The Department of Pure and Applied Physics at the National Institute of Science and Technology (NIST),
Berhampur, was established in 1996 as an integral part of the B.Tech program. Over the years, it has
evolved into one of the most active and dynamic departments of the institute, known for its academic
excellence and vibrant research culture.
In 2017, the institute expanded its academic offerings by initiating a Science Program under the newly
formed School of Sciences, starting with an M.Sc. program affiliated with Berhampur University. Building
on this momentum, the department received affiliation to offer B.Sc. courses in 2018, further
strengthening its commitment to undergraduate and postgraduate science education.
The Department of Pure and Applied Physics at NIST boasts a team of highly qualified faculty, with 50%
holding PhDs and the rest actively pursuing them—reflecting its strong emphasis on academic and research
excellence. Starting from the Core building, the department has developed modern laboratories,
classrooms, and a well-equipped library, fostering a rich learning and research environment.
Faculty members are engaged in advanced research in areas like nano-electronics, optics, and
nanotechnology, supported by an active PhD program that enhances the institute’s academic profile.
Alongside foundational physics courses for all B.Tech branches, the department offers M.Sc. and B.Sc.
(Honours) programs affiliated with Berhampur University. With its committed faculty and research-driven
approach, the department remains a key pillar of scientific growth in Odisha.
Our curriculum is designed to equip students with the knowledge, skills, and mindset needed to excel in their careers and make meaningful contributions to society.
To cultivate a spirit of inquiry and a scientific mindset among students.
To integrate education and research by incorporating recent discoveries, modern technologies, and innovative methodologies into the curriculum.
To promote interdisciplinary learning by providing students with diverse educational and research opportunities.
Expert Faculty: 70% Ph.D. holders from IITs/NITs with strong academic and research credentials.
Strong Research Funding: Over ₹50 Lakhs funded research projects in the last three years.
Advanced Curriculum: Includes Python programming and Quantum Computing, enabling Future Innovators.
Free GATE/NET Coaching with mentoring to excel in national exams.
Research Publications: M.Sc. students publish in reputed international journals.
Interdisciplinary Projects with engineering departments for innovation.
Placement Assistance: Opportunities in core, software, and hardware industries.
Soft Skills & English Communication Training for industry readiness.
Collaborations with IISER, NISER, IOP, NIT, IMMT & other top institutions.
State-of-the-art facilities equipped with modern technology to enhance practical learning and research
Provides postgraduate students with practical exposure to modern physics fundamentals. Equipped with advanced instruments that support experiments in quantum mechanics, atomic & nuclear physics, and semiconductor physics. The lab bridges theoretical concepts with experimental techniques to nurture research readiness.
Enables students to explore fundamental and applied optics through experiments on interference, diffraction, polarization, and laser technology. Enhances conceptual understanding and technical proficiency in photonics and optical instrumentation.
Focuses on synthesis and study of nanomaterials, composites, and semiconductor materials. Equipped with modern tools for experimental and collaborative research in condensed matter physics.
Specialized in chemical/physical synthesis of novel materials for applications in electronics, energy, and nanotechnology. Supports scalable synthesis and interdisciplinary collaboration for real-world research outcomes.
Equipped with XRD, SEM, UV-Vis spectroscopy and more to analyze structural, electrical, morphological, and optical material properties at micro and nanoscale.
Designed for undergraduate learning, offering hands-on experiments in mechanics, thermodynamics, electromagnetism, and modern instrumentation. Builds foundational experimental skills for solving real-world engineering problems.