Cherry Jain
About Cherry Jain
Cherry Jain is a Geoscientist at Exxo with a background in geophysical technology from IIT Roorkee. She has experience in data analysis and visualization of microseismic events.
Current Position at Exxo
Cherry Jain currently holds the position of Geoscientist at Exxo. She has been part of the company since 2021, working in Bangalore Urban, Karnataka, India. Her role at Exxo includes responsibilities and tasks pertinent to geoscientific research and analysis.
Past Experience at Microsoft
Before joining Exxo, Cherry Jain gained experience as a Mentee at Microsoft through the Engage program. She worked in this role for one month in 2020. This position provided her with valuable insights and experience in a leading technology company.
Joint Secretary at Dramatics Section IIT Roorkee
Between 2019 and 2020, Cherry Jain served as the Joint Secretary for the Dramatics Section at IIT Roorkee. In this capacity, she was involved in various organizings, management, and possibly participation activities within the dramatics community at her institute.
Internship at Institute of Seismological Research
Cherry Jain completed a one-month internship at the Institute of Seismological Research (ISR) in 2019. During this period, she gained practical experience and exposure to the field of seismology, enhancing her knowledge and skills in earthquake research and analysis.
Educational Background at IIT Roorkee
Cherry Jain pursued her formal education at the Indian Institute of Technology, Roorkee, where she studied Geophysical Technology/Earth Science, General. She completed her Bachelor of Technology degree over five years, from 2017 to 2022. Her studies focused on various aspects of geophysical technology and earth sciences.
Data Analysis and Application Development
Cherry Jain developed an application using MATLAB, designed to access and filter microseismic data visualizations based on event types, depth, and time. Her work also included analyzing microseismic data from Cold Lake, the largest microseismic network in Alberta, Canada, to evaluate the impact of steaming on production and the environment. Additionally, she created five distinct visualizations depicting the position, frequency, and causes of microseismic events in oil wells.