Admission Open For 2025-2026

Department of Physics

Dr. Sakti Prasad Mishra

HOD’s Message

Ever since the department of Physics started its journey over two decades back, the department has been simultaneously and successfully performing the multiple roles of creating new knowledge, acquiring new capabilities and producing an intelligent human resource pool contributing in various domains of the society. The Department has always been on a high growth path and has experienced and dedicated faculty with strong commitment to physics education who works with zeal and enthusiasm to provide a vibrant and optimum learning environment. Our vision is to ignite and nurture enthusiasm, interests, and give passion in young minds for pure and applied physics, and build a foundation for excellence in fundamental and applied research. As the Head of the Department, I am proud to be part of a team of dedicated and talented individuals who are not only committed to excellence in teaching but also highly committed to research. I invite you to explore our website to learn more about all that our department has to offer. You will find a wealth of information about our faculty, research programs, courses, and upcoming events.

ABOUT

The department of Physics was established since the inception of the college in 1999. It is presently under School of Natural Sciences of DRIEMS University, with a goal of nurturing students a scientific temperament and futuristic thinking through the provision of broad and varied knowledge in the physical sciences. It has expanded significantly over its twenty-five-year journey from B.tech programme to Master and Doctoral programme. The department integrates with renowned faculty members of different field of expertise. The department teaches the fundamentals of Physics to B.tech students, so to make them efficient to apply the concepts in different branches of Engineering. In addition to this it provides 2 years of M.Sc programme and Ph.D programme from 2024. To demonstrate the students for practical application of Physics, department has integrated different practical laboratory. With this, department provides research facilities for Ph.D scholars in various fields of Ultrasonics, Chemical physics, Material sciences and Nano Physics. Under Nano Physics research, it includes fabrication of carbon nano particles, thin film and powdered materials for applications in different fields like opto-electronic devices , EMI shielding and energy storage applications etc. For the students’ overall growth, the department places a strong emphasis on experiential learning through a variety of cutting-edge approaches, such as seminars, workshops, guest lectures, exhibitions, and small projects.

Vision

To promote innovative research, advanced learning, and holistic improvement in physics, while simultaneously offering high-quality education and transforming the department into a center of excellence through collaborations.

 

Mission

M1: To foster a scholarly environment that supports professionals, educators, and students through research and publication opportunities.

M2: To provide students with scientific and technical education.

M3:To inspire students to apply their expertise in physics for societal well-being.

PROGRAM EDUCATIONAL OBJECTIVES (PEOs)

  • PEO1

    To inspire science graduates with the ability to demonstrate excellence, critical thinking, creativity, innovation, and self-driven learning, enabling them to navigate diverse challenges in interdisciplinary and multidisciplinary learning.
  • PEO2

    To produce graduates with the abilities necessary for entrepreneurship in a variety of sectors who are internationally recognized professionals for government, business, and research organizations.
  • PEO3

    To develop graduates capable of solving complicated problems and establishing technical proficiency in the field of physics.
  • PEO4

    To engage graduates in professional pursuits that enhance their achievements while serving society, and to impart research and innovation skills to make them competent researchers.

PROGRAM OUTCOMES
(POs)

  • PO1

    Scientific Knowledge: Apply knowledge to solve real world complex problems and contribute to the advancement of advance scientific knowledge.
  • PO2

    Problem Analysis: Identify, formulate, research literature and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences.
  • PO3

    Design/Development of Solutions: Develop solutions for intricate scientific issues and create system components or processes that address specific requirements while taking into account public health and safety, as well as cultural, societal, and environmental factors.
  • PO4

    Conduct Investigations of Complex Problems:Examine intricate problems using research-driven knowledge and methods, including experimental design, data analysis and interpretation, and information synthesis, to draw accurate conclusions.
  • PO5

    Modern Tool Usage:Develop, choose, and utilize suitable techniques, resources, and contemporary scientific and IT tools, including prediction and modelling, for complex scientific tasks while being aware of their limitations.
  • PO6

    The Science and Society:Assess societal, health, safety, legal, and cultural issues with contextually informed reasoning, and be aware of the related obligations that are relevant to professional scientific research.
  • PO7

    Environment and Sustainability: Understand the impact of professional engineering solutions in societal and environmental contexts and demonstrate knowledge of and need for sustainable development.
  • PO8

    Ethics: Abide by ethical principles and maintain professional ethics, responsibilities, and standards in scientific practice.
  • PO9

    Individual and Team Work:Critically analyze data and communicate findings individually while effectively delegating and sharing responsibilities for successful collaborative projects, fostering professional growth.
  • PO10

    Communication:Utilize appropriate communication technologies and platforms to disseminate scientific information and collaborate with peers and the wider scientific community.
  • PO11

    Project Management and Finance:Apply management principles to enhance the efficiency and effectiveness of both individual research projects and team-based scientific investigations.
  • PO12

    Self-directed and Life-long Learning: Develop the capability for independent and continuous learning in response to wide-ranging socio-technological advancements.

PROGRAMME SPECIFIC OUTCOMES
(PSOs)

  • PSO1

    Develop a method for understanding and addressing a wide range of problems by mastering the foundational principles of physics.
  • PSO2

    Explore both theoretical and experimental methods in the physical sciences, including advanced simulation techniques.
  • PSO3

    Gain exposure to diverse physics areas, applying foundational knowledge and advanced methods to solve problems using computational and experimental tools for academic and industrial applications.