M.Tech VLSI Design and Embedded System Semester-wise Syllabus
M.Tech VLSI Design and Embedded System Semester-wise Syllabus
Semester I | Semester II | Semester III | Semester IV |
IC Fabrication Technology | Analogue IC Design | Adaptive Signal Processing | Dissertation |
Digital VLSI Design | Embedded System Design-II | Embedded Control System | NA |
Hardware Description Languages | Low Power VLSI Design | Elective-II | NA |
Embedded System Design | Embedded System for wireless and mobile communication | Adaptive Signal Processing Lab | NA |
Signal Processing | Elective –I | Seminar | NA |
Digital VLSI Design Lab | Embedded System-II Lab | Minor Project | NA |
Embedded System Design Lab | Analogue IC Design Lab | NA | NA |
Top M.Tech VLSI Design and Embedded System Degree Course Specializations
- IC Fabrication Technology
- Analogue IC Design
- Digital VLSI Design
- Embedded System Design
- Adaptive Signal Processing
- Embedded Control System
- Low Power VLSI Design
- Embedded System for Wireless and Mobile Communication
M.Tech VLSI Design and Embedded System Vs M.E in VLSI Design and Embedded System
Parameters | M.Tech in VLSI Design and Embedded System | M.E in VLSI Design and Embedded System |
|---|---|---|
Brief Explanation | It is a masters course that deals with the aspects of designing and creating integrated circuits systems and the involvement of other circuit devices like CPU, Memory, and Circuit Systems etc. Besides focusing on the functioning and usage of circuit systems, it focuses on the designing and creativity of the system. | It is an advanced course that covers important aspects of the electronics industry. It involves the designing of IC circuits based on the practical application of the knowledge of VLSI design. |
Duration | 2 years | 2 years |
Eligibility | B.E/B.Tech with a minimum aggregate of 55% marks | Graduation degree in Science with a minimum aggregate of 55% marks |
Admission process | Entrance ( GATE/ TANCET) followed by Counseling | Entrance ( GATE)followed by Counseling |
Top colleges | Delhi Technological University, National Institute of Technology, Netaji Subhas Institute of Technology, National Institute of Technology, RV College of Engineering | IIT, Adhiparasakthi Engineering College, Adithya Institute of Technology, Anna University, ARM College of Engineering and Technology |
Job roles | Test Engineer Embedded, Developer Embedded, Principal SW development engineer, System Analyst etc. | Design Engineer, Project Designer, Technical Lead, Networking Engineer etc |
Average fees | INR 1 Lakhs- INR 7 Lakhs | INR 50,000 to INR 2.75 Lakhs |
Average salary | INR 3 Lakhs- 9 Lakhs | INR 2 Lakhs- INR 4 Lakhs |
Top recruiting companies | Defence research and development organizations, TATA consultancy services, Electronics Corporation of India Ltd, Colleges and Universities etc. | Wipro, Honeywell, HCL, Philips, Dell, Universities, Defence Sector etc. |
Top M.Tech VLSI Design and Embedded System Colleges in India
When it comes to pursuing an M.Tech in VLSI Design and Embedded System, choosing the right college is crucial. Here is a list of some of the top colleges in India offering this program, along with their average annual fees:
College Name | Location | Average Annual Fees (INR) | Average Placement Package (INR) |
National Institute of Technology (NIT) Rourkela | Odisha | 2,63,000 | Varied |
National Institute of Technology Warangal | Telangana | 1,67,000 | Varied |
Delhi Technological University (DTU) | Delhi | 1,77,000 | Varied |
Netaji Subhas Institute of Technology, Delhi | Delhi | 2,81,000 | Varied |
Siddaganga Institute of Technology (SIT) | Karnataka | 1,51,000 | Varied |
Maulana Azad Institute of Technology, Bhopal | Madhya Pradesh | 1,40,000 | Varied |
BS Abdur Rahman University (BSARU) | Chennai, Tamil Nadu | 1,60,000 | Varied |
Prakasam Engineering College | Andhra Pradesh | 1,14,000 | Varied |
Don Bosco Institute of Technology (DBIT) | Bengaluru, Karnataka | 1,86,500 | Varied |
Lingarajappa Engineering College | Karnataka | 43,780 | Varied |
Malla Reddy Institute of Technology | Telangana | 56,000 | Varied |
Tips for finding the best colleges for M.Tech VLSI Design and Embedded System
Here are some unique and concise tips for finding the best colleges for M. Tech VLSI Design and Embedded System:Here are some unique and concise tips for finding the best colleges for M. Tech VLSI Design and Embedded System:
Research: Come up with a list of various colleges that offer M. Tech in VLSI Design and Embedded System and research comprehensively on them. Possible objectives can be looked for the rankings, the profiles of faculties, the infrastructure and the industry affiliation.
Curriculum: Compare the curriculum of all the colleges that have been listed herein from top to bottom. Ensure that it embraces the last technological innovation in VLSI and the actual experience of designing and implementing VSLI and embedded systems.
Placement Records: Colleges: People should know the records of placement of the colleges they are applying for. These features focus on the universities with high placement scores and companies with a good reputation in recruiting.
Faculty Expertise: Faculty Exposure: Pay attention to the quality of the faculty members and their exposure in that speciality area. Advanced teachers can guide students and provide invaluable instructions and tips resulting from their practice.
Industry Collaborations: self-awareness One type of college to consider is those that are affiliated to industry partners. There are potential benefits for internships, project work, sometimes problem-focused experience, and otherwise exposure.
Infrastructure: Evaluate the possible infrastructure and amenities like laboratories, library, research centre etc. Sometimes, when designing a campus, it is important to ensure that they should be equipped fully to support learning experience and practical learning at large.
Alumni Network: This I can do by analyzing their alumni network. Former students are few of the most important sources and yet sometimes the most overlooked Blessed be their level of loyalty to the colleges. Alumni support also proves to be weak: alumni connections may offer significant help, opportunities as well as idea direction on career paths.
Location: Taking into account the fact that this is a college level education, reflect on where the college is located. There should be a backdrop of a suite of facilities which provides a conducive learning environment and proximity to markets or industries.
Accreditations: Select colleges that are recognized by accreditation bodies within your country or the particular region that the college is located in. Accreditation is an important aspect of education since it affirms that the institution in question is standard and has quality education to offer.
Financial Considerations: Consider the cost of education which covers tuition fees, other and sundry charges, and expenses such as accommodation and food, and possibility of scholarships or any form of assistance. The cost of college education should be affordable from your budget, and it should be an institution that gives you value for your money.
