0000-0002-4673-3352 About
Dr. Imran Athar Beg is an Assistant Professor of Mining Engineering at Shri Rawatpura Sarkar University, Raipur, India. He holds a Ph.D. and M.Tech in Mining Engineering from the prestigious Indian Institute of Technology (ISM) Dhanbad, and a B.E. from Government Engineering College, Bilaspur. His doctoral research focused on assessing the impact of mine ventilation on radiation dose exposure in low-grade underground uranium mines, reflecting his specialization in mine health and safety, particularly radiation hazards in mining environments.
With over a decade of teaching experience across various institutions, Dr. Beg has contributed significantly to mining education. His research portfolio includes multiple SCI and Scopus-indexed publications in journals such as *Radiation Physics and Chemistry*, *Environmental Monitoring and Assessment*, and *Journal of Sustainable Mining*. His technical skills span software tools like Ventsim, SURPAC, MATLAB, SPSS, and ANSYS, supporting his expertise in mine ventilation modeling, geotechnical analysis, and statistical evaluation.
Dr. Beg is passionate about social work, sports, and reading, and is fluent in English, Hindi, and Urdu.
Employment
-
Shri Rawatpura Sarkar University
Education
-
ISM PhD2017 - 2022
Projects & Funding
Projects & funding information is unavailable.
Publications (8)
- Contribution of mine water and uranium ore rocks to the 222Rn-induced radiation dose received by the mine workers in a low-ore grade underground uranium mine, India Save
- Evaluation of radiation dose associated with underground uranium mining activities in east Singhbhum, Jharkhand, India Save
- An investigation of 222Rn exhalation rates from backfill mill tailings influenced by the different parameters in underground uranium mines Save
- Comparative study of radon sources and associated health risk in four underground uranium mines Save
- 222Rn dose of mine water in different underground uranium mines Save
- Multivariate regression analysis to assess the 222Rn exhalation rates from uranium ores and their relative contributions to the 222Rn concentration in the underground uranium mine atmosphere Save
- Mathematical modelling of radon (222Rn) exposure of underground mine workers: A comprehensive review Save
- Geo-technical investigations and rock mass characterization of quartz biotite chlorite schist of singhbhum thrust belt Save