PhD Physics course equips scholars with an advanced study in Physics for independent research. It opens a gateway of opportunities for them in many areas. Students can specialize in disciplines such as Atomic and Condensed Matter Physics, Laser Physics, Particle Physics, etc.
To pursue a PhD program, students require excellent research conducting skills, collaborative findings, analytical skills, etc. This provides them the proficiency and know-how to conduct experiments, mathematical modeling, develop theories, and more.
Shoolini University is a new-age university with a NIRF ranking of 101-150 and H-Index of > 80. Our faculty and scholars have filed 650+ patents.
Career Opportunities
- Researcher & Scientist
- Physicist
- Lecturer & Professor
- Author & Writer
- Industrial R&D Lab professionals
- Senior Research Scientist
Course Instructors
Frequently Asked Questions
Why is PhD study important?
Enrolling in a PhD program helps you begin or continue research in the field you're passionate about. You can delve deeper, make new discoveries, improve conceptual tactics and apply those concepts through the research conducted. You can decide what to work on, how to work, and chart your journey with support and guidance from a supervisory team.
Can I do a PhD without a Master's degree?
Students with a minimum CGPA score of 7.5/10 in the four-year-undergraduate program (FYUP) will now be eligible for PhD admissions, without having to complete a master’s program, according to the new regulations on the award of PhD degree finalised by the University Grants Commission (UGC).
Do rankings matter for a PhD?
The institution's accreditation by appropriate agencies means the program meets high standards of academic excellence. However, other factors, such as the field of research, number of publications, collaborations, etc., are also considered.
Will a PhD enhance my career prospects?
Doctoral programs require intensive training in research methods. This includes interviews, surveys, questionnaires, clinical trials, and laboratory experiments. These skills are put into practice when the candidate conducts fieldwork for the dissertation. Skills gained in qualitative and quantitative research methodology and statistical analysis are transferable to non-academic research environments, particularly for industrial research. In addition, employers outside of academia seek individuals with sound research skills to carry out projects at think tanks and research institutes in both the private and government sectors.