subhra jyoti baruah

Providing theoretical guidance on the principles, capabilities, and limitations of Ground Penetrating Radar (GPR) and magnetic survey methodologies. Supporting survey planning, feasibility assessment, and interpretation strategies for near-surface geophysical investigations.

Teaching undergraduate physics courses including mechanics, acoustics, optics, thermodynamics, kinetic theory of gases, and statistical mechanics. Mentoring students in data analysis techniques and organizing field trips.

Analysed regional earthquake catalogues to study seismic activity patterns in Northeast India. Applied probabilistic recurrence modelling to estimate earthquake return periods and evaluated seismic hazard trends.

Gained exposure to seismic data acquisition and basic processing workflows used in hydrocarbon exploration. Developed understanding of reservoir geophysics concepts and seismic data interpretation techniques.

Received training in geophysical data acquisition techniques through technical training programmes. Observed and participated in practical demonstrations of Ground Penetrating Radar (GPR), Proton Precession Magnetometer, and Very Low-Frequency (VLF) equipment.

Grade: CGPA: 8.56 (Percentage: 90.6%)

Pursued M.Sc. Tech. in Applied Geophysics with a thesis on probabilistic analysis of earthquake recurrence in Northeast India, contributing to a Springer Nature publication.

Grade: Percentage: 71.71%

Completed Bachelor of Science in Physics with a percentage of 71.71%.

Grade: Percentage: 78.80%

Completed Higher Secondary education in Science with a percentage of 78.80%.

Grade: Percentage: 86.33%

Completed High School Leaving Certificate with a percentage of 86.33%.