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online-vidyaa14 · 2 months ago

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M.Tech for Working Professionals | M.Tech for Working Professionals in Electronics VLSI Engineering – Online Vidya

The rapid advancements in technology and electronics have increased the demand for highly skilled professionals in the field of VLSI (Very-Large-Scale Integration) engineering. With technology driving innovation across industries, an M.Tech for Working Professionals offers a unique opportunity for those who wish to enhance their expertise without pausing their careers. Online Vidya provides comprehensive guidance on pursuing this specialized degree, particularly in Electronics VLSI Engineering, designed for professionals balancing work and studies.

Why Choose M.Tech for Working Professionals?

An M.Tech for Working Professionals is tailored for those who want to elevate their qualifications while continuing in their professional roles. The course structure is flexible, often available in part-time or online formats, allowing professionals to balance work and study. Here’s why this degree can be transformative:

Skill Enhancement: It deepens technical expertise in Electronics and VLSI Engineering, a field crucial for the design and manufacturing of modern electronic devices.

Career Growth: With advanced knowledge, professionals can access higher roles in research, design, and development.

Flexibility: Programs for working professionals are designed to accommodate busy schedules, making it possible to pursue advanced studies without sacrificing a career.

Networking Opportunities: Connect with industry experts and peers, enhancing your professional network.

Overview of M.Tech in Electronics VLSI Engineering

VLSI (Very-Large-Scale Integration) engineering is a highly specialized area within electronics, focusing on integrating millions of transistors into a single chip. This technology is foundational to creating compact, high-performance, energy-efficient electronic devices, from smartphones to advanced medical equipment.

Core Subjects Covered in M.Tech VLSI Engineering: In an M.Tech for Working Professionals program specializing in Electronics VLSI Engineering, students gain deep insights into:

Digital and Analog Circuit Design

VLSI Technology and Fabrication

Embedded Systems Design

Digital Signal Processing

Semiconductor Device Physics

Practical Learning and Real-World Application: Programs for working professionals ensure practical learning through assignments, projects, and lab sessions, which can often be completed remotely. The integration of theoretical knowledge with hands-on tasks in VLSI provides professionals with the skills to tackle complex challenges in real-world applications.

Benefits of Specializing in Electronics VLSI Engineering

Electronics VLSI Engineering is essential for industries such as telecommunications, automotive, medical devices, and consumer electronics. Here’s how this specialization can benefit you:

Industry Demand: The demand for VLSI experts is continually growing due to the ever-increasing need for smaller, faster, and more efficient electronic devices.

High Salary Potential: Advanced expertise in VLSI engineering is highly valued, leading to competitive salary packages in various sectors.

Innovation-Driven Roles: With an M.Tech in this field, professionals are well-equipped to lead projects in product innovation and design.

Choosing the Right M.Tech Program for Working Professionals

Online Vidya offers insights into top institutions that provide M.Tech for Working Professionals programs in Electronics VLSI Engineering. When selecting a program, consider factors such as curriculum structure, flexibility, faculty expertise, and placement support. Some programs also offer industry tie-ups, which can be advantageous for career advancement.

Admission Requirements and Eligibility Criteria

To enroll in an M.Tech for Working Professionals in Electronics VLSI Engineering, applicants typically need:

A bachelor’s degree in a relevant field (e.g., Electronics, Electrical Engineering, or Computer Science)

A minimum of two years of relevant work experience

A good academic record and, in some cases, scores from entrance exams like GATE

Career Opportunities After M.Tech in Electronics VLSI Engineering

Completing an M.Tech for Working Professionals in Electronics VLSI Engineering opens up various career paths, such as:

VLSI Design Engineer: Specializing in circuit and chip design for applications across industries.

Embedded Systems Engineer: Developing integrated hardware and software solutions.

Application Engineer: Providing technical support and solutions for electronic product development.

Research and Development Engineer: Innovating new technologies within electronics and semiconductor sectors.

Conclusion

An M.Tech for Working Professionals in Electronics VLSI Engineering empowers professionals to stay competitive in a dynamic industry. With Online Vidya’s guidance, you can navigate your journey, select the ideal institution, and embark on a path that combines professional work with advanced study in a thriving field. An M.Tech in VLSI Engineering can be a strategic investment for professionals eager to contribute to the innovations shaping our future.

Visit here to learn more about our M.Tech for Working Professionals in Electronics VLSI Engineering: https://www.onlinevidyaa.com/courses/mtech-for-working-professionals/electronics-vlsi-engineering

#M.Tech for Working Professionals #M.Tech for Working Professionals in Electronics VLSI Engineering #Online Vidya

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aditi4 · 1 year ago

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Which is the best job suitable for an future M.Tech?

As technology continues to advance at a breakneck pace, individuals with a passion for innovation and a strong technical acumen are seeking opportunities to make a significant impact in the ever-evolving tech industry. Geeta University, known for its reputation as one of the top universities in Haryana and a leading institution in Delhi NCR, offers an M.Tech program that empowers students with advanced knowledge and expertise in their chosen fields. If you're a future M.Tech graduate wondering about the best job options suited to your qualifications, you're in the right place. In this article, we will explore various career paths that promise both success and fulfillment for M.Tech graduates from Geeta University.

Research Scientist/Engineer:

A career in research is an ideal choice for M.Tech graduates who are passionate about pushing the boundaries of technology. Geeta University's M.Tech programs offer the necessary research skills and knowledge to embark on a career as a research scientist or engineer in various industries.

Software Architect:

M.Tech graduates with a focus on software engineering can aspire to become software architects. These professionals design and develop complex software systems, leveraging their advanced knowledge in software design and development gained from Geeta University's M.Tech program.

Data Scientist/Analyst:

The field of data science is booming, and M.Tech graduates with expertise in data analytics, machine learning, and data mining are highly sought after. Geeta University's M.Tech program equips students with the skills required for careers as data scientists or analysts.

Network Engineer/Architect:

Network engineers and architects are responsible for designing, implementing, and maintaining network infrastructure. Geeta University's M.Tech programs offer specialized coursework in networking, making graduates well-prepared for these roles.

Cybersecurity Specialist:

Cybersecurity is a critical concern in the digital age. M.Tech graduates can specialize in cybersecurity to become specialists who protect organizations from cyber threats. Geeta University's M.Tech program focuses on network and information security, providing students with the knowledge and skills needed for this role.

Artificial Intelligence (AI) and Machine Learning Engineer:

AI and machine learning engineers create intelligent systems and algorithms that are transforming industries. Geeta University's M.Tech program covers advanced AI and machine learning concepts, preparing graduates for these high-demand roles.

Cloud Solutions Architect:

As cloud computing becomes increasingly important, cloud solutions architects are in demand. Geeta University's M.Tech program includes coursework related to cloud technologies, making it an excellent choice for aspiring cloud architects.

Mobile App Developer:

Mobile app development is a rapidly growing field. M.Tech graduates can focus on mobile app development, creating innovative and user-friendly applications for smartphones and tablets. Geeta University's M.Tech program offers mobile app development courses that prepare students for success in this field.

Robotics Engineer:

Robotics engineers design, build, and maintain robots for various applications, from manufacturing to healthcare. Geeta University's M.Tech program with a focus on robotics and automation equips graduates for careers in this cutting-edge field.

VLSI Design Engineer:

Very Large Scale Integration (VLSI) design engineers work on designing integrated circuits and microchips. Geeta University's M.Tech program in electronics and communication engineering provides the knowledge and skills required for VLSI design roles.

Teaching and Academia:

For those who have a passion for teaching and academic research, M.Tech graduates can pursue careers in higher education institutions, contributing to research and mentoring the next generation of engineers and technologists. Geeta University's strong academic environment supports graduates aiming for careers in academia.

Project Manager:

Project managers play a crucial role in overseeing and leading technology projects. Geeta University's M.Tech programs incorporate project management principles and techniques, preparing graduates to manage and execute technology projects effectively.

Consultant:

Technology consultants offer expert advice to businesses on technology-related matters. Geeta University's M.Tech programs instill the knowledge and problem-solving skills necessary to excel in consulting roles.

Start-up Entrepreneur:

With the knowledge, skills, and innovative spirit gained from an M.Tech program at Geeta University, graduates can venture into entrepreneurship and establish their tech-driven startups, bringing their visions to life.

In conclusion, the field of technology offers a vast array of exciting and financially rewarding career paths for M.Tech graduates from Geeta University. Whether you envision yourself as a research scientist, software architect, data scientist, or pursuing any of the roles mentioned above, Geeta University's M.Tech program provides a solid educational foundation to help you achieve your professional goals. The key to success is aligning your career aspirations with your interests and expertise, ensuring a fulfilling and prosperous journey in the ever-evolving world of technology. Geeta University's commitment to quality education and research makes it an excellent choice for M.Tech graduates looking to thrive in their chosen career path.

#gu #top university in panipat #best university in panipat #best university

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rajwilpsau · 2 years ago

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Courses for Working Professional Sikkim Alpine University

WILP Programs is the opportunity for those who don’t want to quit there Working Career and study parallel with their professional career. WILP Programs are specially conducted for these students. Sikkim Alpine University is one of the best private university available in the country and it is located at Kamrang, Namchi in South Sikkim. We welcome students from all strata of society around the world. It is fully approved by University Grants Commission (UGC), AICTE.

The WILP Programs are highly demanding course by the Students of this GenZ Generation because they want to study parallelly with their working field and want to maintain their personal life with their professional life. These WILP Programs are made for those who are already working somewhere and want to increase skills and knowledge in Technology and Engineering Fields which helps them to promote themselves in their work.

The wilp course are introduced as a Work Integrated Learning Programme(WILP) to create a new learning method which helps students to gain their Practical Knowledge with the Theory Study in order to face the innovative challenges of Society in a Professional Way. M.Tech in computer science for working professional is the highest growing course which attract students to gain their knowledge in the specific field.

After Completing this course you can become the best engineer in the particular specialization field that you have chosed for. There are 5 different specializations offered by Sikkim Alpine University under the M.Tech Course.

WILP M.Tech Courses in Sikkim Alpine University

There are 10 different specializations courses conducted at M.Tech in SAU are:

Highway Engineering.

Environmental Engineering.

Structural Engineering.

Electronics and Communication Engineering.

VLSI.

Power System.

Power Electronics.

Mechanical Engineering.

Production Engineering.

Computer Science and Engineering.

Visit Our Website to Know More

Sikkim Alpine University

#wilp programs #wilp mtech #wilp btech #wilp engineering #Sikkim Alpine University

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venkteshwara · 3 years ago

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Benefits of doing M.Tech

The benefits of doing M.Tech are many because expert engineers will foster innovation vital for growth.

We want to become self-reliant in key technologies because it is crucial for our nation.

India needs specialist engineers who can innovate new technologies that will make us self-reliant. The onus for this lies on HEIs (Higher Education Institutions) because they have the infrastructure for this.

India is revamping its infrastructure through new highways & expressways because they will spur economic growth.

The benefits of doing M.Tech in highway engineering are immense because Indian companies lack specialist engineers who can complete the work on time.

NHAI (National Highways Authority of India) subcontracts its work to companies who have to complete the wok in time. They are struggling to complete the work on time because we lack expert highway engineers.

Regular accidents at construction sites have prompted NHAI to raise safety concerns because we lack expert structure engineers who can install them.

An M.Tech in structure engineering is beneficial because we require elevated metro & flyovers all over the country. A durable structure will provide strength to these structures, which is the handiwork of structure engineers.

India is grappling with severe pollution because we don’t have sustainable solutions for this. We cannot halt economic activity in the garb of pollution.

Benefits of doing M.Tech in environment engineering are plenty, because we lack engineers who can devise solutions to the problem of pollution.

We require experts who can conceive clean manufacturing processes that reduce pollution.

The benefits of doing M.Tech in environment engineering help in tackling the severe pollution in cities.

India requires experts who can invent clean construction techniques because we cannot stop economic activity because of pollution.

We require green buildings that optimize energy use & are flexible for solar power because this saves electricity.

People want green buildings that have ample sunlight & are solar enabled for use during night.

We require clean manufacturing processes that generate minimum waste because of severe pollution.

The benefits of doing M.Tech in computer science are immense because automation is happening at a rapid pace.

All processes are getting online because the pandemic forced people to perform many tasks online.

AI, Machine learning, cloud computing, & Data Science offers tremendous opportunities for M.Tech engineers because these are the in demand skills.

An M.Tech in computer science is beneficial because there is a dearth of specialists in key areas.

Computer science postgraduates can get employed at engineering colleges because there is a shortage of staff with coding skills.

Most colleges lack coding experts because industry returned have skills, but they lack the M.Tech degree required for teaching in colleges.

The benefits of doing M.Tech will open enormous opportunities for professionals who want to switch to training & academics.

In fact, colleges are now hiring full-time faculties of coding because employing part-time trainers was not viable.

Benefits of doing M.Tech in ECE are plenty because we want to become self-reliant in electronic components.

India is the largest smartphone market in the world because of our burgeoning middle class.

Indian startups require M.Tech engineers who can innovate durable electronic components at competitive prices because people want value for money.

India wants to establish itself as a manufacturing hub because this will drive economic growth.

The benefits of doing M.Tech in VLSI open up chances in chip manufacturing because we are importing almost all chips from abroad.

A VLSI (Very Large Scale Integration) engineer develops the integrated circuit that can be used for various boards. We want to establish ourselves as a chip manufacturing country because all devices use electronic circuits.

An M.Tech in ECE is beneficial because it provides innumerable opportunities in manufacturing & service sectors.

Taiwan, Vietnam, China & South Korea are the leading chip manufacturing countries because they have invested in R & D.

India can establish itself as a manufacturing hub by refurbishing its education & investing in R & D. We require engineers who can foster invention crucial for growth.

The benefits of doing M.Tech in ECE are many because we are one of the largest laptop markets in the world. There is no Indian brand that dominates the Indian Laptop market.

Foreign players like HP, Dell & Lenovo dominate the market because we lack research in core electronics. We need to nurture local manufacturing of laptop components in order to develop an Indian brand.

The benefits of doing M.Tech in ECE are enormous because the GOI is supporting startups who do local manufacturing.

An Indian brand will have credibility because there will not be supply chain issues because of local manufacturing of components.

Chinese & South Korean firms are dominating the Indian smartphone market by offering better features at competitive rates.

We lack core research in electronics & communication engineering because of which we lack local manufacturing.

The benefits of doing M.Tech in ECE will open up many opportunities because we will have engineers competent for innovation.

Professionals who want to switch over to academics require an M.Tech for teaching in engineering colleges.

Doing an M.Tech will be beneficial because they already have industry experience, which an M.Tech degree will complement further.

#m_tech admission_in_mtech mtech_in_mechanical

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mavensilicon · 4 years ago

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Importance of Internship for ECE Students

Engineering students who plan to jump start their career after graduation can benefit from getting job-relevant training in the industry. The best way to get hands-on training is to attend internships conducted by VLSI training institutes. Recruiters from top VLSI companies prioritize and choose such candidates who make the effort to gain hands-on experience before their first job.

How can an internship help ECE Students?

Real-time industry experience and exposure: Classrooms help you gain theoretical knowledge, but an internship gives you the opportunity to put that theory in practice and gain experience in a real work environment.

Helps you land a job: A relevant internship can greatly improve your chances of getting a job as recruiters are keener on hiring fresher candidates who have had one to 3 months of industry exposure.

Makes you industry ready: Mentors at the organization can help understand the different nuances of the work, help you recognize your skills and guide you on ways to sharpen the skills.

Lets you explore your options: In a real work environment, you get to learn more about how different departments work independently and collaboratively. You will have to interact with different stakeholders to understand the different types of tasks involved. This understanding can help you to make informed decisions and further chart your career path.

Opportunity for professional networking: The internship will be your first stint in the industry where you will meet VLSI professionals with decades of experience. This opportunity for professional networking, when used wisely, can help through your career when it comes to job preferences or knowledge exchange.

Add values, skills, and experience to the CV: An internship can be the place you gain a unique or challenging job-relevant skill. This can set you apart from other candidates, and recruiters are more likely to be interested in your profile owing to your unique skills and experience.

Project experience: In a real work environment thousands of projects are run in a day. During the internship, a student can also learn through participation in any one of the project tasks and gain a better understanding of the nuances.

Technology exposure: New technology is constantly embraced in the VLSI industry, some which are very recent may not be part of textbook information. First-hand knowledge of such technologies can be obtained through an internship.

Maven Silicon’s Internship Program

For engineering students, an internship is mandatory for career success in the tough and competitive VLSI industry. At Maven Silicon, we offer industry-standard VLSI Design Internship and VLSI Verification Internship. The Design Internship is suitable for pre-final and final year electronics / electrical engineering students and the learning opportunities include project specification analysis, creating design architecture, design partitioning, module-level implementation, RTL synthesis and more.

The Verification Internship is specially curated for Pre-final and final year M.Tech / ME engineering students who are interested in learning more about creating Testbench architecture, building top-level verification environment, building regression test suite, generating functional and code coverage reports, etc.

If you are exploring VLSI internship in Bangalore, Maven Silicon’s inexpensive VLSI course is a good option. On completion, a certificate of the internship will be provided to the students by Aceic Design Technologies Pvt Ltd. and the students can also avail up to 100% scholarship on Advanced ASIC Verification Course [VLSI VM]. To know more about the VLSI internship opportunities provided by Maven Silicon, one of the top VLSI training institutes in Bangalore, visit https://www.maven-silicon.com/vlsi-design-internship

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atoonutcollectorworld · 5 years ago

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Best DFT Training Institute in Bangalore I DFT Training Course

COURSE DESCRIPTION

Plan For Testability (DFT) is a specialization in the SOC configuration cycle, to identify the assembling surrenders in a structure. With the expansion in size and multifaceted nature of chips, encouraged by the progression of assembling innovations, DFT has advanced as a specialization in itself over some undefined time frame. DFT Engineers takes a shot at presenting different test structures as a component of the plan stream, on expanding the testability of rationale, recollections and interconnects.

DFT training course is structured according to the present business prerequisites with various hands on ventures dependent on SCAN, ATPG, JTAG and MBIST.

DFT Training

Qualification

B.E/B.Tech in ECE/EEE.

M.E/M.Tech/M.S in VLSI/Embedded Systems/Digital Electronics.

Course Highlights:

By end of this course, the competitor will have the option to:

Survey, break down and propose changes to improve test ability and actualize them by doing Scan,ATPG and Simulations.

Break down the DRC issues and can have the option to discover the arrangement during sweep and ATPG.

Break down test inclusion; propose changes to improve test inclusion to accomplish the objective with ideal examples

Create the examples for both stuck-at and at speed testing of the plan for ideal test cost.

Understanding and applying troubleshooting methods utilized in investigating test on silicon in reenactment condition

24×7 Lab Support with Lab practice presents and course material conveyance.

Industry standard venture execution with Lab practice and hypothesis meetings under the direction of industry master with 12+ long stretches of understanding.

Delicate abilities advancement, complete suite of employment situated physical structure training with 100% placement help

Best DFT training institute with placement/ Design For Test training institute in Bangalore / Design For Test institutes in Bangalore / DFT training institute with 100% placement / online DFT courses / DFT course online, DFT training institutes.

#DFT Training for Working Professionals

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jeffreyperezzz · 5 years ago

Link

Best DFT Training Institute in Bangalore I DFT Training Course

COURSE DESCRIPTION

DFT training course is structured according to the present business prerequisites with various hands on ventures dependent on SCAN, ATPG, JTAG and MBIST.

DFT Training

Qualification

B.E/B.Tech in ECE/EEE.

M.E/M.Tech/M.S in VLSI/Embedded Systems/Digital Electronics.

Course Highlights:

By end of this course, the competitor will have the option to:

Survey, break down and propose changes to improve test ability and actualize them by doing Scan,ATPG and Simulations.

Break down the DRC issues and can have the option to discover the arrangement during sweep and ATPG.

Break down test inclusion; propose changes to improve test inclusion to accomplish the objective with ideal examples

Create the examples for both stuck-at and at speed testing of the plan for ideal test cost.

#Design For Test Training In Bangalore | DFT Training In Bangalore

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marugujaratonline · 5 years ago

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ISRO-SAC Recruitment @ www.sac.gov.in

ISRO - SAC | Indian Space Research Organization-Space Applications Centre has been published latest 55 vacancies of various posts. Here you will get all information of regarding this job. Name of Position: SCIENTIST/ENGINEER-SD(Electronics) - 02 Posts SCIENTIST/ENGINEER-SC(Physics) - 01 Post SCIENTIST/ENGINEER-SC(Computer) - 02 Posts SCIENTIST/ENGINEER-SC(Computer) - 01 Post SCIENTIST/ ENGINEER-SC(Electronics) - 07 Posts SCIENTIST/ENGINEER-SC(Mechanical) - 06 posts SCIENTIST/ ENGINEER-SC (Structural) - 01 Post SCIENTIST/ ENGINEER-SC (Electrical) - 01 Post TECHNICAL ASSISTANT (Electronics) - 03 Post TECHNICAL ASSISTANT (Mechanical) - 01 Post TECHNICAL ASSISTANT (Civil) - 01 Post TECHNICAL ASSISTANT (Electrical) - 01 Post TECHNICIAN ‘B’ (Fitter) - 06 Posts TECHNICIAN ‘B’(Machinist) - 03 Posts TECHNICIAN ‘B’ (Electronics) - 10 Posts TECHNICIAN ‘B’ (Information Technology) - 02 Posts TECHNICIAN ‘B’ (Plumber) - 01 Post TECHNICIAN ‘B’(Carpenter) - 01 Post TECHNICIAN ‘B’(Electrician) - 01 Post DRAUGHTSMAN ‘B’ (Mechanical) - 03 Posts TECHNICIAN ‘B’(Chemical) - 01 Post Education Details and other details: SCIENTIST/ENGINEER-SD(Electronics): Phd. in fields related to Electronics/ Communication/RF & Microwaves /Power Electronics/ VLSI Design/ Micro Electronics/ Embedded Sys./Signal Processing OR M.E./M.Tech. in Electronics / Electronics & Communication / Electronics & Electrical Engineering / Information & Communication Technology (ICT) with Specialization in Electronics / Communication/ RF & Microwaves / Power Electronics / VLSI Design / Micro Electronics / Embedded Sys. / Signal Processing in FIRST CLASS with an aggregate minimum of 60% or CGPA / CPI grading of 6.5 on a ten scale AND Minimum 02 years of professional experience ( experience after acquiring the Degree of M.E./M.Tech. as mentioned above shall ONLY be considered) Age: No Upper Age Limit Salary: Rs.67700-208700/- SCIENTIST/ ENGINEER-SC (PHYSICS): M.Sc. in Physics in FIRST CLASS with aggregate minimum of 65% marks (average of all semesters) or CGPA/CPI grading of 6.84 on a ten scale Age: 18-35 Yrs. as on 3-4-2020 Salary: Rs.56100-177500/- SCIENTIST/ ENGINEER-SC (COMPUTER): M.E. / M.Tech. in Computer Science / Computer Engineering / Computer Science & Engineering / Information and Communication Technology (ICT), with Specialization in Artificial Intelligence / Machine Learning / Deep Learning / Image Processing in FIRST CLASS with an aggregate minimum of 60% or CGPA / CPI grading of 6.5 on a ten scale Age: 18-35 Yrs. as on 3-4-2020 Salary: Rs.56100-177500/- SCIENTIST/ ENGINEER-SC (COMPUTER): M.E./ M. Tech. in Computer Science / Computer Engineering / Computer Science and Engineering / Information and Communication Technology (ICT), with Specialization in IT Security / Cyber Security in FIRST CLASS with an aggregate minimum of 60% or CGPA/CPI grading of 6.5 on a ten scale Age: 18-35 Yrs. as on 3-4-2020 Salary: Rs.56100-177500/- SCIENTIST/ ENGINEER-SC (ELECTRONICS): M.E./M.Tech. in Electronics / Electronics and Communication / Electronics & Electrical Engineering / Information and Communication Technology (ICT) with Specialization in Electronics / Communication / RF & Microwaves / Power Electronics / VLSI Design / Micro Electronics / Embedded Sys. / Signal Processing in FIRST CLASS with an aggregate minimum of 60% or CGPA / CPI grading of 6.5 on a ten scale Age: 18-35 Yrs. as on 3-4-2020 Salary: Rs.56100-177500/- SCIENTIST/ ENGINEER-SC (MECHANICAL): M.E./M.Tech. in Mechanical Engineering with Specialization in Thermal Engineering / Structural Engineering / Structural Analysis / Material Science / Material Technology / CAD / CAE / Design Engineering / Industrial Safety Engineering in FIRST CLASS with an aggregate minimum of 60% or CGPA/CPI grading of 6.5 on a ten scale Age: 18-35 Yrs. as on 3-4-2020 salary: Rs.56100-177500/- SCIENTIST/ ENGINEER-SC (STRUCTURAL): M.E./M.Tech. in Structural Engineering / Civil Engineering with Specialization in Structural Engineering in FIRST CLASS with an aggregate minimum of 60% or CGPA / CPI grading of 6.5 on a ten scale Age: 18-35 Yrs. as on 3-4-2020 Salary: Rs.56100-177500/- SCIENTIST/ ENGINEER-SC (ELECTRICAL): M.E./M.Tech. in Electrical Engineering in FIRST CLASS with an aggregate minimum of 60% or CGPA / CPI grading of 6.5 on a ten scale Age: 18-35 Yrs. as on 3-4-2020 Salary: Rs.56100-177500/- TECHNICAL ASSISTANT (ELECTRONICS): Diploma in Electronics / Electronics and Communication Engineering in FIRST CLASS from recognized Institution/Board /University. Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.44900-142400/- TECHNICAL ASSISTANT (MECHANICAL): Diploma in Mechanical Engineering in FIRST CLASS from recognized Institution/ Board/University. Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.44900-142400/- TECHNICAL ASSISTANT (CIVIL): Diploma in Civil Engineering in FIRST CLASS from recognized Institution/Board/ University. Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.44900-142400/- TECHNICAL ASSISTANT (ELECTRICAL): Diploma in Electrical Engineering in FIRST CLASS from recognized Institution/ Board/ University. Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.44900-142400/- TECHNICIAN-B (FITTER): Matric (SSC / SSLC / 10 th Class) + ITI / NTC / NAC in FITTER trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.21700-69100/- TECHNICIAN-B (MACHINIST): Matric (SSC / SSLC / 10 th Class) + ITI / NTC / NAC in MACHINIST trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.21700-69100/- TECHNICIAN-B (ELECTRONICS): Matric (SSC / SSLC / 10 th Class) + ITI / NTC / NAC in MECHANIC ( RADIO and TV / ELECTRONICS) trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 salary: Rs.21700-69100/- TECHNICIAN-B (INFORMATION TECHNOLOGY): Matric (SSC / SSLC / 10 th Class) + ITI/NTC/NAC in INFORMATION TECHNOLOGY/ INFORMATION and COMMUNICATION TECHNOLOGY SYSTEM MAINTENANCE/ INFORMATION TECHNOLOGY and ELECTRONIC SYSTEM MAINTENANCE trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.21700-69100/- TECHNICIAN-B (PLUMBER): Matric (SSC / SSLC / 10 th Class) + ITI/NTC/NAC in PLUMBER trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 salary: Rs.21700-69100/- TECHNICIAN-B (CARPENTER): Matric (SSC / SSLC / 10 th Class) + ITI/NTC/NAC in CARPENTER trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.21700-69100/- TECHNICIAN-B (ELECTRICIAN): Matric (SSC / SSLC / 10 th Class) + ITI/NTC/NAC in ELECTRICIAN trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 salary: Rs.21700-69100/- DRAUGHTSMAN-B (MECHANICAL): Matric (SSC / SSLC / 10 th Class) + ITI/NTC/NAC in DRAUGHTSMAN (MECHANICAL) trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 salary: Rs.21700-69100/- TECHNICIAN-B (CHEMICAL): Matric (SSC / SSLC / 10 th Class) + ITI/NTC/NAC in LAB ASSISTANT CHEMICAL PLANT/ ATTENDANT OPERATOR CHEMICAL PLANT trade Age: 18-35 Yrs. (SC/ST +5 Yrs. & OBC +3 Yrs.) as on 3-4-2020 Salary: Rs.21700-69100/- Note: Candidates working in Government/Public Undertaking/Quasi-Government/Autonomous Organization should ensure that their applications are sent through proper channel to Administrative Officer (Rmt.), Recruitment Section (P & GA), Building No. 30-D, Space Applications Centre (ISRO), AmbawadiVistar P.O., Ahmedabad –380 015 (Gujarat). Such an applicant should also produce ‘NO OBJECTION CERTIFICATE’ from their respective organization in original, or an attested copy of the communication under which their applications have been forwarded for consideration at the time of appearing in the Written Test/ Skill Test / Personal Interview as the case may be. Last Date: 03-04-2020 Official Notification View Apply Online Apply Now More Detail Read Now Read the full article

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nisargagupta · 5 years ago

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A Brief Guide on Electronics and Communication Engineering: Course Details & Trends

In India, Electronics and Communication is one of the most versatile and fastest-growing fields in Engineering. It deals with the electronic devices and communication equipment like transmitter, receiver, and Integrated Circuits (IC).

Most companies today are beginning to integrate robots, automated technologies, intelligent power systems, and the Internet of Things (IoT) in the process of recent technological advancements. Hence, a surge in demand for electronics and communication engineers can be noticed.

There are a few best engineering colleges in Bangalore for Computer Science, Electronics and other engineering fields offering learning in designing, researching, developing, and testing electronic equipment.

Let us know more about this subject in detail:

Eligibility Criteria-

The criteria is different for both undergraduate and postgraduate courses. For undergraduate students, the criteria include the students to pass with a minimum of 60% in 10+2 from a recognized board in Physics, Chemistry, and Mathematics as core subjects.

For post graduation, students should have a B. Tech / B.E. degree in the same specialization in the first division. These criteria might vary for different colleges.

Duration-

The diploma courses in Electronics and Communication Engineering is of 3-year duration (post 10th or 12th).

To get an undergraduate degree, the duration of B.E. /B. Tech degree is for four to five years, and the post graduation course of M. Tech is for two years.

Course fee-

Nowadays, Electronics and Communications Engineering is known to be one of the most promising branches of the engineering field. For an undergraduate course in a private college, the minimum fee structure is around Rs. 25000 to a maximum of Rs. 22 lacs. For the post graduation degree course, the minimum fee structure is around 15k and can go to a maximum of 18 lacs. Opting M.tech from a foreign university is also a choice.

Required skills-

Any student wanting to make a career in Electronics and Communication Engineering must possess the following skillsets: Teamwork, Methodical mind, Attention to detail, Aptitude for Mathematics, Innovation, Time management, Communication, Project management, Strong I.T. and Interpersonal skills.

Future Opportunities-

In India and abroad, an electronics engineer is a strong job role that assists in career development at a fast rate, thanks to the emerging technologies.

Electronics and communication engineers have huge opportunities and can work in different industries. The students after completing their degree can easily avail job opportunities in both private and government-oriented industries such as Telecommunication, Defense, NPL, A.I.R., Posts and Telegraph Department, Railways, D.R.D.O., Bharat Electronics Limited, Software Engineering/I.T., Power sector, Hardware Manufacturing, Civil Aviation, Home Appliance, and VLSI design, Television Industry, and Research & Development.

There are various colleges for B. Tech in Bangalore that offer Electronics and Communication Engineering along with other courses, that can help an individual to grow professionally. Please make your decision wisely since it is a crucial step towards a journey to career success.

#colleges for B. Tech in Bangalore #best engineering colleges in Bangalore for Computer Science

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rntubhopal · 5 years ago

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Technological Know-How For The Future

Technological advancement is one of the most important factors in today’s world. Every single industry relies on technology to function. In fact, it has come to the point where most businesses would crumble without the use of technology. It wouldn’t be an exaggeration to say that technology defines the progress of a nation. This is one of the reasons why engineering is such a sought after course. In this blog, one of the best engineering colleges in Bhopal will be highlighted.

For constant advancements in technology, more engineering professionals are needed. And this is why picking a good engineering college is extremely important. While picking a university or college, it is not just academics that you should keep in mind, but the overall individual development. RNTU Bhopal is one of the top engineering colleges in MP and focuses on the entire growth of an individual, and not just academics.

The faculty at RNTU consists of some of the best and most experienced lecturers on board. These teachers are committed to providing the students with the highest quality of education for their bright future. The faculty uses a combination of teaching practices like traditional textbook learning and lectures, with modern methods like smart classes and e-learning. There is also a strong focus on giving practical training with the help of workshops and internship programs.

The university has strong ties with the industry, which really helps in conducting guest lectures and conferences, a regular feature in the university. Students also get the opportunity to interact with these lecturers and get an idea of practical challenges of the business world and their solutions.

RNTU can boast of infrastructure that is professionally designed and has all the facilities that a student would require, including high tech labs and a library fully equipped with a large number of books. There are also hostel and canteen facilities available on the campus.

One of the best engineering colleges in Bhopal, RNTU offers courses in various streams of engineering. Some of the examples of these courses are as follows.

Computer Science Engineering(CSE): CSE, a combination of computer science and computer engineering, focuses on computer programming and networking, and includes algorithms, computation and programming languages. Designing computer hardware and software is a large part of the course. The course is used for many aspects of engineering, including the design of microprocessors, PC, circuit designing, and software development. Some of the courses offered by the department include; Polytechnic Diploma, B.E, M. Tech, M. Tech (SE).

Electronics and Communication Engineering (ECE): ECE involves research, development, and design of various equipment used in broadcasting and communication. It deals with microprocessors, analog, transmissions, communication, basic electronics, and wave progression. It also includes the manufacturing of electronic devices, circuits, and communication equipment. Some of the courses offered by the department include B.E, M.Tech(VLSI), and M.Tech (Digital Communication).

Civil Engineering: Civil engineering is one of the oldest streams of engineering, and also one of the oldest streams taught in this university. It involves planning, designing, constructing, maintaining, and supervising infrastructures like bridges, tunnels, buildings, and highways. Buildings like airports also come under this stream of engineering. The department offers courses like Polytechnic Diploma and B.E.

Mechanical Engineering: Also one of the oldest subjects of engineering, Mechanical Engineering deals with the design and manufacture of machines. The course focuses on a heavy knowledge of how machines work and how to design them. These machines include aircraft, automobiles, electric motors, and heavy vehicles. Some courses offered by the department include Polytechnic Diploma, B.E, and M.Tech in Production Engineering.

Future prospects:

After doing an engineering course, career choices are endless. As every industry needs good engineering graduates, the demand for them is always high.

#college rntu india

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educationtech · 6 years ago

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Scope for Electronics and Communication Engineers after graduation - Arya College

Pursue Electronics & Communication Engineering With Great Platform

ECE is the combination of structural, civil and electrical engineering. It is comprised of various technologies that help in providing access to communication. It makes use of modern electronic devices and technologies. ECE opens up various opportunities to the interested candidates of Arya Engineering College like research and development of cable systems, satellite, design, mobile phones, radio waves, internet, etc.

How to become an EC engineer?

In order to become an electronics and communication engineer, a candidate can earn a degree in B.E./B.Tech in four-years or a diploma in electronics and communication engineering in three years. You can also pursue further studies like M.E. or M.Tech. as well.

What is Needed Qualification for Electronics Engineering

A candidate is required to pass 10th class with at least 50% aggregate marks in order to earn a diploma course. But a degree course requires the completion of 12th class with 50% aggregate marks in the science stream. A student must have physics, math, and chemistry. Various boards and universities organize entrance exam in which candidates have to appear. If an individual qualifies the required scores, he/she will easily enroll in that university.

What is the Academic program for Electronics & Communication Engineering

The four years degree course comprises eight semesters. It comes with various important subjects including electronics, electrical circuits, digital signal, optical systems, microprocessors, and embedded systems, electromagnets, signals and systems, communication systems, and VLSI. The other subjects under the Electronics and Communication Engineering course in Jaipur include applied math, physics, chemistry, computer programming, basic electrical and electronic engineering, and others. According to the individual semester, subjects might change.

Top Colleges for Electronics & Communication Engineering

To enroll in Top Engineering Colleges in Rajasthan. A candidate is required to appear for an entrance exam conducted by corresponding universities. Apart from JEE, there are also other entrance examinations that help an individual to complete their engineering degree or undergraduate engineering degree. Arya College is also best Electronics and Communication Engineering College in Jaipur.

Scope and job prospects for the Electronics & Communication Engineering Students

A degree holder in electronic and communication engineering can have various job opportunities through Best Placement College. Also, a candidate can work both in state or central government, sponsored firms or even private firms. The professional candidates with a degree absorbed in research, entertainment, defenses, etc, in today’s time. Teaching profession as an engineer has also become an attractive option for the students of Engg Colleges Jaipur in various parts of the country.

However, there are plenty of jobs available in developed countries. Especially for the candidates who wish to work abroad with the top recruiters like TCS, HCL, Accenture, Intel, ISRO, etc. Other than this, there are many large and small companies that hire engineers on a large scale according to the individual experience.

Thanks for Read our blog, you can check out full blog on official Page Arya College, Arya College is one of the best Engineering College In Jaipur Rajasthan. In This College Many Branches for Engineering you can make great future with us. Arya College Provides Computer Engineering, Electrical Engineering & Electronics Engineering’s Branch for our Engineering students with top companies placements in campus.

#Electronics Engineering #Electronics and Communication Engineering #Electronics and Communication Engineering College #Engineering Colleges in jaipur #arya college #btech colleges in jaipur

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rajwilpsau · 2 years ago

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WILP Courses for Working Professionals by Sikkim Alpine University

WILP M.Tech Programs is the opportunity for those who don’t want to quit there Working Career and study parallel with their professional career. WILP Programs are specially conducted for these students. Sikkim Alpine University is one of the best private university available in the country and it is located at Kamrang, Namchi in South Sikkim. We welcome students from all strata of society around the world. The duration of M.Tech Programs here are for 2 Years and it is fully approved by University Grants Commission (UGC), AICTE.

The M.Tech Programs are highly demanding course by the Students of this GenZ Generation because they want to study parallelly with their working field and want to maintain their personal life with their professional life. These WILP Programs are made for those who are already working somewhere and want to increase skills and knowledge in Technology and Engineering Fields which helps them to promote themselves in their work.

The M.Tech wilp course are introduced as a Work Integrated Learning Programme(WILP) to create a new learning method which helps students to gain their Practical Knowledge with the Theory Study in order to face the innovative challenges of Society in a Professional Way. M.Tech in computer science for working professional is the highest growing course which attract students to gain their knowledge in the specific field.

WILP M.Tech Courses in Sikkim Alpine University

There are 10 different specializations courses conducted at M.Tech in SAU are:

Highway Engineering.

Environmental Engineering.

Structural Engineering.

Electronics and Communication Engineering.

VLSI.

Power System.

Power Electronics.

Mechanical Engineering.

Production Engineering.

Computer Science and Engineering.

Visit Our Website to Know More

Sikkim Alpine University

#wilp programs #wilp #btech in computer science for working professional #wilp engineering #wilf btech

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asimpleblogger-blog1 · 7 years ago

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Fascinated by electronics and communications engineering? Know more in this blog.

Some of the best colleges in India providing Electronics and Communications Engineering are.

SRM University- Bangalore REVA University- Bangalore PES University- Bangalore RAMAIAH Institute Of Technology- Bangalore MVJ College Of Engineering- Bangalore CAMBRIDGE Institute of Technology- Bangalore ATRIA Institute Of Technology- Bangalore HKBK College Of Engineering- Bangalore

These colleges will be taking part in an education event in Tirupati, Anantapur, and Vijayawada this year, to help students if you are in and around Tirupati, you don’t want to miss this event.

As this event is being conducted for the welfare of the students, the entry is absolutely FREE.

http://www.vidhyajyothi.in/

Or you can register by calling

89706 36149, 97423 45039

Electronic communications engineering is the utilization of science and math applied to practical problems in the field of communications. Electronic communications engineers engage in research, design, development, and testing of the electronic equipment used in various communications systems. It is due to electrical engineers that we enjoy such modern communication devices as cellular telephones, radios, and television.

Why Electronics and Communication Engineering Branch?

Communication is a thing without which we cannot live and electronics is an integral part of our life, hence electronics and communication branch shows a huge scope. In present as well as in future, right from local wristwatches to washing machines, refrigerators to huge turbines, marine ships, trains, airplanes are electronicist and handled only based on electronics, you can find a person without kerchief but not with cellphones, which belongs to communication’s progress in these years.

Scope of Electronics and Communication Engineering

Studying electronics and communication engineering is the dream of every second aspirant due to a number of reasons – growth, job opportunities, salary range and continuous industry growth. The major driving force for the present day Information Technology revolution is the development in Electronics Engineering. The advancements in microelectronics, satellite and optical fiber technology, analog and digital in communication techniques have resulted in developing complex electronic devices, circuits and equipment are capable of implementing fast and efficient telecommunication systems. Real-time transfer of audio and video signals is now possible with recent trends in broadband technologies. Penetration of electronics has now revolutionized other areas like healthcare, instrumentation, automation, remote sensing, signal processing etc. the basic principles and performance of electronic devices and circuits are introduced in the course. Design and analysis of different analog and digital circuits are considered in detail.

Different analog and digital modulation techniques used for communication, equipment’s and systems involved in wireless communications, satellite and optical communication technologies, computer communication and networking, design and development of microelectronic circuits for computation and processing, components and systems for electronic instrumentation and control etc,. form major content of the course.

Career option in Electronics and Communication Engineering

Professionals may work in nearly every industry such as commercial, industrial, military or scientific companies. Job opportunities are available in both software and electronics companies. One may also enter into research and development. Candidates have ample opportunities in this field. Specialists can work in both private and public firms. A degree in this field develops candidate’s analytical and programming skills, which makes you compatible with even software companies. Upon completion of the degree, candidates can choose to work in consumer electronics, electricity generation and distribution, transportation, aviation and avionics, computer applications, radio and television, telecommunications, manufacturing and offshore industries. Electronics and Communication Engineers are acquired by top recruiters (both private and government) like DMRC, Siemens, Motorola, Intel, Texas Instruments, BEL, ISRO, DRDO, Accenture, Wipro, HCL Technologies, Nvidia, Samsung, Tech Mahindra, Infosys, TCS, Conexant, MTNL, AIR, BSNL, Indian Airforce, Indian Navy, Railways, Bharat Electronics Ltd and Flextronics and Philips Electronics.Higher Education Opportunities for Electronics and Communication Students There is a lot of scope for students doing M.S or M.Tech in the field of electronics&communication engineering. Having masters will certainly improve your career prospects and help you get hired by top MNC’s. Governments across the globe are spending millions of dollars in this field for research and development. So, the scope for doing Ph.D. in these fields is a risk worth taking. You will get scholarships and financial aid to do Ph.D. from various government and nongovernment organizations. If you planning to do MS or Ph.D. programs in the US, you had to go through GRE and TOEFL exams. For M.Tech, you should score high in GATE exams.

Research opportunity The major goal of the Department of Electronics and Communication Engineering Colleges in Noida is to produce highly knowledgeable, competent and resourceful young engineers who can perform well in a wide variety of job profiles. To achieve this, the curriculum provides a strong foundation in both the analytic and technological aspects of E&C Engineering. It also provides ample opportunities for students to work on mini-projects, develop communication skills, explore internship opportunities in industry and world-class universities and take part in national and international design contests. The Department offers an Under Graduate program in Electronics and Communication Engineering, a PG program in VLSI design and electronics&communication engineering colleges ( ECE) which provide a platform for bright graduates and postgraduates to conduct research in state-of-the-art technologies. The Department is also a recognized center of E-Yantra, Embedded and Robotics Lab Sponsored by MHRD Government of India under the National Mission on Education through ICT program The lab focuses on latest projects and research in the area of Robotics and embedded systems. It is a Cumulative effort by ECE, EE, CS, IT and ME department for active learning and hands-on experience for those students having a keen interest in the field of Robotics. The department has been actively involved in several quality enhancement projects. In recent years, the department has embarked on R&D projects funded by central agencies such as MHRD, DIT, Govt. of India and private industries. In addition, the department is involved in consultancy services also.

New Innovation and Technology 1. Connectivity to enable the trusted digital enterprise The manufacturing industry is on the cusp of the 4th wave of transformation that holds the promise of a step change in productivity. Industrial IoT business models are being defined with increased flexibility, co-operative human-machine interaction and the use of data analytics to identify trends and dynamic system relationships that were previously hidden or inaccessible. 2. Bringing LED solutions to market Although it’s 15 years since LED lighting made its debut, take-up is accelerating across all areas of lighting, helped by its lower power consumption, longer lifespan, increased robustness and faster switching capabilities. 3. An eye for detail is needed when choosing the display technology for your next application A color display is hard to beat in any application and continued price erosion means it is becoming commercially viable to use graphical color displays in a wider range of applications. 4. Powerful telescopes bring us closer to the Big Bang Humankind has always wondered what secrets the universe was hiding in its starry depths and striven to understand how we fit into the bigger picture. This curiosity is still strong, as demonstrated by the number of powerful telescopes that have either been built recently or are under construction. 5. Is industry ready for 5G? just less than a month ago, the Chancellor, Philip Hammond, used his budget speech to make a case for 5G, the next-generation mobile technology and promised to invest £16million in a series of trials and to support research into the development of technology to underpin its deployment. 6. Revolutionising networking technology The networking world has largely been defined by the development of fixed function chips. While these devices have been one of the means by which data rates have increased, this has been achieved at the expense of configurability. 7. The choices involved in adding IP support to embedded systems The tentacles of the internet are reaching further into the domain of deeply embedded systems that used, at most, to be attached to simple field buses. Although the internet may stop short of ‘smart’ light bulbs that use Zigbee or Bluetooth to communicate, more organizations are looking at supporting the Internet Protocol (IP) directly in sensor nodes and smart actuators. 8. Track sure sensor system to transform rail networks Monitoring the rail network is a costly and time-consuming endeavor, but the University of Huddersfield’s Institute of Railway Research (IRR) has developed a new sensor system that could transform the way in which networks are maintained by turning rail vehicles into track monitors. For more information about

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xespkolkatame-blog · 8 years ago

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Boost up Your Skills: Join Summer Training in Kolkata

As we know ‘time’ is very precious and it waits for none. We should not waste single time, so do engineering students too. This summer vacation is very important for you and XESP has designed a professionally driven program- has designed a professionally driven program- Summer Training in Kolkata.

Each and every year we prepare many students within this period and they gather lifelong experience to serve the industry. They learn the latest industrial trends with the most experienced trainer in industry.

Courses Offered By XESP

So, let’s have a look at the below listed courses which are offered:

Embedded System Design Training: Learn the co-design of hardware and software

Qualification:studying B.E / B.Tech / M.E / M.tech /M.Sc in Electronics, Computer Science, Physics / BCA / MCA / Diploma in Electronics

VLSI Design Training: Learn about the process of integrating transistors into single chip