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M.Tech in VLSI System Design
This specialization provides in-depth knowledge of CMOS technology, digital and analog circuit design, hardware description languages (HDLs), and design for testability. Students master the complete flow of Very Large Scale Integration (VLSI), from architectural specification to physical layout, enabling them to design complex System-on-Chip (SoC) solutions.
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Career path
Certifications
Eligibility
Programs
Quick Links
FAQs
Placement Records
Our M.Tech in VLSI System Design trains engineers to architect integrated circuits, SoC platforms and semiconductor systems. Advancing expertise in CMOS design, physical design, verification and analog mixed-signal systems through rigorous research and industry collaborations, we forge specialists who innovate across chip design, FPGA prototyping and semiconductor manufacturing.
92%
Thesis Completion Rate
91%
Advanced Certification Rate
3x
Industry Research Collaborations
2x
Government Fellowship
The different career paths available for the program
RTL Design Engineer
Physical Design Engineer
FPGA Design Engineer
Verification Engineer (UVM)
Analog / Mixed-Signal IC Designer
DFT (Design for Testability) Engineer
SoC Integration Architect and many more
RTL Design Engineer
Physical Design Engineer
FPGA Design Engineer
Verification Engineer (UVM)
Analog / Mixed-Signal IC Designer
DFT (Design for Testability) Engineer
SoC Integration Architect and many more
Cadence's advanced certification builds expert-level RTL design and functional verification skills, equipping students to contribute to professional-grade semiconductor design and SoC development workflows.
Synopsys' advanced certification equips students with expert synthesis, timing closure and physical design skills, preparing them for senior ASIC design and physical implementation roles in semiconductor firms.
NPTEL enables students to earn IIT/IISc-recognised certifications in advanced VLSI design, digital systems and semiconductor device physics, strengthening both research competency and academic credentials simultaneously.
Academic Requirement
Candidates must have passed a 4-year Bachelor’s Degree in Engineering/Technology in the relevant branch from a recognized University.
Candidates must have secured a minimum of 50% aggregate marks in the qualifying undergraduate examination.
Entrance Test Requirement
Admission shall be based on merit through:
Graduate Aptitude Test in Engineering (GATE)
TS PGECET
Anurag Common Entrance Test (Anurag CET)
Qualifying Examination on merit
For Foreign / NRI category, admission shall be based on merit in GATE or marks secured in the qualifying examination.
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What does the VLSI program focus on?
It focuses on semiconductor design, chip architecture, and integrated circuits.
Are lab sessions included?
Yes, practical labs are conducted for circuit design and simulation.
What subjects are covered?
Subjects include digital design, VLSI circuits, and semiconductor devices.
Are design tools introduced?
Yes, students are trained on industry-relevant VLSI tools.
How is the learning approach structured?
It integrates theoretical knowledge with design and simulation practice.
