Semicon DTU is the official semiconductor-focused technical society of Delhi Technological University (DTU). The society is dedicated to building strong foundations and practical expertise in semiconductor technologies, VLSI system design, embedded systems, and research-oriented engineering. Our objective is to bridge the gap between academic learning and real-world industry and research requirements.
With the rapid growth of semiconductor-driven technologies and India’s increasing focus on chip design and manufacturing, there exists a clear need for early, structured exposure to semiconductor engineering at the undergraduate level. Conventional curricula often lack sufficient hands-on training in VLSI workflows, system-level design, and research methodologies. Semicon DTU was established to address this gap by creating a focused, student-led ecosystem for semiconductor education, innovation, and research.
The primary objectives of Semicon DTU are to strengthen core semiconductor fundamentals, promote practical design skills, and foster a research-oriented mindset among students. The society aims to prepare members for higher studies, research roles, and industry positions in core semiconductor and electronics domains.
Semicon DTU operates as a student-driven technical community working at the intersection of semiconductor devices, VLSI system design, and embedded technologies. Our activities include structured learning programs, hands-on design projects, research-driven initiatives, industry-aligned workshops, and national-level technical events such as SemiXthon. The society emphasizes depth of understanding, systematic problem-solving, and professional engineering practices.
Digital and Analog VLSI Design, CMOS fundamentals, RTL design and verification, timing analysis, low-power methodologies, and exposure to industry-standard semiconductor design flows and tools.
Microcontroller and SoC programming, embedded firmware development, hardware–software co-design, IoT-based systems, and real-time embedded applications with a strong emphasis on system-level thinking.
Research-oriented projects, design validation and documentation, technical writing, conference-style publications, and exposure to academic and industrial research practices in electronics and semiconductors.
Semicon DTU follows a structured and disciplined approach to technical growth. Members engage in guided learning under a senior–junior mentorship model, followed by hands-on implementation through projects and design exercises. Each activity progresses through stages of concept development, implementation, review, validation, and documentation to ensure engineering rigor and learning depth.
The society conducts technical workshops, expert talks, design competitions, and hackathons while also producing tangible deliverables such as working designs, project reports, research documentation, and technical presentations. These outcomes reflect the society’s emphasis on practical engineering and knowledge dissemination.
Explore our initiatives, events, mentorship programs, and team structure to understand how Semicon DTU functions as a comprehensive semiconductor-focused technical society within Delhi Technological University.
Technical workshops, expert sessions, design challenges, and hands-on learning activities conducted throughout the academic year.
Faculty mentors, core leadership, and student members working together under a structured organizational and technical framework.
Semicon DTU’s flagship semiconductor-focused hackathon designed to test circuit design, VLSI concepts, system thinking, and engineering depth.
Reach out for academic discussions, technical collaborations, event partnerships, or general queries related to the society.
Semicon DTU aims to expand its research activities, strengthen industry interaction, increase participation in national-level competitions, and promote technical publications. The long-term vision is to establish a sustainable semiconductor research and learning ecosystem at DTU that aligns with global engineering standards.