B.Tech (ECE) – Semiconductor Design & Technology

About

The BTech ECE with Specialisation in Semiconductor Design & Technology at The NorthCap University (NCU) is a cutting-edge semiconductor course designed to meet the increasing demand for skilled professionals in semiconductor design, fabrication, and packaging. With India’s Semiconductor Mission and the global semiconductor market projected to reach $1 trillion by 2030, this programme provides students with cutting-edge knowledge, industry exposure, and hands-on training in VLSI, chip design, and advanced packaging technologies.

This four-year undergraduate semiconductor engineering course offers a comprehensive curriculum covering semiconductor device physics, digital and analogue IC design, RTL synthesis, fabrication processes, and testing methodologies. Through state-of-the-art VLSI & Chip Design Labs, Fabrication & Packaging Labs, and collaborations with Taiwan’s semiconductor industry, students gain practical experience in lithography, etching, deposition, and chip manufacturing.

NCU has also established the Taiwan Education Centre, providing students with global opportunities for internships, research collaborations, and exposure to industry best practices.

Graduates of this semiconductor design course are well-equipped for high-demand roles in IC design, semiconductor fabrication, embedded systems, and AI-powered chip optimisation. They will have career opportunities at leading global companies, including Intel, TSMC, Qualcomm, NVIDIA, and Samsung.

Join NCU’s BTech in Semiconductor Design & Technology and become a part of India’s technological revolution in semiconductor manufacturing and innovation.

Highlights

✔ Comprehensive Curriculum – Covers Semiconductor Device Design, Fabrication, and Packaging, ensuring a well-rounded understanding of the field. Core subjects include Analog & Digital VLSI Design, RTL Design & Synthesis, Semiconductor Physics, and Advanced Packaging Technologies.

✔ Hands-on Industry Training – Gain practical exposure in VLSI & Chip Design Labs with cutting-edge EDA tools like Cadence, Synopsys, and Mentor Graphics under the ChipIN initiative.

✔ Fabrication & Packaging Labs – Work on lithography, etching, and deposition processes, providing real-world experience in semiconductor manufacturing.

✔ Industry-Integrated Research – Collaborations with ISRO’s NavIC, Mitsubishi, and Taiwan’s leading semiconductor firms offer students internships and placement opportunities in high-growth industries.

✔ Taiwan Education Centre at NCU – A strategic initiative providing access to global best practices in semiconductor design and fabrication, research partnerships, and international exposure.

✔ International Collaborations – Students engage in global R&D initiatives with opportunities for internships and joint research with semiconductor leaders from Taiwan, the US, and beyond.

✔ Career-Focused Approach – Aligned with India’s Semiconductor Mission, preparing graduates for high-demand roles in Chip Design, Semiconductor Fabrication, IC Layout, Embedded Systems, AI-powered Chip Optimisation, and Process Engineering.

✔ Entrepreneurial & Innovation Support – Encourages students to develop semiconductor startups, providing mentorship, funding opportunities, and access to state-of-the-art fabrication facilities.

✔ Global Career Opportunities – With the semiconductor market projected to reach $1 trillion by 2030, students are equipped for roles in top firms like Intel, TSMC, Qualcomm, NVIDIA, Texas Instruments, and Micron.

This programme ensures that graduates are industry-ready, globally competitive, and positioned for leadership in the evolving semiconductor ecosystem.

Curriculum – Detailed Programme Structure

The BTech ECE with Specialisation in Semiconductor Design & Technology at The NorthCap University (NCU) offers a comprehensive and industry-driven curriculum that provides in-depth knowledge of semiconductor design, fabrication, and packaging. The programme blends core theoretical foundations with practical exposure through advanced laboratories, industry collaborations, and real-world projects. The curriculum is structured into key components:

Core Subjects

The foundational courses focus on semiconductor fundamentals, circuit design, fabrication techniques, and testing methodologies to build expertise in VLSI and semiconductor technology.

✔ Semiconductor Physics & Materials – Covers the fundamental principles of semiconductor physics, material properties, and their role in device performance.
✔ RTL Design & Synthesis – Introduces Register Transfer Level (RTL) design, logic synthesis, and implementation techniques for digital circuits.
✔ Analog & Digital CMOS VLSI Design – Focuses on integrated circuit design, CMOS logic, and mixed-signal processing for advanced chip architectures.
✔ Semiconductor Packaging & Reliability – Explores advanced packaging solutions, reliability testing, and thermal/mechanical considerations for chip longevity.
✔ VLSI Verification & Testing – Provides knowledge of testing methodologies, fault analysis, and design-for-testability (DFT) to ensure high-performance semiconductor circuits.

Electives

The programme offers specialised electives that allow students to gain expertise in advanced semiconductor fabrication, packaging, and emerging technologies.

✔ Semiconductor Fabrication Infrastructure – Covers cleanroom technologies, fabrication process flow, and IC manufacturing techniques.
✔ Advanced Packaging Technologies – Focuses on chip packaging methods, 3D IC integration, and wafer-level packaging.
✔ Semiconductor Equipment Design – Introduces the design and maintenance of semiconductor processing equipment, ensuring efficiency in fabrication plants.
✔ EMC & Signal Integrity – Explores electromagnetic compatibility (EMC) and signal integrity challenges, crucial for high-speed circuits.
✔ Industrial Automation & Robotics – Covers automation techniques and robotics applications in semiconductor manufacturing.

Practical Exposure & Industry Integration

• VLSI & Chip Design Labs– Equipped with industry-standard EDA tools like Cadence, Synopsys, etc. under the ChipIN initiative.
• Fabrication & Packaging Labs– Hands-on experience in lithography, etching, and deposition processes.
• Digital Electronics Lab – Supporting research in digital and analog system prototyping.
• Industry Internships– Collaborations with ISRO’s NavIC, Mitsubishi, and leading semiconductor firms for real-world experience.
• Capstone Project – Solving Sector Challenges with Expert Mentor and Infrastructure Support

Career Prospects & Industry Relevance

This programme aligns with India’s Semiconductor Mission, preparing students for IC design, semiconductor fabrication, process integration, and quality assurance roles. With the global semiconductor market projected to reach $1 trillion by 2030, graduates will have lucrative career opportunities in companies like Tata Electronics, Vedanta-Foxconn, Micron, Intel, and Qualcomm.

Programme Outcomes (POs)

By the end of this program, students will:

✔ Master Semiconductor Design & Fabrication – Develop expertise in IC design, RTL synthesis, semiconductor process engineering, and packaging technologies.

✔ Gain Hands-on Experience in Semiconductor Labs – Work with EDA tools, fabrication, and advanced packaging simulation tools.

✔ Develop AI-Powered Chip Solutions – Understand how AI & ML enhance semiconductor design and optimisation.

✔ Acquire Global Research & Industry Exposure – Collaborate with international semiconductor firms and research institutes.

✔ Be Ready for High-Demand Careers – Enter top semiconductor firms like Intel, TSMC, NVIDIA, Qualcomm, and Micron with job-ready skills.

✔ Contribute to India’s Semiconductor Mission – Be part of India’s growing chip manufacturing, R&D, and semiconductor self-reliance movement.

Career Opportunities After Course Completion

Graduates will be job-ready for the booming semiconductor industry, with opportunities in IC design, semiconductor fabrication, embedded systems, and AI-driven semiconductor optimisation.

Career Roles

• Chip Design Engineer
• VLSI Design Engineer
• Analog & Digital Circuit Designer
• Semiconductor Fabrication Engineer
• Process & Equipment Engineer
• Packaging Engineer (Advanced Packaging, Assembly & Testing)
• AI & ML in Semiconductor Design (AI-driven chip optimisation)
• Embedded Systems Developer (Hardware-Software Co-design)
• ASIC/FPGA Design Engineer
• Photonic & RF Circuit Designer
• EDA Tools Developer & Semiconductor Automation Engineer

Top Recruiting Companies

• Intel Corporation
• TSMC (Taiwan Semiconductor Manufacturing Company)
• Samsung Electronics
• Apple Inc.
• Qualcomm
• NVIDIA
• Texas Instruments
• Infineon Technologies
• NXP Semiconductors
• Cadence
• Bell Labs (Nokia)
• IBM Research
• Micron Technology
• Broadcom Inc.

Why Choose NCU for BTech ECE with Specialisation in Semiconductor Design & Technology?

✔ Industry-Focused Curriculum – Covers VLSI design, semiconductor fabrication, packaging, and testing with hands-on training in EDA tools like Cadence & Synopsys under the ChipIN initiative.

✔ State-of-the-Art Labs – Access to VLSI & Chip Design Labs, Fabrication & Packaging Labs, and Embedded Systems Labs, ensuring practical exposure in semiconductor research and prototyping.

✔ Taiwan Education Centre at NCU – Offers internships, research collaborations, and technology exchange with Taiwan’s leading semiconductor firms, providing global exposure and industry insights.

✔ Strong Industry & Research Collaborations – Partnerships with ISRO’s NavIC, Mitsubishi, and top semiconductor firms for real-world projects. Aligns with India’s Semiconductor Mission and PLI Schemes for job-ready training.

✔ High-Demand Career Prospects – With the semiconductor market projected to hit $1 trillion by 2030, graduates are prepared for roles in chip design, fabrication, packaging, and semiconductor process engineering.

✔ Global & Entrepreneurial Opportunities – Exposure to international research, startup incubation, and AI-driven chip innovations, positioning students for success in global semiconductor careers.

Start your journey at NCU and be part of the next wave of semiconductor innovation!