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.
Most of the colleges offer M.E. Embedded System and VLSI Design course in India. Every college has their own eligibility criteria, admission process, exam pattern, syllabus, and fees structure for this course. Top colleges and universities offer this course include:
- Dr. DY Patil College of Engineering, Pune
- GMR Institute of Technology, Srikakulam
- Hindustan Institute of Technology, Coimbatore
- Osmania University, Hyderabad
- Savitribai Phule Pune University, Pune
The average fee for this course ranges between INR 30,000 to INR 4 lakhs based on the candidate’s marks obtained in their bachelor degree examination or an entrance exam scores.
In this course, students study VLSI system design covering algorithms, system architectures, hardware description languages, verification techniques, physical designs, low power design techniques, simulation and synthesis, and mixed mode design methodologies.
Admission to M.E. Embedded System and VLSI Design course is based on merit list or an entrance exam scores. Most of the colleges conduct counseling and select students through a merit list prepared by the state-wise universities. Some of the reputed colleges conduct entrance exam to select students for this course admission. Entrance exams may vary from one state to another. Some colleges conduct the personal interview along with an entrance examination. Based on both the performances, candidates will be selected for the course admission.
After completion of this course, graduates may work in areas like Consumer Electronics Industries, Defence Industries, Robotics Industries, Communications Industries, Aeronautics Industries, etc. These professionals may work in positions like Embedded Software Engineer, Technical Architect, Testing Engineer, Software Engineer, Platform Engineer, etc. The average salary for these professionals ranges between INR 2 to 20 lacs as per their experience and expertise in this field.
Top Colleges for Master of Engineering [ME] (Embedded System and VLSI Design)
M.E. Embedded System and VLSI Design: Course Highlights Table
Written below are some of the major highlights of the course.
|Examination Type||Semester type|
|Admission Process||Merit list or Entrance-based|
|Top recruiting organizations||Zydus Cadila group, Cactus communications private limited, STUP consultants private limited, Future focus InfoTech|
|Top recruiting areas||Consumer Electronics Industries, Defence Industries, Robotics Industries, Communications Industries, Aeronautics Industries|
|Top job profiles||Embedded Software Engineer, Technical Architect, Testing Engineer, Software Engineer, Platform Engineer|
|Course Fee||INR 30,000 to 4 Lacs|
|Average Starting Salary||INR 2 to 20 Lacs|
M.E. Embedded System and VLSI Design: What is it about?
M.E. Embedded System and VLSI Design course offer strong knowledge in the embedded system design by covering areas like real-time embedded systems, advanced embedded microcontrollers, advanced embedded controllers, and system on a chip. This course covers the fundamentals of designing and developing IC-based systems and engineering aspects.
In this course, students also learn topics such as SOC Design, CMOS VLSI design, VLSI engineering design, Advanced Microcontrollers, VLSI Design and Verification, Real-time OS, Lower power VLSI Design, and Design of Analog and mixed-mode VLSI circuits. In this course, candidates also do research in physical devices as well as design and development of electrical devices.
M.E. Embedded System and VLSI Design: Top Institutes
Given below are the college names, location and the average structure of the fees which will be taken by the college for this course.
M.E. Embedded System and VLSI Design: Eligibility
Candidates who have completed B.E/B.Tech in any discipline from a recognized board is eligible for M.E. Embedded System and VLSI Design course. Candidates should obtain 60% of marks in their Bachelor degree examination for ME Embedded System and VLSI Design course eligibility. The percentage may vary from one college to another. Eligible candidates may apply for this course through online or offline.
M.E. Embedded System and VLSI Design: Admission Process
Admission to M.E. Embedded System and VLSI Design course is based on merit list or an entrance exam scores. Most of the colleges conduct counseling and select students through a merit list prepared by the state-wise universities. Some of the reputed colleges conduct entrance exam to select students for this course admission. Entrance exams may vary from one state to another. Major entrance exams conducted by the colleges and universities are
Some colleges conduct the personal interview along with an entrance examination. Based on both the performances, candidates will be selected for the course admission.
M.E. Embedded System and VLSI Design:cSyllabus and Course Description
A semester-wise syllabus for M.E. Embedded System and VLSI Design is given below. The syllabus may vary from one college to other.
|SEMESTER I||SEMESTER II|
|Analogue and Digital CMOS IC Design||Real-Time Operating Systems|
|Principles and Practices of IT Management||Embedded Signal Processing|
|Embedded System Design||RF IC Design|
|ASIC Design and Modelling||Fault Tolerant System Design|
|Reconfigurable Computing||Embedded Automotive Systems|
|VLSI Embedded Practice I||VLSI Embedded Practice II|
|Seminar I||Seminar II|
|SEMESTER III||SEMESTER IV|
|Seminar III||Project Stage II|
|Project Stage I||-|
M.E. Embedded System and VLSI Design: Who should opt?
- Candidates who have interest in embedded systems and VLSI designs are suitable for this course.
- Candidates who have a good understanding of the role of embedded systems, development and its design are also suitable for this course.
- Candidates who have good communication, managing, and interpersonal skills are also eligible for this course.
M.E. Embedded System and VLSI Design: Career Prospects
Graduates may work in various positions in top companies such as Technician, Junior Engineer, Scientist, Assistant Engineer, Engineering Executive, Senior Management Staff, Regulatory Officer, Assistant Chemist, Application Engineer, Trainee, Power Electronics Designer, Sales Engineer, Electrical engineer, Electronics engineer, etc. The private sector has even more job opportunities.
After completion of this course, graduates may work in the Government sector, Enterprises and Departments like Defence Services, Colleges, and Universities, Hardware Manufacturing Companies, Aviation Industry, Railways, Power Industry, Automobile Sector, Software Engineering Companies, Maintenance Sectors, Civil Services, etc. Few professionals may also get opportunities in sectors like Electrical goods Energy sector, Telecommunications sector, Industries involved in production and manufacturing, Manufacturing sector, and Private sector enterprises.
Further Study: Candidates who would like to continue their studies in project management can further study Ph.D. in Embedded Sytems and VLSI Design. In this course, candidates may completely learn all aspects of embedded systems and VLSI design and gain knowledge and skills in Embedded systems and VLSI design. After completing this course, graduates may find jobs in reputed or government organizations or companies with high salary packages.
Given below are the major job positions, their descriptions, and the Average annual salary for each position:
|Job Position||Job Description||Average Annual Salary in INR|
|Embedded Software Engineer||Embedded Software Engineers are responsible for implementing and designing software for embedded systems and devices. They analyze and enhance efficiency, scalability, and stability of system resources. They design, develop, code, test, and debug the system software.||INR 3 to 6 Lacs|
|Technical Architect||Technical Architects are responsible for designing functional technology solutions, overseeing development, and implementation of programs. They provide technical leadership, support to software development teams, and understand the company needs to define system requirements. They also plan and design the structure of a technology solution.||INR 15 to 17 Lacs|
|Electrical engineering trainee||Electrical engineering trainees are responsible for evaluating electrical systems, components, products, and applications by conducting research programs, designing, and applying knowledge of electricity and materials. They confirm systems and components capabilities by designing testing methods and properties.||INR 3 to 5 Lacs|
|System firmware engineer||System Firmware engineers are responsible for the development and implementation of software for industry specific applications and systems. This can include allocating resources to complete programming projects and designing detailed plans to ensure firmware is functioning properly.||INR 6 to 7 Lacs|
|Require test manager||Test Manager role is tasked with the overall responsibility for the test effort's success. They involve quality and test advocacy, planning and management, and resolution of issues that impede the test effort. Negotiating the on-going purpose and deliverables of the test effort.||INR 13 to 14 Lacs|