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M.E. Embedded System and VLSI Design is a 2-year full-time postgraduate engineering course. Eligibility for the course is Bachelor’s degree in Engineering or B.Tech in any stream or an equivalent bachelor’s degree with 55% of marks from a recognized board.
- ME Embedded System and VLSI Design: Course Highlights
- What is ME Embedded System and VLSI Design?
- Why Study ME Embedded System and VLSI Design?
- Admission Process
4.2 Important Dates
ME Embedded System and VLSI Design: Course Highlights
Here is some highlight about the course;
| Course Level | Post Graduation |
| Full-Form | Masters of Engineering in VLSI Design and Embedded System |
| Duration | 2 years |
| Examination type | Semester System ( Offline) |
| Eligibility | BTech in ECE with a minimum aggregate score of 45%-55%. |
| Admission Process | Entrance exam and Counseling(Merit list in some cases) |
| Top recruiting organizations | Academic Institutions, HSBC, KPIT Cummins, Intel Corporation, Tech Mahindra, IBM, L&T, Infosys, Intereon, InfoTech, Accenture, HCL Technologies, Patni Computers |
| Top job profiles | System Embedded Engineer, Design Engineer, Platform Engineer, Technical Lead, Networking Engineer, System firmware Engineer, Testing Engineer, Project Designer, etc |
| Average Starting Salary | INR 4 lakhs to INR 20 Lakhs per annum |
What is ME Embedded System and VLSI Design?
Master of Engineering in Embedded System and VLSI Design is a 2-year post-graduation program. Embedded System and VLSI Design is a specialization of the Electronics and Communication Engineering branch. VLSI or Very Large Scale Integration is a process by which an engineer makes complex integrated circuits by combining a million/billion number of transistors into a single chip.
ME in Embedded System and VLSI aims to prepare a student to build analog and digital circuits by using custom and semi-custom design flow. This program is also aimed at VLSI system design covering algorithms, System Architectures, Hardware description Languages, Physical designs, Simulation & Synthesis, Low power design techniques, Verification techniques, and mixed-mode design methodologies.
A student can achieve an enhanced knowledge in Embedded System as this course covers broad areas such as Real-Time Embedded Systems, Advanced Embedded System Design, Advanced Embedded Microcontrollers, and System on Chip.
Why Study ME Embedded System and VLSI Design?
ME in Embedded System and VLSI Design has various aspects after finishing this course.
- Students can have an understanding of the role of embedded systems design and development.
- In this generation, the integrated circuit has a high demand in the market. Students would get a proper idea of developing and implementing the integrated embedded design in software projects and also can understand the role of embedded systems in complex circuit engineering.
- This course will also help students to gain fieldwork experiences, perspectives, and the necessary skills for technical planning and implementation.
- After the course, students can also choose and research-based or analysis-oriented careers as this course give the students the skills for qualitative and quantitative analysis in this domain.
- And like other Masters' degrees after this course also students can go for UGC-NET and choose their career as a professor or lecturer.
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This course also develops good communication skills and practical work experience in different chipset making or power stations or other engineering companies.
ME Embedded System and VLSI Design Admission Process:
Admission to this program is merit-based and as well as entrance-based, which solely depends on the college. Mainly like other master's degrees, it is entrance-based.
- Students have to appear in national or state level entrance exams i.e. GATE, PGCET, TANCET, etc.
- After the exam students will receive their results as a rank card. admission will be through the marks that one got in the entrance exam only.
- After getting the result, students have to register themselves for the counseling process where they have to choose their preferable college and preferable course ( Embedded System and VLSI Design for this case )
- Admission will be through the marks that one got in the entrance exam only.
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Some colleges also conduct their own admission test and call for GD or PI sessions after the counseling process.
Eligibility Criteria
Every institute has different eligibility criteria for admission to this course. Here some general eligibility criteria are given;
- Applicants must have to pass Btech or BE from any recognized University or Institution with a minimum of 45-55% marks(depends on college and caste).
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Students must have a valid rank card of any state or national level entrance test.
Important Dates
The entrance tests through which one can get admission to ME in Embedded System and VLSI Design are,
| Exam Name | Exam Dates |
|---|---|
| GATE | Check Here |
| SRMJEE | Check Here |
| WBJEE | Check Here |
| AP PGECET | Check Here |
| TS PGECET | Check Here |
How to get admission to a good college?
As the admission is entranced based, to get a good college one has to score a good mark first. Getting good marks is easy by following some basic tips.
- The first step is to find good colleges. For that also one can search online. Various websites i.e. Collegedunia posts comparisons and overviews of colleges; one can check that and choose college accordingly.
- The second step is to know for admission in a particular course what the admission process is. Colleges are conducting entrance exams or are they merit based
- If colleges are conducting entrance exams then check the cut-off for the course in those colleges.
- And in the next part, one should prepare for those exams.
- Additionally, don’t go with the cut-off marks. Try to score as much as possible. Cut-off marks are just to check the trends.
- Lastly, to prepare for a good college you need some good books from where you can prepare yourself for entrance exams. One can also go for a video lecture to understand the concepts properly. There are various platforms like NPTEL which provide top-notch lectures by IIT professors for free.
How to Prepare for Entrance Exams
When one is preparing for any entrance exam, firstly one has to be aware of the question pattern of the examination, then gather the study material, and then work hard and smartly. Here are some preparation tips.
- At first research about the examination. There are various websites i.e. collegedunia which provide students updated information about these types of competitive exams.
- Most of the exams ask questions from Mathematics, Aptitude, and General knowledge, and getting marks in those subjects is not that tough so put stress on those.
- For your core subjects, revise every topic, identify your strong and weak zones. Work on your weak zones to improve your mark.
- Practice previous year's questions. It will help one to get an idea of what type of questions are asked and which topics are important.
- Register yourself for a mock test on various platforms. Several platforms are there that let the students enroll themselves for free. These mock tests help students to understand their position in the nation and on which topic they have to work hard.
ME Embedded System and VLSI Design: Syllabus
In the following charts, the syllabus for this 4 semesters course is given.
| Semester 1 | Semester 2 |
|---|---|
| Digital CMOS Design | Analog CMOS Design |
| Reconfigurable Computing | System on Chip |
| Embedded System Design | System on Chip |
| Research Methodology | Elective II |
| Elective I | Lab. Practice II |
| Elective I | Seminar I |
| Lab. Practice I | - |
| Semester 3 | Semester 4 |
| Testing and Verification of VLSI Circuits | Seminar III |
| ASIC Design | Project Stage II |
| Elective III | - |
| Seminar II | - |
| Project Stage I | - |
ME in Embedded System and VLSI Design vs M.Tech Electronics Design and Technology
Masters is a program where a broader path becomes narrower. Here students have to choose their field of specialization under their branch. Sometimes students get confused by two courses that sound similar but have a different curriculum and different job prospects. In this segment, we will compare two courses ME in Embedded System and VLSI Design and M.Tech Electronics Design and Technology as both of them are talking about designing circuits. We will consider the parameters like Duration, Eligibility, Admission process, top Colleges that provide the course, Salary, etc in our comparison.
| Parameters | ME in Embedded System and VLSI Design | M.Tech Electronics Design and Technology |
|---|---|---|
| Brief Explanation | VLSI or Very Large Scale Integration is a process by which an engineer makes complex integrated circuits by combining a million/billion number of transistors into a single chip. ME in Embedded System and VLSI aims to prepare a student to build analog and digital circuits by using custom and semi-custom design flow. | This course mainly focuses on the hands-on lab practical, hardware-software co-design, modern software, & information technology to successfully compete in local, national & global engineering markets. |
| Duration | 2 years | 2 years |
| Eligibility | Graduation degree in Science or BE or Btech degree in Electronics and Communication Engineering with a minimum of 45-55% marks | BE or Btech degree in Electronics and Communication Engineering or electrical or Instrumental engineering branch with a minimum of 60% marks |
| Admission process | Entrance ( GATE)followed by Counseling(PI or GD session for some colleges) | Entrance exam followed by counseling( PI or GD session for some colleges) |
| Top colleges | IIT, Adhiparasakthi Engineering College, Adithya Institute of Technology, Anna University, ARM College of Engineering and Technology | GITAM (Deemed to be University) Hyderabad,Cochin University of Science and Technology, Kochi,Royal Institute of Technology and Science, Ranga Reddy, National Institute of Technology, Arunachal Pradesh, |
| Job roles | System Embedded Engineer, Design Engineer, Platform Engineer, Technical Lead, Networking Engineer, System firmware Engineer, Testing Engineer, Project Designer, etc | Electronics Engineer, Technology Specialist, Electronics Design Engineer, Memory Circuit Design Engineer, Power Electronics Design Engineer, Lecturer/Professor, Technical Assistant, Lead Engineer, etc |
| Average fees | INR 50,000 to INR 2.75 Lakhs | INR 1,60,000/- per annum (approximately) |
| Average salary | INR 2 Lakhs- INR 4 Lakhs | INR 9 LPA |
| Top recruiting companies | Wipro, HCL, Dell, Universities, Philips, Defence Sector, Honeywell, etc. | Academic Institutions, IBM, Intel Corporation, KPIT Cummins, Tech Mahindra, L&T, Infosys, Intereon, InfoTech, Accenture, HCL Technologies, HSBC, Patni Computers |
ME Embedded System and VLSI Design: Top Colleges
In the given column the top colleges which are providing the course on ME Embedded System and VLSI Design given with their average annual fees structure.
| College Name | Average fees per annum |
|---|---|
| Dr. DY Patil College of Engineering | INR 2,02,000 |
| Himalayan University | INR 32,000 |
| Chaitanya Bharathi Institute of Technology | INR 3,18,000 |
| GD Raisoni College of Engineering and Management | INR 1,35,000 |
| Hindustan Institute of Technology | INR 72,000 |
| GMR Institute of Technology | INR 1,08,000 |
| Late Sau. Kantabai Bhavarlalji Jain College of Engineering | INR 56,000 |
| V.E.D.A. Institute of Information Technology | INR 68,750 |
| Sharadchandra Pawar College of Engineering | INR 1,12,000 |
| Osmania University | INR 25,000 |
| Shiv Kumar Singh Institute of Technology and Science | INR 60,000 |
| Savitribai Phule Pune University | INR 70,000 |
| Vasavi College of Engineering | INR 1,80,000 |
| Greater Noida Institute of Technology | INR 1,54,000 |
| Madras Institute of Technology | INR 47,500 |
| College of Engineering | INR 1,90,000 |
| ZES’s Dyanganga College of Engineering and Research | INR 1,62,000 |
| REVA University | INR 3,00,000 |
| SGT University | INR 2,20,000 |
| Annamalai University | INR 2,52,000 |
ME Embedded System and VLSI Design Abroad
| College Name | Fees (INR) |
|---|---|
| Cork Institute of Technology | 18,64,700 |
| ISEP | 35,60,000 |
| University of Idaho | 19,39,300 |
| University of San Francisco | 17,90,100 |
| University of Southern Denmark | 22,77,000 |
| Waterford University of Technology | 20,45,000 |
What after ME Embedded System and VLSI Design?
After ME in Embedded System and VLSI Design one has two choices. Either they can go for higher studies or go to search for a job.
- One can appear in the UGC-NET exam and go for Ph.D. in the same. This is a field where one can have multiple research opportunities as circuit designing has become very crucial for the market.
- One can also become a lecturer or professor in various colleges and Universities after cracking the UGC-NET.
- Students can also build their careers in the defense industry. These days embedded systems and VLSI design are getting famous in military craft designs to reduce costs and ease upgrades and life cycle support of military embedded systems.
- One more reasonable field for embedded system engineering is the aerospace system.VLSI design becomes very helpful for the segments like Engine control, Temperature control, Speed control, etc.
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Except those consumer electronics industries and robotics industries also has a high demand of Embedded System and VLSI Design.
ME Embedded System and VLSI Design: Jobs
| Job Position | Job Description | Average Salary per Annum |
|---|---|---|
| System Validation Engineer | A validation Engineer is a qualified engineer who is responsible for the management, inspections, calibrations, tests, and modification of the instrumentation, equipment, mechanics, and procedures used to manufacture various products. They ensure that all systems are running correctly and efficiently to produce high-quality products. | INR 17.2 Lacs |
| Embedded Software Engineer | Embedded Software Engineers are generally responsible for the development and implementation of a software of embedded devices and systems. In addition, they are also responsible for monitoring and analyzing the efficiency and stability of the system. | INR 3 to 6 Lacs |
| System Firmware Engineer | A firmware engineer is responsible for developing and implementing the software for industry-specific applications and systems. They plan to improve and manages software applications from inception to use. | INR 6 to 7 Lacs |
| Testing Engineer | Test engineers are responsible to check the quality and the functionality of a product by designing and implementing the tests. They have their involvement in all phases of the testing program, from designing the test parameters to troubleshooting errors. They are also responsible for writing up final test procedures. | INR 13 to 14 Lacs |
| Technical Architect | Technical architects are systems logistics specialists who are responsible for designing, implementing, and maintaining IT systems for business clients. Designing the structure of new technology systems, liaising with the software development team, and overseeing the implementation of programs also fall in their field of work. | INR 15 to 17 Lacs |
| Platform Engineer | A platform engineer is responsible for writing the code that bridges the gap between software and hardware and tests the system so that it runs effectively and smoothly. They are a vital part of the software and hardware industries. | INR 5 to 25 Lacs |
ME Embedded System and VLSI Design: FAQs
Ques: Embedded System or VLSI which is a better choice to do ME?
Ans. VLSI is for core instrumentation / Communication / electrical candidates, with limited scope for other engineering disciplines to compete. it’s evergreen & constantly expanding field which is about creating electronic chips.
Whereas, Embedded Systems is more about getting these chips to fulling their purpose through RTOS, Firmware, middleware, C, C++, application tuning, kernel configuring, Device drivers programming, etc with or without OS. It is also evergreen & constantly expanding.
Now it depends on one's field of interest.
Ques: Should one know C language for an embedded system?
Ans. Yes, nowadays C is often considered as the “assembly” language. It’s simple enough and operating-system agnostic so that it can be used on any platform that offers a compiler. It has all the required control tools and can easily manipulate bits and big data arrays. Of course, since it is independent of the operating system, the programmer has to know the proper use of C libraries for such o/s.
Today, other programming languages provide the same functionality as C along with other benefits, as embedded multitasking and portability. Languages as GO, Python, Javascript are great alternatives to C for embedded applications.
So one should have the knowledge of C if he is passionate about the embedded system.
Ques: What is the job of an Embedded Software Engineer?
Ans. Embedded Software Engineers are generally responsible for the development and implementation of a software of embedded devices and systems. In addition, they are also responsible for monitoring and analyzing the efficiency and stability of the system.
Ques: What is the admission process for ME embedded Systems and VLSI and what are the top colleges for the same?
Ans. For admission to ME embedded Systems and VLSI design, one has to appear in state or national level entrance exams i.e. GATE, TANCET, PGCET, TS PGCET, etc. admission will be through the counseling process based on the merit in those entrance exams.
Some top colleges for ME embedded Systems and VLSI design in India are IIT, Adhiparasakthi Engineering College, Anna University, Adithya Institute of Technology, ARM College of Engineering and Technology.
Ques: What type of jobs one can get after completing ME embedded Systems and VLSI design?
Ans. After completing ME Embedded Systems and VLSI design one would get various types of jobs as System Embedded Engineer, Design Engineer, Platform Engineer, Technical Lead, Networking Engineer, System firmware Engineer, Testing Engineer, Project Designer, etc.
Ques: What is the role of a Technical Architect?
Ans. Technical architects are systems logistics specialists who are responsible for designing, implementing, and maintaining IT systems for business clients. Designing the structure of new technology systems, liaising with the software development team, and overseeing the implementation of programs also fall in their field of work.
Ques: Which companies provide jobs after doing ME Embedded System and VLSI Design?
Ans. Currently, the job opportunity for Embedded System and VLSI Design is high in the market, and it’ll increase in the coming years. Some of the top companies which provide job after ME Embedded System and VLSI Design are mentioned below,
Academic Institutions, HSBC, KPIT Cummins, Intel Corporation, Tech Mahindra, IBM, L&T, Infosys, Intereon, InfoTech, Accenture, HCL Technologies, Patni Computers
Ques: What is the role of a Testing Engineer?
Ans. Test engineers are responsible to check the quality and the functionality of a product by designing and implementing the tests. They have their involvement in all phases of the testing program, from designing the test parameters to troubleshooting errors. They are also responsible for writing up final test procedures.
Ques: What is the salary after Ph.D. in Embedded system and VLSI Design?
Ans. In India after completing a Ph.D. in Embedded system and VLSI Design starting average salary will be in the range of INR 4 lakhs to INR 20 Lakhs per annum. Though later it’ll depend upon your work experience and dedication.
Ques: What is ME in Embedded System and VLSI Design?
Ans. Master of Engineering in Embedded System and VLSI Design is a 2-year post-graduation program. VLSI or Very Large Scale Integration is a process by which an engineer makes complex integrated circuits by combining a million/billion number of transistors into a single chip.