About this internship

Experimental Physics & Research Internship Program — Utkal University (NEP-2020)

Hands-on UG internship in experimental physics at Utkal University under NEP-2020. Train in lab instrumentation, data analysis, and research methodology with expert mentors.

The Experimental Physics Internship at Utkal University is designed for undergraduate students pursuing B.Sc. Physics under the NEP-2020 framework, offering structured exposure to modern laboratory practice, scientific instrumentation, and research methodology. As one of Odisha's premier institutions, Utkal University provides interns with access to well-equipped physics laboratories and faculty mentors actively engaged in research. Interns work on focused mini-projects covering optics, electronics, condensed matter, and computational physics, while building core competencies in experimental design, error analysis, data visualization using Python and Origin, scientific report writing, and presentation skills. The program prepares students for higher studies, JRF/NET pathways, and R&D careers. On successful completion, interns receive a verified Utkal University certificate and earn academic credits aligned with the NEP-2020 Skill Enhancement and Internship components, along with a project report suitable for academic portfolios.

Attached courses

Auto-enrolled after admin approves your application
  • Research Methedology
    A comprehensive, hands-on program covering the entire research lifecycle.
  • Report / Thesis writing
    Research data analysis and report writing

How it works

  1. Apply & pay — submit your details and the program fee.
  2. Admin review — we verify your application and assign a mentor from our approved mentor pool.
  3. Start learning — the attached courses are auto-unlocked the moment your application is approved.
  4. Progress through 7 stages — Introduction, Literature Review, Work Plan, Work Done, Observations, Conclusion, Report.
  5. Submit your final report — your mentor reviews; admin approves; certificate is generated.