Associate Professor, Dept. of Management
An academician and researcher with over 10 years of teaching experience in higher education. Completed Graduation (Statistics Honours) Post-Graduation in Statistics, M.Phil. in Statistics (Operations Research), and
Ph.D. in Statistics (Operations Research) .
Currently engaged in teaching Statistics, Operation Research, Quantitative Techniques, Research Methodology, and Data Analysis courses while also providing training in statistical software and analytical tools to students.
Contributes to academic research activities, student mentoring, and the publication and management of the IPSAR Management Journal, supporting the institution's research and academic development initiatives.
Date of Joining: 20.03.2026
Academic : 10 YEARS + Teaching Experience
| Role | Details |
|---|---|
| Teaching | 10 years of postgraduate and undergraduate management education |
| Course | Specialization | Year | University Details | Class/ Division | Duration |
|---|---|---|---|---|---|
| Ph.D. | Statistics(Operation Research) | 2024 | Sambalpur University | N/A | N/A |
| Masters in Philosophy | Statistics(Operation Research) | 2015 | Sambalpur University, Jyoti Vihar (Burla), Odisha, | First | 1years |
| Post Graduation | Statistics | 2012 | Utkal University | First | 2 years |
| Graduation | Statistics | 2010 | Kendrapara Autonomous college | First | 2 years |
Contributes to academic research activities, student mentoring, and the publication and management of the IPSAR Management Journal, supporting the institution's research and academic development initiatives.
1. Blood Supply Chain Network Design under Uncertainty: A Comprehensive Review for Future Research Direction - Junikhyat, 2020
2. A Literature Review on Blood Supply Chain Management Focused on Uncertainty: An Inclusive Approach (2021) - Journal of Mathematics and Computational Science, 12, 1-23.
3. An Analysis of Pre- and Post-Blood Donor’s Behaviour through Regression Models - Solid State Technology (2021), 64, 2, 5670-5680.
4. Solving Multistage Transportation Problems: Minimizing Costs and Optimizing Transshipment Strategies (2025)-International Journal of Science and Research, 14, 1289-1291.
5. Optimizing Multi-stage Transportation Model(2025)-International Journal of Scientific Development and Research, 10, 33-37.
6. Gravity Location Model of Blood Supply Chain Network Design (2025): A Case Analysis-International Journal of Scientific Research & Engineering Trends, 11,854-857.
7. Dynamic approach of renewal equation for optimal control model (2025): International journal of statistics and applied mathematics, 10, (5), 126-130.
8. Robust optimization model for blood supply chain Network design (2025) :International journal of Agricultural and statistical sciences,21,(2), 591-603.
9. Optimized Blood supply chain network design for camps: A case study (2026) :( Accepted in Indian journal of science and technology).
10. A mathematical model for optimized blood supply chain network design with back logged shortages: A case study (Accepected in International journal agricultural and statistical sciences)