A specialized curriculum with a strong emphasis on CMOS technology, integrated circuit design, and modern microelectronic systems.
Covers the complete spectrum from semiconductor device physics and transistor operation to analog, digital, mixed-signal, and RF integrated circuit design.
Strong focus on IC design methodologies using industry-standard EDA tools, enabling students to design, simulate, verify, and optimize integrated circuits.
Emphasizes the application of microelectronics in communication systems, automotive electronics, consumer electronics, healthcare devices, and IoT hardware.
Exposure to modern CMOS technologies, device scaling, low-power design techniques, and next-generation transistor architectures.
Focuses on developing silicon-based electronic solutions for high-performance, energy-efficient, and intelligent electronic systems.
Hands-on experience in IC simulation, PCB prototyping, embedded hardware interfacing, and semiconductor device characterization.
Elective streams in Analog IC Design, Digital VLSI, Mixed-Signal Circuits, Power Management ICs, Embedded Hardware, and AI Hardware Accelerators.
Opportunities to engage in undergraduate research, design challenges, technical competitions, and publications in microelectronics and VLSI.
Prepares graduates for higher studies and careers in VLSI design, ASIC development, embedded hardware, semiconductor R&D, and electronic product innovation.
Integrates concepts from electronics, materials science, physics, nanotechnology, photonics, computer engineering, and manufacturing to provide holistic engineering education.
Develops competencies in problem-solving, design thinking, simulation, automation, sustainability, ethics, communication, teamwork, and lifelong learning to meet the evolving needs of the global
The following are the broad research areas