About Department M.Tech VLSI - BRIL 
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Abdullapurmet, Hyderabad - 501 505 | Near Ramoji Film City
Brilliant Institute of Engineering and Technology
BRILLIANT INSTITUTE OF ENGINEERING & TECHNOLOGY
UGC AUTONOMOUS INSTITUTION
Accredited by NAAC with "A" Grade  |  Approved by AICTE  |  Affiliated to JNTU-H
Abdullapur (V), Abdullapurmet (M), Rangareddy (D), Hyderabad - 501 513
BRILLIANT INSTITUTE OF ENGINEERING & TECHNOLOGY
UGC AUTONOMOUS INSTITUTION
Accredited by NAAC with "A" Grade  |  Approved by AICTE  |  Affiliated to JNTU-H
Abdullapur (V), Abdullapurmet (M), Rangareddy (D), Hyderabad - 501 513
EAPCET / ECET / POLYCET / PGECET / ICET Code: BRIL
18 Years
AICTE
JNTU-H
UGC
NAAC A Grade
NIRF
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About Department

M.Tech - VLSI
M.Tech · 2 Years  ·  12 Seats

M.Tech – VLSI Design

Specialised postgraduate programme in semiconductor technology, chip design, and embedded hardware systems.

M.Tech VLSI
12 Seats
M.Tech VLSI – BRIL Hyderabad
M.Tech VLSI – BRIL Hyderabad

About the Department

The M.Tech in VLSI Design at Brilliant Institute of Engineering and Technology is a specialized postgraduate program focused on the design, fabrication, and testing of very large-scale integrated circuits. The program covers digital and analog circuit design, FPGA programming, embedded systems, and semiconductor technology, preparing students for careers in the semiconductor and electronics industries.

Main Targets

  • • To develop advanced expertise in VLSI design methodologies, tools, and technologies.
  • • To equip students with hands-on experience in designing and implementing complex integrated circuits.
  • • To prepare students for research and development roles in the semiconductor industry.

Future Applications

  • System-on-Chip (SoC) Design: Integration of complete electronic systems on a single chip for mobile, IoT, and automotive applications.
  • AI Hardware Accelerators: Designing specialized chips optimized for AI and machine learning workloads.
  • 5G and Beyond Chipsets: Development of advanced semiconductor solutions for next-generation communication systems.

Outcomes

Graduates will be able to:

  • • Design and implement complex digital and analog integrated circuits.
  • • Use industry-standard EDA tools for VLSI design, simulation, and verification.
  • • Develop FPGA-based prototypes and embedded systems for real-world applications.

Latest Trends

  • FinFET and Advanced Node Technologies: Pushing the boundaries of transistor miniaturization for higher performance and lower power consumption.
  • Neuromorphic Computing: Designing chips that mimic the human brain for efficient AI processing.

Career Opportunities

Graduates can explore careers in:

  • • VLSI design engineer
  • • Semiconductor research and development
  • • FPGA design and embedded systems engineer
  • • EDA tool development
  • • Chip design in leading semiconductor companies
For admissions, contact +91 9908810491

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