The B.Tech. in Electronics Engineering (VLSI Design and Technology) is a comprehensive program designed to equip students with strong foundations in electronics, semiconductor technology, and advanced VLSI systems. Spanning eight semesters and 160 credits, the curriculum balances theoretical learning, laboratory practice, and project-based application to prepare graduates for roles in design, verification, fabrication, and testing. The program begins by establishing a robust base in mathematics, physics, programming, and core electronics, supported by structured laboratory sessions. This ensures that students gain both analytical strength and practical skills early in their journey. Alongside technical training, courses on professional communication, life skills, and human values contribute to well-rounded professional development. Progressing further, students delve into key areas such as signals and systems, digital logic, analog and digital communication, and microfabrication technology. Practical exposure is emphasized through specialized laboratories, micro-projects, and design lifecycle labs, enabling students to bridge classroom learning with industry-standard practices.

At the heart of the program lies a strong focus on semiconductor devices and materials, microcontrollers, computer architecture, control systems, and embedded technologies. Through dedicated labs, students gain hands-on experience in device characterization, circuit design, and prototyping, ensuring they are well-versed with modern design flows. The advanced stages of the program concentrate on VLSI design, verification, and testing, supported by labs and minor projects that simulate real-world chip design and validation workflows. Electives in open, departmental, and discipline-specific domains provide flexibility to tailor expertise, while major projects encourage integration of knowledge across domains into deployable solutions. Graduates of this program emerge with industry-ready expertise, capable of contributing to semiconductor industries, EDA tool development, embedded systems, IoT applications, and fabrication-driven technologies, making them valuable professionals in the rapidly evolving global semiconductor ecosystem.