The Physics department of JUET by its learned and devoted faculty is committed to nurture basic concepts and fundamentals of physics to provide a solid foundation and assistance in their future endeavor of acquiring and practicing knowledge for future Engineers. Other than providing basic physics course, department is also offering highly specialized optionals like Spectroscopy, Nanotechnology, Quantum computing etc. to quench the thirst of diverse learning.
1. Strong Foundation – Focus on fundamental physics concepts essential for engineering.
2. Specialized Courses – Offers electives like Spectroscopy, Nanotechnology, and Quantum Computing.
To nurture analytical thinking and problem solving skills using basic physics courses as a medium for engineering students.
To work for continuous improvement of the pedagogy of physics and quality of scientific research by intra and interdisciplinary collaborations.
PEO-1:To enable students to conduct applied scientific research in various fields of Physics such as quantum physics, solid state electronics, nanoscience and nanotechnology, and solid state physics etc.
PEO-2: Demonstrate rigorous approach to deal with theoretical and experimental problems.
PEO-3: This program will develop an ability to communicate clearly and concisely the research findings with the scientific communities by adhering to social and professional ethics.
PEO-4: Physics post-graduates will be well preparing for successful careers in the profession or research & innovation in industry and government in one or more of the disciplines and sub-disciplines of Physics.
PO-1: Students develop an ability to apply knowledge in an experiment, research findings, and innovative thought to meet desired performance and specifications.
PO-2: They develop the ability to think critically and analyze complex problems.
PO-3: It will develop an ability to provide analytical solutions to industrial and other research required problems.
PO-4: This program will develop an ability to identify research problems and extract information pertinent to these problems through a detailed literature review.
PO-5: This program will train them to utilize analytical and spectroscopic methods to understand the physics of materials.
PO-6: This program will develop necessary skills to work efficiently in a multidisciplinary area and team.
PO-7: This program will develop an ability to apply science concepts to execute the projects.
PO-8: This program will develop an ability to understand the significance of lifelong learning to meet the challenges of day-to-day life.
PO-9: It will develop an understanding of professional and research ethics.
PO-10: Physics post-graduates will be successful leaders with the quality to handle all kinds of diverse circumstances through nurturing them in the interdisciplinary and multidisciplinary learning environment.
PSO-1:Students will have adequate knowledge to offer innovative and practical solutions to the research problems with reasonable scientific reasoning.
PSO-2: Students will be prepared to contribute effectively in various areas of theoretical as well as experimental physics.
PSO-3: Students will have a proper understanding of the area which is relevant to the industrial research and problem there in.
PSO-4: Physics post-graduates will be able to acquire firm knowledge of various fundamental theories and modern instrumentation. Furthermore, by using concepts, tools, and techniques related to these topics, they can acquire knowledge and utilize its application in the interpretation and explanations of the limits and accuracy of experimental data in terms of significance.
M.Sc. - Physics
Course Description | Click Here |
Ph.D.
Scheme of Teaching | Click Here |
Courses Description - Theory Courses | Click Here |
Courses Description - Lab Courses | Click Here |
The University has a well-structured system of promoting and monitoring research inside the campus. A research committee known as DPMC is formed for each individual scholar, with its well-defined roles of monitoring, that provides guidance to each research student. All Ph.D. scholars are required to follow UGC norms of publications. The University has a well-defined policy to check malpractices and plagiarism in research as per UGC guidelines. The University has a well-defined Code of Ethics for research and its implementation is ensured in several ways. The practices include a mandatory credit course on research publication ethics, to be cleared by all Ph.D. scholars and regular monitoring by the institutional ethics committees.
Dynamics of Machine Tools, Machine Design and Vibration Analysis, Condition Monitoring and Fault Diagnosis of Machine Structures, Tool Vibration Analysis of Machine Tools, Structural Analysis, Additive Manufacturing, CAD/CAM, Advanced Machining Processes, Micro-machining process, Combustion, Gasification, Experimental and Computational Fluid Dynamics, Turbulent Flows and Mixing Control, Heat and Mass Transfer, Magneto Hydro Dynamics, Electronics Cooling, Flow Through Micro-channels, Refrigeration and Air Conditioning, Renewable Energy, Utilization of Solar Energy, Solar Water Desalination, Engineering Data Analytics.
Research Scholars | Click Here |
Publications | Click Here |
Unlock career opportunities with top placements in leading global companies. Our dedicated placement cell equips students with essential skills, industry exposure, and expert guidance.
With strong corporate ties, we ensure placements across diverse sectors, including technology, finance, and consulting. Internships, workshops, and recruitment drives provide real-world experience, helping students secure roles in prestigious organizations.
+91-7544-267051 , 267310, 267311, 267312