The 2-year M.Tech. in Electronics & Telecommunication with specialization in VLSI & Embedded Systems at GHRISTU is an advanced hardware-focused program designed to build deep competencies in integrated circuit design and smart system development. The curriculum empowers students to design, verify, and fabricate the semiconductor chips and embedded intelligence that power everything from smartphones and medical devices to satellites and autonomous vehicles.
The program provides a rigorous blend of semiconductor physics, digital and analog circuit design, and real-time firmware development. Students gain specialized expertise in areas such as CMOS VLSI Design, ASIC Verification, System-on-Chip (SoC) Architecture, FPGA Prototyping, and RTOS-based Embedded Software. They also explore emerging areas like RISC-V Architecture, AI Accelerator Hardware, and IoT Edge Nodes, preparing them for the core of the global semiconductor revolution.
A standout feature of the M.Tech. VLSI & Embedded Systems program is its emphasis on hands-on, industry-standard tool training through extensive lab work using Cadence/Synopsys/Mentor Graphics EDA tools, advanced FPGA development boards, and fabrication tape-out projects. This approach ensures that graduates are not only academically sound but also fully equipped to work in the world's most advanced semiconductor design and embedded product companies.
Graduates of M.Tech. (E&TC - VLSI & Embedded) at GHRISTU are well-prepared for roles such as VLSI Design Engineer, ASIC Verification Engineer, Physical Design Engineer, Embedded Systems Architect, FPGA Developer, and Hardware Validation Lead. They are sought after in sectors like semiconductor manufacturing, consumer electronics, automotive electronics, aerospace and defense, and industrial automation.
Two Year (2) course with two semesters in a year.
ICT-enabled smart classrooms dedicated VLSI & Embedded Systems Lab. .
Incubation centre for financial support in fabless semiconductor and IoT hardware startups.
Labs with industry-grade EDA Tool access FPGA boards, and test measurement equipment.
Center of Excellence in Chip Design and Embedded Intelligence.
In India, M.Tech. VLSI & Embedded professionals with 5+ years of experience in physical design or verification earn premium salaries in top semiconductor MNCs.
According to industry bodies (IESA, VLSI Society), the Indian semiconductor market is experiencing hyper-growth due to government initiatives (Semicon India) and global chip demand.
Worldwide demand for skilled chip designers, verification engineers, and embedded system architects is outpacing supply, creating a massive talent gap.
To apply for the M.Tech. in Electronics & Telecommunication (VLSI & Embedded Systems) at GHRISTU, you must meet the following criteria:
Educational Qualification: Completed B.E. / B.Tech. or equivalent in Computer Science / Information Technology / Electronics or allied branches.
Getting into GHRISTU's M.Tech. Computer Engineering is a structured yet seamless process. Here's how it works:
Several advanced programs and pathways you can pursue after completing an M.Tech. in Electronics & Telecommunication (VLSI & Embedded Systems):
To pursue an M.Tech. in VLSI & Embedded, you should have a strong grasp of basic electronics, digital logic design, and proficiency in C programming. An aptitude for meticulous detail and hardware debugging is essential.
Graduates can work as VLSI Design Engineers, ASIC Verification Engineers, Physical Design Engineers, FPGA Developers, and Embedded Firmware Architects at leading semiconductor companies, fabless design houses, and electronics OEMs.
Yes. This is the core of the semiconductor industry, which is strategically critical for national and global technology infrastructure. It offers high stability, excellent compensation, and opportunities to work on foundational technology.
Starting salary ranges from ₹10,00,000 to ₹25,00,000 per year depending on the GATE score, proficiency in EDA tools, and the employer (Global Semiconductor MNCs offer top packages).
With experience, you can grow into roles like Chip Lead, SoC Architect, Director of Hardware Engineering, or Senior Fellow, leading the development of next-generation processors and communication chips that power the world.