This course, previously offered by S K Somaiya College, will now be offered by Somaiya School of Basic & Applied Sciences.

Master of Science (Physics)

Master of Science Physics | M.Sc.(Phy.)

Programme Overview

The M. Sc. (Physics) with Specialization in Semiconductor Physics and VLSI technology, at Somaiya Vidyavihar University is not just yet another traditional PG programs in Physics. Unique of its kind, this program focuses on training young minds for the exciting career in Semiconductor Physics and VLSI Technology. The Indian Government has already taken a major step in making India the next Semiconductor hub of the world. The India Semiconductor Mission (https://ism.gov.in/) focuses on multi-faceted aspects of Semiconductor fab and design. With many smartphone brands initiating manufacturing in India, in the next few years there is going to be a steep rise in the domestic Semiconductor manufacturing industries. Aiming to fulfil the requirement of human resource with technical skills for these industries, this M Sc programme brings a unique blend of theoretical as well as hand-on training to aspiring graduates willing to join this multibillionaire Semiconductor revolution in India.

Designed to integrate strong theoretical foundations with real-world applications, the program emphasizes industry-academia collaboration to enhance students’ practical knowledge and employability. The curriculum combines rigorous coursework with hands-on laboratory training, industrial internships, industry-driven projects, and research-based learning. This collaboration equips graduates not only for industry and entrepreneurship opportunities but also prepares them for higher studies and R & D sector. This programme targets to nurture critical thinking, problem-solving skills, and a research mindset, empowering graduates to contribute effectively to scientific progress and industrial goals.

Key Information

Duration
2 Year
Programme Code
ST4442
Mode of study
Full time
Campus
Vidyavihar - Mumbai
Institute
Somaiya School of Basic and Applied Sciences
Apply Now Enquire Admission Details
Program Outcomes and Program specific outcomes
Pedagogy
Curriculum
Scope and Career Paths

Programme Outcomes

  • Graduates will have a deep understanding of the fundamental principles of Semiconductor Physics.
  • Graduates will be able to design and fabricate Semiconductor devices.
  • Graduates will be able to design and implement VLSI systems using industry-standard tools and methodologies.
  • Graduates will be able to analyse and characterize Semiconductor devices, including their electrical, thermal, and optical properties.
  • Graduates will be able to troubleshoot and debug semiconductor devices and VLSI systems, identifying and resolving issues related to design, fabrication, and testing.
  • Graduates will be able to communicate effectively with colleagues, supervisors, and customers, and work collaboratively in a team environment.
  • Graduates will be able to adapt to new technologies and methodologies, and pursue lifelong learning and professional development.

 

Programme Specific Outcomes (PSOs)

  • PSO1 : Graduates will be able to design and develop semiconductor devices and systems, including VLSI circuits, using industry-standard tools and methodologies.
  • PSO2 : Graduates will be able to analyse and simulate semiconductor devices and systems, using tools such as TCAD and SPICE.
  • PSO3 : Graduates will be able to fabricate and test semiconductor devices, including cleanroom processing and characterization techniques.
  • PSO4 : Graduates will be able to design and implement VLSI systems for specific applications.

 

Pedagogy

The M.Sc. Physics programme at Somaiya Vidyavihar University adopts a dynamic and application-driven pedagogy focused on real-world problem-solving and industry readiness. It includes a blend of innovative teaching methodologies, exposure to subject matter experts, and hands-on training in advanced laboratory techniques creates an environment that nurtures analytical thinking, creativity, and flexibility in execution. Emphasis is placed on solving real-world industrial and environmental problems through case studies, industry-oriented projects, and research assignments. Students will benefit from interactions with experts from semiconductor design and manufacturing industries gaining valuable perspectives beyond the classroom. Practical skills are further strengthened through direct exposure to cutting-edge technology by workshops, seminars, and on-site visits to fab labs. In the fourth semester, students undertake a major project in the field of semiconductor design, simulation and/or manufacturing. Alternatively, they can take up semester-long internship with industries, research institutions, or semiconductor startups. Students, who prefer to find a career in academics can select either project or courses in the fourth semester.

Curriculum

Semester I Semester II

Classical Mechanics

Classical Electrodynamics

Quantum Mechanics

Solid State Physics

Mathematical Methods for Physics

Solid State Devices

Physics of Semiconductors

Physics Lab - II

Physics Lab - I

Computational Physics - II

Computational Physics - I

Research Methodology and Industrial Practices
 

Mini Project/On-Job Training

Scope and Career Paths

Graduates of the Semiconductor Physics and VLSI Technology program can pursue careers in:

  • Semiconductor Industry: Design, fabrication, and testing of semiconductor devices and VLSI systems
  • VLSI Design: Design and implementation of VLSI systems for specific applications
  • Research and Development: Research and development of new semiconductor devices and VLSI technologies
  • Academia: Teaching and research in semiconductor physics and VLSI technology
  • Semiconductor Manufacturing: Companies that design and manufacture semiconductor devices and VLSI systems
  • Electronics and Telecommunications: Companies that design and manufacture electronic and telecommunication systems
  • Research and Development: Research institutions and organizations that focus on developing new semiconductor devices and VLSI technologies.
 

Job opportunities

Graduates have opportunities as

  • Semiconductor Device Designer: Design and development of semiconductor devices
  • VLSI Design Engineer: Design and implementation of VLSI systems
  • Process Developer: Development and optimization of semiconductor fabrication processes
  • Testing and Characterization Personnel: Testing and characterization of semiconductor devices and VLSI systems
  • Research Scientist: Research and development of new semiconductor devices and VLSI technologies
  • Product Developer: Development of semiconductor-based products
  • Design Verification Engineer: Verification of VLSI designs and systems
  • Physical Design Engineer: Physical design of VLSI systems

Specializations Offered

  • Semiconductor Physics and VLSI technology
Apply Now Enquire Now