Training the Silicon Architects of Tomorrow
B. Tech. Computer Science and Engineering (Semiconductor Design)**
Moving beyond basic computing concepts, this programme bridges the gap between semiconductor theory and real-world hardware and chip design solutions.
**Subject to Approval
4 Years
Duration
Rs. 2,70,000
Programme Fee / Year
Passed 10+2 examination with Physics and Mathemati
Eligibility
Programme Scope
As the whole world becomes increasingly reliant on advanced computing and semiconductor technologies, the scope of B.Tech. CSE Semiconductor Design course is rapidly expanding. Professionals with expertise in chip design, embedded systems, and hardware–software integration are in high demand across industries such as electronics manufacturing, telecommunications, artificial intelligence, and semiconductor research and development. A B.Tech. CSE Semiconductor Design equips students with the technical knowledge and practical skills required to contribute to cutting-edge innovations in computing hardware and semiconductor technologies. With a strong academic foundation in computer science, electronics, and chip architecture—combined with hands-on training and industry exposure—the programme prepares graduates to build impactful careers in semiconductor design, VLSI development, and next-generation computing systems.
Programme Highlights
Key Features
Industry-relevant Curriculum
A well-designed curriculum integrates core computer science fundamentals with specialised knowledge in semiconductor design. Students develop a nuanced understanding of digital electronics, microprocessors, VLSI, RTL design, chip architecture, and hardware–software integration, enabling them to apply theoretical concepts to real-world computing and semiconductor challenges.
Tech-Integrated Learning
The programme incorporates modern tools and industry-relevant software for chip design, hardware description languages (HDL), and programming platforms like C/C++ and Python. This technology-driven learning approach equips students with essential skills for circuit simulation, chip modelling, and system-level design.
Emphasis on Practical Exposure
The B.Tech. CSE Semiconductor Design programme emphasises hands-on experience through laboratories, design projects, simulations, and industry-focused assignments. Students gain practical exposure to semiconductor fabrication concepts, embedded systems, and chip verification, helping bridge the gap between theory and real-world applications.
Research-Oriented Learning
The programme promotes research and innovation in cutting-edge fields such as next-generation semiconductor technologies, nanoelectronics, and VLSI design. Students gain the analytical and problem-solving skills that are crucial for employment in semiconductor engineering, research, and advanced studies through research projects, design challenges, and collaboration with academic and industrial labs.
Industry-relevant Curriculum
A well-designed curriculum integrates core computer science fundamentals with specialised knowledge in semiconductor design. Students develop a nuanced understanding of digital electronics, microprocessors, VLSI, RTL design, chip architecture, and hardware–software integration, enabling them to apply theoretical concepts to real-world computing and semiconductor challenges.
Tech-Integrated Learning
The programme incorporates modern tools and industry-relevant software for chip design, hardware description languages (HDL), and programming platforms like C/C++ and Python. This technology-driven learning approach equips students with essential skills for circuit simulation, chip modelling, and system-level design.
Emphasis on Practical Exposure
The B.Tech. CSE Semiconductor Design programme emphasises hands-on experience through laboratories, design projects, simulations, and industry-focused assignments. Students gain practical exposure to semiconductor fabrication concepts, embedded systems, and chip verification, helping bridge the gap between theory and real-world applications.
Research-Oriented Learning
The programme promotes research and innovation in cutting-edge fields such as next-generation semiconductor technologies, nanoelectronics, and VLSI design. Students gain the analytical and problem-solving skills that are crucial for employment in semiconductor engineering, research, and advanced studies through research projects, design challenges, and collaboration with academic and industrial labs.
Admission Process
Commence your Journey in just 6 simple steps
Start your application
Payment
Pay the required application fee of ₹1,000
Entrance Test
Appear for the K.R. Mangalam University Entrance Exam
Personal Interview
Attend our Faculty-Led Interview
Admission Offer
Receive the offer letter after a successful personal interview
Get Enrolled
Embark on your journey with K.R. Mangalam University
Labs & Facilities
K.R. Mangalam University, a renowned engineering institution in Gurugram, offers cutting-edge labs with high-performance computing systems, specialised design tools, and fast Wi-Fi for B.Tech. CSE Semiconductor Design students. The campus provides cutting-edge digital libraries and student-centric facilities that support learning in computer engineering, semiconductor technology, and chip design.
Library
The library at K.R. Mangalam University serves as a comprehensive academic resource centre for B.Tech. CSE Semiconductor Design students. It provides an extensive collection of textbooks, technical journals, research papers, and reference materials covering computer science fundamentals, semiconductor technologies, VLSI design, embedded systems, and emerging computing innovations.
Tech-Enabled Classrooms
Smart classrooms equipped with modern audio-visual systems and digital learning tools create an interactive environment for teaching complex engineering concepts. These classrooms support technical presentations, circuit simulations, coding demonstrations, design discussions, and collaborative learning.
Industry Exposure & Mentoring
Students benefit from strong industry interaction through mentorship programmes, internships, expert sessions, and project collaborations. These opportunities provide practical exposure to semiconductor design processes, chip development, embedded systems, and emerging hardware technologies, preparing students for careers in the semiconductor and electronics industry.
Library
The library at K.R. Mangalam University serves as a comprehensive academic resource centre for B.Tech. CSE Semiconductor Design students. It provides an extensive collection of textbooks, technical journals, research papers, and reference materials covering computer science fundamentals, semiconductor technologies, VLSI design, embedded systems, and emerging computing innovations.
Tech-Enabled Classrooms
Smart classrooms equipped with modern audio-visual systems and digital learning tools create an interactive environment for teaching complex engineering concepts. These classrooms support technical presentations, circuit simulations, coding demonstrations, design discussions, and collaborative learning.
Industry Exposure & Mentoring
Students benefit from strong industry interaction through mentorship programmes, internships, expert sessions, and project collaborations. These opportunities provide practical exposure to semiconductor design processes, chip development, embedded systems, and emerging hardware technologies, preparing students for careers in the semiconductor and electronics industry.
Beyond the Classroom
Our experiential learning programs bridge the gap between academics and industry by providing hands on exposure through hackathons, live projects, research initiatives, and corporate internships. Students engage in real-world problem-solving, collaborate with industry leaders, participate in technical bootcamps, and gain entrepreneurial insights through startup incubation programs. With opportunities for international competitions and industry training, the curriculum ensures graduates are well equipped to thrive in the evolving tech landscape.
Career Prospects
The global semiconductor market is projected to surpass $1 trillion by 2030, with the Indian semiconductor market alone expected to exceed USD 100 billion by the same year, reflecting rapid growth and increasing demand for semiconductor technologies worldwide. Therefore, it can be concluded that a B.Tech. CSE Semiconductor Design opens doors far beyond traditional engineering roles. Graduates can explore diverse career opportunities in semiconductor design, chip manufacturing, embedded systems, VLSI development, hardware engineering, electronics research, and technology consulting across leading technology and semiconductor companies.
Digital Design Engineer
Design and develop complex digital circuits and integrated systems using advanced design tools and hardware description languages—building efficient, high-performance semiconductor solutions that power modern computing and electronic devices.
Memory Design Engineer
Create and optimise memory architectures such as SRAM, DRAM, and non-volatile memory—ensuring high speed, reliability, and energy efficiency for next-generation processors, mobile devices, and data-driven technologies.
Network ASIC Validation Engineer
Validate and test network-specific integrated circuits (ASICs) to ensure performance, reliability, and compliance with design specifications—supporting the development of high-speed networking hardware used in data centres and communication systems.
Hardware Design Engineer
Develop and implement electronic hardware systems, from circuit design to system integration—combining innovation and technical expertise to create robust hardware solutions for computing, embedded systems, and advanced semiconductor technologies.
56.6 LPA
Highest Package
800+
Campus Recruiters
100%
Placement Assistance
Connecting Talent to Dream Careers
We proudly collaborate with leading technology companies, semiconductor firms, research institutions, and innovation-driven organisations to help our B.Tech. CSE Semiconductor Design students build successful careers. Through these partnerships, students gain hands-on industry exposure through internships, technical workshops, expert sessions, real-world design projects, and strong on-campus placement opportunities—effectively bridging academic learning with practical experience in semiconductor and hardware technologies.
Financial Assistance
K.R. Mangalam University has collaborated with leading banks to offer convenient Education Loan options, making it easier for students to finance their academic aspirations. These loans come with a moratorium period, allowing you to begin repayment either one year after course completion or six months after securing a job (whichever comes first). This ensures you can focus on your studies now and manage repayments when you're financially ready.
Any Question? We’re Here To Help!
Can’t find your query? Call us at 8800697010 or email us at [email protected]
Table of content
Learn at One of India’s Biggest Business Hubs, Gurgaon
