192 157_Mandeep

Received hands-on training focused on DC sputtering techniques, plasma diagnostics, and thin-film deposition. Gained practical experience in experimental physics methods.

Selected by the department to serve as the MSc student representative in the Departmental Postgraduate Committee (DPGC). Represented students in the Institute Senate on matters of academic policy and curriculum reform.

Facilitated MSc Physics placement activities by coordinating between students and the central placement cell. Managed outreach, resume screening, and scheduling for student placements.

Investigated exotic pentaquark Θ using chiral SU(3) quark mean field model in dense stellar matter environments. Computed mass modifications in nuclear and strange matter relevant to neutron star cores.

Built a CNN model to classify galaxy morphologies using SDSS images. Preprocessed large-scale astronomical data and applied data augmentation.

Received focused training on differential geometry and its applications in theoretical physics. Explored advanced mathematical concepts relevant to physics.

Designed and built an FM broadcasting system for the 88–108MHz range. Implemented analog modulation, noise filtering, and RF amplification.

Participated in an advanced undergraduate physics enrichment program. Focused on enhancing foundational physics knowledge and skills.

Completed 3-year NCC training under 6 Kar Air Squadron NCC. Trained in aviation basics, parade, leadership, and drill.

Completed foundational military training in weapon handling, disaster response, and field discipline under 18 Kar Battalion NCC. Developed skills in military protocols and emergency preparedness.

Grade: 7.08/10

Completed a Master of Science in Physics, achieving a CGPA of 7.08/10. Thesis focused on the Medium Modification of Pentaquark Θ, investigating exotic pentaquark Θ using chiral SU(3) quark mean field model in dense stellar matter environments.

Grade: 7.92/10

Earned a Bachelor of Science with a focus on Physics, Chemistry, and Mathematics, achieving a CGPA of 7.92/10. The curriculum included core subjects in classical mechanics, modern physics, organic and inorganic chemistry, and various mathematical methods.