Content Curator | Updated on - Mar 31, 2026

Master of Technology (M.Tech) in VLSI and Embedded Systems Design at JAIN (Deemed-to-be University), Bangalore is a 2-year full-time postgraduate engineering program designed to develop advanced technical expertise in semiconductor design and embedded systems. The program spans 4 semesters with a total fee of 3,50,000 (tuition) plus 30,000 (one-time registration). It integrates VLSI front-end and back-end design with embedded hardware-software co-design, providing intensive practical exposure through industry-relevant tools and simulation-driven design practices. The course is AICTE-recognized and highly relevant given the growing demand for semiconductor professionals in India's electronics industry. With industry partnerships, ISRO-sponsored projects, and Texas Instruments innovation hub support, the program prepares professionals for careers in semiconductor design, embedded systems development, and IoT applications.

Admissions for M.Tech programs at Jain University are currently ongoing for the 2026-27 academic year. The JET (Jain Entrance Test) for M.Tech is scheduled for April 9-10, 2026, with results announced on April 11, 2026. Counselling sessions will be held on April 13-14, 2026, and the last date for fee payment is April 25, 2026. Candidates can also qualify through GATE scores, which exempts them from the entrance test. The admission process is merit-based, considering JET scores and personal interview performance.

Key Points

Comprehensive curriculum covering VLSI front-end and back-end design with embedded hardware-software co-design
Hands-on laboratory training with industry-relevant tools including Cadence and Synopsys design suites
ISRO-sponsored real-time projects at NACIC remote sensing lab facility for practical experience
Texas Instruments-supported innovation hub for IoT and embedded systems development
Mandatory internship component in third semester with leading semiconductor and embedded systems companies
Project-centric learning approach with emphasis on dissertation and industry projects
100% internship and placement support with dedicated Placement and Training Centre
Support for conference participation and journal publications for research advancement

Official Link:

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Highlights
Fees
Admission
Scholarships
Placements
Ranking
FAQs

Jain University Bangalore Latest Updates and News

06 Jan, 2026 Jain University Bangalore Fee Structure 2026 for M.Tech programs is out. The total academic fee is ₹ 3.5 Lakhs. Check details.

Jain Univ M.Tech Embedded VLSI Fees

The M.Tech VLSI and Embedded Systems Design program at Jain University involves a total investment of 3,80,000 for the 2-year duration. The annual tuition fee is 1,75,000 per year, totaling 3,50,000 for the complete program. Additionally, a one-time registration fee of 30,000 is charged at the time of admission. Hostel accommodation is optional and available at additional cost. All fees are non-refundable except for the caution deposit. EMI options may be available through institutional partners for fee payment.

Fee Structure

Fee Component	Amount (INR)
Tuition Fee (Year 1)	1,75,000
Tuition Fee (Year 2)	1,75,000
One-Time Registration Fee	30,000
Total Fees	3,80,000

One-time registration fee is charged at admission.
Tuition fees are non-refundable.
Hostel fees are optional and charged separately (2,20,000 per year for on-campus 2-sharing for boys; 1,85,000 per year for on-campus 3-sharing for girls; 1,80,000 per year for off-campus 2-sharing).
A refundable caution deposit of 10,000 is required for hostel accommodation.
Payment can be made through online mode (net banking, credit card, debit card).
EMI options may be available through institutional finance partners.

Jain Univ M.Tech Embedded VLSI Admission 2026

The M.Tech VLSI and Embedded Systems Design program follows a merit-based admission process with multiple entry pathways. Candidates can qualify through JET (Jain Entrance Test) or GATE scores. The admission timeline for 2026-27 is well-structured with clear deadlines for application, examination, counselling, and fee payment. The program accepts candidates from diverse engineering backgrounds including Electronics & Communication Engineering, Electrical & Electronics Engineering, Electronics & Instrumentation Engineering, and related disciplines. The selection process emphasizes both entrance exam performance and personal interview assessment.

Important Dates

Event	Date
JET Application Deadline	As per official portal
JET Written Test (M.Tech)	April 9-10, 2026
JET Result Announcement	April 11, 2026
Counselling Session	April 13-14, 2026
Last Date for Fee Payment	April 25, 2026
Batch Start Date	July 2026 (Tentative)

The dates mentioned above are tentative and subject to change.

Eligibility Criteria

Bachelor's degree (B.E/B.Tech) in Electronics & Communication Engineering, Electrical & Electronics Engineering, Electronics & Instrumentation Engineering, Robotics and Automation Engineering, Computer Science Engineering, or Medical Electronics with minimum 50% aggregate marks (45% for SC/ST candidates from Karnataka)
Valid entrance exam score (JET or GATE) or equivalent state-level entrance exam score
AMIE qualification in appropriate branch is also acceptable

Admission Process

Online application submission through official portal (applypg.jainuniversity.ac.in)
Upload of academic documents (10th, 12th, and all semester mark sheets) and passport-size photograph
Application fee of 1,200 (inclusive of GST) through online payment (net banking, credit card, debit card)
Appearance for JET written test (100 questions, 120 minutes) or submission of valid GATE score
Personal interview round for shortlisted candidates
Merit-based seat allotment during counselling sessions
Document verification and provisional admission offer
Completion of admission formalities within 21 days of provisional admission

Jain Univ M.Tech Embedded VLSI Scholarships 2026

JAIN (Deemed-to-be University) offers merit-based scholarships for M.Tech students, particularly for GATE-qualified candidates. The primary scholarship available is a 50% reduction in the first-year tuition fee for GATE-qualified candidates, with continuation in subsequent years contingent on maintaining a minimum CGPA of 60% in the first year. This scholarship is limited to one seat per branch and is a significant benefit for eligible candidates. Additionally, the university may offer other merit-based financial assistance based on academic performance and entrance exam scores.

Scholarship Details

Scholarship Type	Eligibility	Amount	Duration
GATE Scholarship	GATE qualified candidates	50% of 1st year tuition fee (87,500)	Continued if CGPA > 60% in Year 1
Merit-Based Assistance	Top performers in JET	As per university policy	Subject to academic performance

GATE scholarship is limited to one seat per branch.
Continuation of scholarship depends on maintaining minimum CGPA of 60% in the first year.
Candidates must be Indian nationals to be eligible.
Application for scholarships is done during the admission process.
Other financial assistance options may be available through institutional finance partners or external funding agencies.

Jain Univ M.Tech Embedded VLSI Placement 2026

The M.Tech VLSI and Embedded Systems Design program at Jain University benefits from strong industry connections and a dedicated placement infrastructure. The Faculty of Engineering and Technology has established partnerships with leading semiconductor, embedded systems, and electronics companies, ensuring robust placement opportunities for graduates. The university's overall placement rate for M.Tech programs stands at approximately 90%, with average packages ranging from 6-8 LPA depending on specialization and individual performance. Graduates are well-positioned for roles in semiconductor design, embedded systems development, and IoT applications.

Placement Statistics

Placement Metric	Details
Overall M.Tech Placement Rate	Approximately 90%
Average Package (M.Tech)	6-8 LPA
Highest Package (M.Tech)	Up to 9 LPA
Top Recruiters	Semiconductor companies, Embedded systems firms, IoT solution providers, Electronics manufacturers
Key Roles	Embedded Engineer, Design Engineer, Firmware Engineer, ASIC Layout Engineer, Embedded Software Developer, Product Developer, Research Scientist

Jain University Bangalore M.Tech Embedded System and VLSI Design Ranking

Collegedunia Ranking

#244 out of 762 in India 2025

#12th in Bangalore

#19 in Karnataka

NIRF Ranking

#84 out of 300 in India 2025

#4th in Bangalore

#7 in Karnataka

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Jain Univ M.Tech Embedded VLSI FAQs

Q1: What is the difference between VLSI Design and Embedded Systems in this M.Tech program?

Ans. VLSI (Very Large Scale Integration) Design focuses on the design and development of integrated circuits and semiconductor chips, covering front-end design (logic design, simulation) and back-end design (physical design, layout). Embedded Systems focuses on hardware-software co-design for specific applications like IoT devices, microcontrollers, and real-time systems. This M.Tech program integrates both domains, allowing students to understand how VLSI chips are designed and how they are utilized in embedded systems applications.

Q2: What are the career opportunities after completing this M.Tech program?

Ans. Graduates can pursue roles as Embedded Engineers, Design Engineers, Firmware Engineers, ASIC Layout Engineers, Embedded Software Developers, Product Developers, and Research Scientists. Career opportunities exist in semiconductor companies (Intel, Qualcomm, AMD), embedded systems firms, IoT solution providers, electronics manufacturers, and research institutions. Additionally, graduates can pursue PhD programs or start their own ventures in the semiconductor and embedded systems sector.

Q3: Does the program include practical training and industry exposure?

Ans. Yes, the program includes mandatory internship in the third semester with leading semiconductor and embedded systems companies. Students also work on ISRO-sponsored real-time projects at NACIC remote sensing lab facility and have access to Texas Instruments-supported innovation hub for IoT development. The curriculum emphasizes project-centric learning with hands-on laboratory training using industry-relevant tools like Cadence and Synopsys design suites.

Q4: What tools and technologies are taught in this M.Tech program?

Ans. The program covers industry-standard tools including Cadence design suite for VLSI design, Synopsys tools for chip design and verification, FPGA design tools, embedded systems development platforms, and real-time operating systems (RTOS). Students also gain exposure to IoT technologies through the Texas Instruments innovation hub and work with microcontrollers, DSP systems, and advanced embedded architectures.

Q5: Is this program suitable for candidates from non-electronics backgrounds?

Ans. The program is primarily designed for candidates with backgrounds in Electronics & Communication Engineering, Electrical & Electronics Engineering, or related disciplines. However, candidates from other engineering backgrounds with relevant coursework or experience may be considered. Students who have not studied respective courses from the discipline will need to undertake prescribed bridge courses to strengthen their foundational knowledge.

Q6: What are the further study options after completing this M.Tech?

Ans. Graduates can pursue PhD programs in electrical engineering or related fields, specialized master's programs in digital signal processing or semiconductor technology, industry certifications from IEEE, ARM, Cadence, or Synopsys, and executive education programs in technology management. Additionally, opportunities exist for research fellowships with international institutions and entrepreneurship in the semiconductor and embedded systems sector.