


DIVISION OF PHYSICAL SCIENCES – Physics
DIVISION OF PHYSICAL SCIENCES – Physics
Established in 2008, the Division of Physical Sciences – Physics at Karunya Institute of Technology and Sciences provides high-quality postgraduate education and conducting advanced research in key areas that align with the institute's focus: energy, health sciences, water, and food. Since its inception, the Division of Physical Sciences – Physics has been committed to offering undergraduate and postgraduate programs that meet international standards. To support this goal, it has developed modern laboratories across various domains of physics research.
The Division of Physical Sciences – Physics boasts a team of highly qualified faculty members who have earned their doctoral degrees and completed postdoctoral research at prestigious institutions both in India and abroad. These faculty members are passionate about delivering comprehensive education in emerging areas of physics and fostering a strong foundation for research among students and their areas of expertise include Semiconductor Technology, Materials Science, Solid State Physics, Thin Film Technology, Condensed Matter Physics, Environmental Radiation Physics, Medical Radiation Physics, and Astronomy and Astrophysics.
Our Vision
The Department of applied physics shall provide a sound and scientific education to students and instill in them an innovative, effective, creative and competitive spirit.
Our Mission
- Achieve academic excellence in teaching and research.
- Provide quality teaching and learning using sound pedagogy.
- Provide a vibrant research atmosphere to find innovative solutions to meet the energy demands of society
B.Sc. (Hons.) Semiconductor Technology
Program Profile
Recognizing the critical importance of the semiconductor industry, the Division of Physical Sciences – Physics offers a forward-thinking four-year B.Sc. (Honours) program in Semiconductor Technology. This program, designed in collaboration with leading semiconductor companies and aligned with the National Education Policy 2020 (NEP 2020), addresses the fundamental role of semiconductor technology in modern electronics. Semiconductors are the essential components that power a vast array of devices, from everyday smartphones and computers to vital medical equipment and automobiles. These materials, with their unique ability to conduct electricity between that of a conductor and an insulator (primarily silicon), are transformed through precise techniques like doping and photolithography into complex integrated circuits (ICs) or microchips containing billions of transistors – tiny electronic switches.
Semiconductor technology is central to today's global marketplace. It is the driving force behind the digital age, enabling advancements in crucial technologies such as artificial intelligence, 5G communication networks, the Internet of Things, and cloud computing. Semiconductors are the engine of innovation across diverse sectors, enhancing the power and energy efficiency of consumer electronics, enabling sophisticated driver-assistance systems and electric vehicles in the automotive industry, and playing a vital role in medical imaging, renewable energy generation (like solar cells), and efficient industrial automation.
To meet the growing demands of the semiconductor industry, the Division of Physical Sciences – Physics offers an innovative curriculum covering essential areas such as Semiconductor Fabrication Technology, Very-Large-Scale Integration (VLSI) Design and Technology, Embedded Systems, Semiconductor Device Modeling, Lithographic Techniques, Application-Specific Integrated Circuit (ASIC) and Field-Programmable Gate Array (FPGA) Design, and Register-Transfer Level (RTL) Design and Validation. Complementing these specialized courses, students will also gain a strong foundation in core physics principles through minor specializations in Solid State Physics, Thermodynamics, and Quantum Mechanics. A key feature of this novel program is the inclusion of industrial internships, which will provide students with invaluable practical experience, making them highly skilled and ready to contribute effectively to the semiconductor industry upon graduation.
The increasing global demand for advanced semiconductors, driven by the widespread use of smart devices, the expanding need for data processing, and seamless connectivity, has highlighted a critical need for a skilled workforce within the semiconductor sector. This demand spans all aspects of the industry, from the engineers who design and develop next-generation microchips to the technicians who maintain advanced manufacturing facilities and the specialists who work on packaging and testing. This skilled talent is not just a supporting element; it is the fundamental driver of innovation and the key to ensuring the efficient production of these essential components.
The four-year degree program offered by the Division of Physical Sciences – Physics is strategically aligned with the goals of the India Semiconductor Mission (ISM). The ISM aims to establish a robust ecosystem for semiconductor and display manufacturing and design, positioning India as a major global center for electronics. As the central agency for implementing semiconductor and display-related schemes, the ISM's vision is directly supported by the Division of Physical Sciences – Physics’ commitment to developing a highly skilled workforce capable of contributing to the various facets of the semiconductor industry.
Testimonies by our Alumni

Ph.D

Recently Graduated from SASTRA Deemed University, Thanjavur, Tamil Nadu.

Ph.D

Research Scholar, SRMIST.

Assistant Professor, Department of Physics, St. Joseph’s College (Autonomous), Bangalore, India

Ph.D.
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B.Sc. (Hons.) Semiconductor Technology, for Admissions, kindly contact (+91 97903 03097)