Bachelors of Technology Electronics and Communication Engineering (VLSI Design and Technology)

Engineering tomorrow’s chips through nano-scale innovation

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Program details overview

Bachelors of Technology Electronics and Communication Engineering (VLSI Design and Technology)

Parul University’s B.Tech in Mathematics and Computing provides students with mathematical rigor and technical proficiency to solve complex problems in science, finance, and technology industries.

Parul University’s B.Tech in ECE (VLSI Design and Technology) provides students with core knowledge in digital logic, semiconductor physics, chip design, and fabrication — tailored to the growing demand for VLSI professionals worldwide.

Here is how you can study this program

B.Tech in ECE (VLSI Design and Technology)

4 year program

The 4-year Bachelor of Technology in VLSI (Very-Large-Scale Integration) Design program offers a deep dive into integrated circuit (IC) design, digital electronics, and semiconductor fabrication. Students engage in hands-on learning through simulation tools and lab experiments to design, test, and optimize high-speed digital and analog circuits. The curriculum bridges theoretical knowledge with practical application, preparing students for careers in chip design, embedded systems, and semiconductor industries.

Secure your study place!

Deadline extended until July 31

10

Days

08

Hrs

42

Min

23

Sec

Applicable deadline

22 Aug 2025

Starting date

01 Feb 2025

Format

Full-time 4 years

Credits

180

Fee

1,61,000 P.A.

Language

English

Eligibility

Candidate shall have passed 12th Science with Physics and Mathematics as compulsory subjects with Chemistry/Computer Science/Information Practice/Computer with 45% for general and 40% for reserved category in theory or theory + practical from a recognized board

B.Tech in ECE (VLSI Design and Technology)

3 Years Program

This pathway allows students with a diploma or relevant technical experience to directly enter the second or third year of the degree program. The lateral entry route accelerates learning while focusing on advanced subjects like HDL programming, ASIC/FPGA design, and signal integrity. It empowers students to contribute to innovations in microelectronics and system-on-chip (SoC) design.

Secure your study place!

Deadline extended until July 31

10

Days

08

Hrs

42

Min

23

Sec

Applicable deadline

22 Aug 2025

Starting date

01 Feb 2025

Format

Full-time 3 years

Credits

180

Fee

1,61,000 P.A.

Language

English

Eligibility

B.Tech in ECE (VLSI Design and Technology)

2+2 Year program

The global degree format offers students international exposure through exchange programs, joint research, and collaborative projects with partner institutions abroad. By integrating global design standards, cross-cultural experiences, and access to world-class labs, students develop the skills and perspective needed to thrive in the global semiconductor and electronics industry.

Secure your study place!

Deadline extended until July 31

10

Days

08

Hrs

42

Min

23

Sec

Applicable deadline

22 Aug 2025

Starting date

01 Feb 2025

Format

Full-Time 4 years

Credits

180

Fee

1,61,000 P.A.

Language

English

Eligibility

You can study this program as a dual degree program

While you are studying your main degree, you can also study another degree as a dual degree program which provides you an opportunity to explore multiple fields of study. With Dual Degree you can study your main degree in physical mode and your second degree in hybrid mode with adjustable study hours

Apply now Download brochure

Why study this program

Apply advanced mathematics to design efficient systems, simulations, and algorithms.

Power the Future

B.Tech in ECE (VLSI Design and Technology) prepares students to design and develop integrated circuits and microchips that drive modern electronics, smart devices, and computing systems.

High Demand

With the global chip shortage and rise in digital devices, VLSI professionals are in high demand across semiconductor companies, electronic design automation (EDA), and embedded system domains.

Practical Learning

Students gain practical skills in digital system design, HDL programming (VHDL/Verilog), logic synthesis, and layout design using industry-standard tools and simulation software.

Modern Infrastructure

Parul University offers specialized labs and access to VLSI design software and platforms used in the industry for ASIC/FPGA development and testing.

Advanced Learning at PU

The program focuses on semiconductor physics, digital & analog IC design, CMOS technology, system-on-chip design, RTL coding, and low-power VLSI systems—bridging theory with silicon-level implementation.