Electronics Engineering – VLSI Design and Technology
Vision
To empower students with state -of -the -art knowledge in VLSI & Embedded (software and hardware) technology along with social enrichment.
Mission
M1: To achieve academic excellence by providing modern infrastructure facility, industry collaboration, interdisciplinary curriculum and effective teaching.
M2: To develop ecosystem to inculcate human values and to become skilled graduate electronics engineer.
M3: To prepare graduate engineer equipped with latest technology and having sense of responsibility towards social and environmental issues.
About the department: Electronics (VLSI Design & Technology) Engineering.
The VLSI Engineering Department, established in the academic year 2023 under the AICTE’s Emerging Areas initiative, focuses on cutting-edge technologies in Very Large-Scale Integration (VLSI) and Embedded Systems. This specialized program aims to equip students with skills essential for modern electronic products development—from chip design to system-level integration.
VLSI involves the design and fabrication of integrated circuits (ICs) with millions of transistors on a single chip, enabling compact, high-performance, and energy-efficient devices.
Embedded systems combine these ICs with software to create intelligent, application-specific solutions. Together, these power devices are vital parts across many industries, including consumer electronics like smartphones, wearables, gaming consoles, automotive EV control units, aerospace, healthcare, industrial automation etc. The curriculum emphasizes recent advancements technologies like System-on-Chip (SoC)
design, VHDL/ VERILOG – hardware description language, advanced Microcontrollers , Data structures, Embedded C etc. Students also gain exposure to FPGA prototyping, semiconductor fabrication processes, aligning their skills with global industry demands. With the semiconductor industry witnessing rapid evolution, including the rise of AI-driven chip design and edge computing, VLSI professionals are in high demand. This department prepares graduates to contribute to next-generation technologies, making them industry-ready for global opportunities in the semiconductor domain.