all over the globe. Tried-and-tested teaching methods, prestigious locations and an unrivalled pool of instructors that includes world champions such as Carlos Checa, Troy Bayliss, Marco Lucchinelli, Paolo Casoli and Manuel Poggiali. Not to mention a motorcycle pool with the entire Ducati range, the latest bikes included. All this has made the Ducati Riding Experience (DRE) - the Bologna-based motorcycles manufacturer's riding school - a huge success. And now, starting on 6th May, DRE will be back on road and track with a swathe of exciting new features.

Dedicated to a growing range of riders and experience levels, DRE 2017 offers a syllabus that is more effective and meticulously structured than ever. As of this year, DRE courses are sub-divided into three main sections: Safety, dedicated to safe road riding; Racetrack for, of course, race circuits; Enduro, to learn and hone off-road skills.

DRE Safety Held at the Automotive Safety Center of Vairano (Pavia), DRE Safety is an all-new addition to this latest edition of the Ducati Riding Experience. The course aims to provide the tools needed to ensure better road riding, especially from a safety viewpoint. It will take place in a facility designed specifically for this purpose, to which only Ducati has access during the course. The Automotive Safety Center of Vairano is used by major car and motorcycle manufacturers as a developmental test track. Covering over than 50 hectares, it consists of an internal circuit, which can be configured according to requisites and is equipped with all the tools needed to learn or improve safe road riding techniques.

This all-new, safety-focused DRE course is tailor-made according to the participants' level of experience.

Level 1 is for riders who already have their license but still have limited road experience or feel they need to boost their on-bike confidence (perhaps after a long hiatus); Level 2 aims to improve riding technique and teach participants how to get the most from electronic systems (an essential, extremely high-tech aspect of Ducati’s current range).

DRE Safety provides participants with an impressive bike pool covering a broad range of performance levels and technical characteristics. They span from the agile, fun-packed Monster 797 to the iconic Monster 1200 S, the new Multistrada 950 and the Multistrada 1200 S. The pool also includes another great new Ducati 2017 bike, the SuperSport and the true “fun bike”, the Hypermotard 939. In addition to ensuring both safety and a uniquely exciting ride experience, each motorcycle features the cutting-edge technology that is the hallmark of every Ducati.

DRE Racetrack DRE was born on the track: it's here that a core element of the “experience” remains thanks to four courses sub-divided by ability and participants’ needs. These range from Track Warm Up, for those who've never ridden on track but are ready to take their “baptism of speed” on the 959 Panigale, to Champs Academy where you'll learn from champions like Carlos Checa, Michele Pirro and Troy Bayliss on board the Panigale R. In between are Track Evo and Track Master, which let those who already have some experience under their belts to hone their technique to a sharper edge (respectively on the 959 Panigale and 1299 Panigale S . All on an internationally renowned track and aboard the sleekest, highest-performing motorcycles in the Ducati Superbike family. This year DRE Racetrack takes place on the same circuits MotoGP and Superbike champions do battle: Mugello and Misano.

Registration for the DRE Safety and DRE Racetrack courses are now open. To register go to www.dre.ducati.com.

[saitmguru-blog]

Brighten your future with automobile engineering

or Vehicle Engineering. This branch incorporates processes of

·        Designing

·        Manufacturing

·        Assembling

·        Testing

·        Maintaining

·        Repairing

It almost covers all the aspects of vehicles.

The engineering traits and disciplines that are of great significance to automobile engineering are

·        Power train systems

·        Automotive design and manufacturing

·        Fuel and emission control systems

·        Fluid mechanics

·        Heat transfer

·        Engine principles

·        Circuits and electronics

·        Steering and suspension

·        Power train systems

·        Engine electrical systems

Etc.

The duration of the Automobile Engineering is 4 years and it is a full time course. The students are eligible only if they completed their higher secondary with core subjects of science, maths, mathematics, physics and chemistry.

Though people are focused on getting seats in government colleges the quality of education is more in the private colleges. Some people with no inhibitions of expenses actually prefer private colleges for better opportunities and for greater college experience with eminently educated teachers along with impressive infrastructures. Doing your B.Tech in top private Automobile Engineering colleges has its own benefits. Some of the top private Automobile Engineering colleges in 2017 are

·        Birla institute of technology and sciences

·        SRM University

·        VIT University

·        Manipal University

·        St. Andrews institute of technology and Management

·        Achariya institute of technology

·        Advanced instate of technology and management

·        A.D. Patel instate of college

·        Aarupadai veedu institute of technology

The job opportunities have been immense due to the growing domestic needs globally and the growth of the industry has been phenomenal. It is a promising career for all the young aspirants out there. The job profiles available for the automobile engineers are automobile technicians, car mechanics, bike mechanics, diesel mechanics and automobile designers and the job roles available are

·        Designing and maintenance of vehicles

·        Preparation of blueprints

·        Service engineers of vehicles

Etc.

The top and most reputed recruiters focused on drafting automobile engineers are

·        TATA

·        Honda

·        Ashok Leyland

·        Bajaj

·        Maruti Suzuki

·        Hero Honda

·        Toyota

·        Yamaha

·        Hyundai

·        Mahindra

The scope of this industry is prominent. The salary package is high when you all the qualifications needed and this way you can secure your future by doing your B.Tech in the top Automobile Engineering colleges in India.

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