MTech in ECE with Specialization in Semiconductor Technology

About

The MTech-ECE in Semiconductor Technology at The NorthCap University, Gurugram, is a specialised programme designed to equip students with the latest knowledge and skills in the rapidly evolving semiconductor industry. As semiconductor technology serves as the backbone of modern electronics, this programme ensures that students gain a strong foundation in semiconductor design, fabrication, and testing. The curriculum is regularly updated to align with industry demands, providing graduates with excellent career prospects in both core industries and research institutions.

The programme covers key subjects such as Semiconductor Device Physics, VLSI Design, Advanced Semiconductor Materials, Semiconductor Fabrication Techniques, and Semiconductor Packaging. Through practical training, industry collaborations, and research projects, students develop hands-on experience in semiconductor fabrication facilities, enhancing their industry readiness.

With the rapid adoption of advanced manufacturing technologies like Extreme Ultraviolet Lithography (EUV) and 3D Integrated Circuits (ICs), the semiconductor sector is evolving at an unprecedented pace. Additionally, AI and machine learning are now playing a crucial role in semiconductor design and process optimisation. Emphasis on energy efficiency, sustainability, and the integration of semiconductors with IoT, AR, and Quantum Computing further drives advancements in the field.

This MTech-ECE programme in Semiconductor Technology prepares graduates for diverse career opportunities in semiconductor companies, research institutions, and technology startups, enabling them to contribute to cutting-edge innovations in the semiconductor industry.

Highlights

MTech- ECE(2 Years)- A comprehensive, industry-aligned, and research-driven programme that blends theoretical learning with real-world applications. The curriculum focuses on hands-on training and advanced technical skills, preparing students for careers in core industries.

PG Diploma – Students can opt for a 1-year PG Diploma exit after completing coursework, followed by a 10-credit bridge course (2 months), a 7-credit job-specific internship, and 3-credit skill-based courses. This pathway equips graduates with job-ready competencies for immediate industry placement.

• Industry-Ready Curriculum aligned with modern semiconductor industry requirements, covering VLSI, embedded systems, semiconductor fabrication, and advanced materials.
• State-of-the-Art Laboratories equipped for VLSI design, device characterisation, and semiconductor fabrication, providing hands-on experience in cutting-edge technologies.
• Industry Collaborations & Research opportunities through internships, research projects, and industrial training with leading semiconductor companies.
• Industry-Standard Software Training with tools like Cadence and Xilinx, preparing students for roles in semiconductor design, fabrication, and testing.
• Flexible Teaching Pedagogy including classroom learning, lab sessions, industry visits, expert lectures, and MOOCs, ensuring holistic development.
• Strong industry-academia collaborations and research-focused training enable outstanding placement opportunities with leading semiconductor companies.

Curriculum – Detailed Programme Structure

The curriculum is structured to provide a strong foundation in semiconductor technology, with a balance of core subjects, electives, and hands-on training.

Core Subjects:

1. System Modelling – Digital electronics, VLSI, RTL concepts, and System-on-Chip (SoC) fundamentals.
2. Embedded Systems – Design and development for semiconductor applications.
3. Optimisation Theory & Applications – Advanced techniques for semiconductor design, testing, and manufacturing efficiency.
4. Machine Learning in Semiconductor Technology – AI applications for process optimisation and defect detection.

Elective Courses (Select Based on Interest & Career Goals):

1. Micro & Nano Fabrication – Techniques for miniaturised semiconductor device manufacturing.
2. Semiconductor Equipment & Technology – Advanced tools for semiconductor processing and fabrication.
3. Semiconductor Material Synthesis and Characterisation – Development and analysis of semiconductor materials.
4. Semiconductor Packaging & Testing – Ensuring reliability through packaging and performance evaluation.
5. ASIC & FPGA Design – Custom and reconfigurable integrated circuit design methodologies.

Programme Outcomes (POs)

Graduates of this programme will:

• Gain in-depth expertise in semiconductor design, fabrication, and characterisation.
• Develop problem-solving abilities to address challenges in semiconductor technology and VLSI design.
• Acquire hands-on skills with industry-standard tools for IC design and fabrication.
• Enhance research capabilities in emerging technologies such as AI-driven chip design, 5G, and IoT integration.
• Be equipped for multidisciplinary collaboration and leadership roles in the semiconductor sector.

Career Opportunities After Course Completion

Graduates of this programme can pursue diverse roles in the semiconductor and electronics industries, including:

• Semiconductor Process Engineer

• IC Design Engineer

• Verification Engineer

• Product Engineer

• Device Engineer

• Test Engineer

• Packaging Engineer

• Reliability Engineer

• Field Application Engineer

• Application Engineer

• Process Integration Engineer

• EDA Tools Developer

• Yield Engineer

• Failure Analysis Engineer

• Marketing and Sales Engineer

• Materials Scientist

• Photolithography Engineer 

• ASIC/FPGA Engineer

With a strong foundation in semiconductor technology and hands-on industry exposure, graduates are well-positioned for employment in top semiconductor companies, research institutions, and technology startups.

Why Choose NCU for MTech-ECE in Semiconductor Technology?

• Industry-Aligned Curriculum ensuring graduates are job-ready for the semiconductor industry.
• Cutting-Edge Lab Facilities for VLSI, device characterisation, and semiconductor fabrication.
• Strong Industry-Academia Interface with internships, research projects, and guest lectures from industry experts.
• Expert Faculty & Research Opportunities, fostering innovation in semiconductor design and AI-driven chip technologies.
• Proven Placement Record, with students securing roles in leading multinational semiconductor firms.

This MTech-ECE in Semiconductor Technology at NCU is a comprehensive and industry-focused programme, preparing students for high-demand careers in semiconductor technology, VLSI design, and electronic systems. Whether aiming for core industry jobs, research roles, or entrepreneurial ventures, this programme provides the perfect launchpad for a successful career.