Nirupam Dey, Ph.D. Email & Phone Number

Redlands, California, United States

Redlands, CA

Greater St. Louis Area

• As part of the Geospatial data management team (a sub-team of Location360), my role was to transform multi-petabyte repositories of data into useful insights for the R&D, Supply Chain, and Commercial teams. Utilized.
• Developed customer-centric web clients presenting global data in a spatial, compelling, and interactive way.
• Developed APIs for data distribution, geospatial analysis and visualization
• Utilized geospatial services to answer specific business questions such as spatial interactions, nearest neighbor, straight line and routed distance
• Documented how-to guides and working with development teams for optimum population of geospatial transactional information and usage of spatial repositories

Somerset, NJ

In the project “Smart Grid Analytics and Energy Price Forecasting”, I have contributed towards the development of smart energy analytics solution portfolio for its utilities and industrial clients to integrate and manage Smart Grid and Renewable Energy infrastructure. The overall aim of the project is to collect data in (near) real time and to facilitate.

Allentown, PA

This project was aimed towards the development of geospatial models and perform object based image analysis for making informed business decisions. Involved in spatial data collection and munging, creating geodatabases, and performing necessary analytics. Generated progress reports and manuals to communicate with team members and provide guidelines for.

Binghamton, New York

At AMA, I was involved in the development of commercial data acquisition system for material characterization. In this I have been leveraging my expertise in geophysics and data analysis to integrate complex statistical tools with hardware systems. These equipment are used for testing “materials/products” for characteristic properties like porosity.

Binghamton, NY, USA

• The goal of this project was to model the spatial and temporal variability of the oceans due to atmospheric pressure using TOPEX satellite data. Additionally, I calculated the effect on the Earth’s rotation due to.
• Dissertation Topic: Topex Data Analysis to Infer Earth’s Rotational Fluctuations Forced by the Oceanic Response to Atmospheric Pressure Variations.
• Obtained TOPEX satellite data from NASA-JPL in netCDF format and extracted them to obtain Big Data of 216 gigabyte (~300 million data records).
• Obtained the daily atmospheric pressure data from Atmospheric and Environmental Research, Inc. and sampled the data for time period of 3 days.
• Corrected the complex-numbered sea level time series for effects due to tides, winds and seasonal change; applied conservation of mass.
• Fitted a sinusoidal regression model with a trend line to isolate the effects due to seasonality.

Binghamton, NY, USA

I was a Teaching assistant for 4 undergraduate and graduate level courses. I gave few guest lectures, conduct lab works, in addition to assisting the instructor during class hours, assignment and quiz grading, holding office-hours and review sessions to attend to student's doubts and proctoring exams.

Binghamton, NY, USA

• During this project, I simulated the ocean-atmosphere interactions and establish the spatial and temporal variability in the sea-level change due to atmospheric pressure fluctuations. The main aim was to check the.
• Simulated the oceanic response to the unit amplitude atmospheric pressure variations
• Established the spatial & temporal variability of the ocean forced by atmospheric pressure
• Developed Green’s function based spatio-temporal model and simulated using unit amplitude atmospheric pressure on the oceanic surface.
• Applied spherical harmonics for global representation of the oceanic response to atmospheric pressure.
• Illustrated the results by creating global plots using PSI-Plot software.

Kharagpur Area, India

• This project was to study the gravity anomaly of the Orissa region of India and the tectonic activity based on past gravity data.
• Master’s Thesis: Delineation of Crustal Structures using Gravity methods of Prospecting.
• Acquired gravity data over Talchir basin using a gravimeter
• Developed C++ programs to apply drift, latitude, free-air & bouguer corrections to the data
• Modeled the crustal structure of the Talchir basin

Dona Paula, Goa, India

• This project was mainly focus on gravity data analysis to study sea-floor structure and deformation of Saurashtra Continental Margin, India.
• Research Topic: Gravity & Magnetic data analysis of the Saurashtra region, India
• Studied the crustal deformation of Saurashtra Continental Margin by forward modeling of sea-surface and satellite gravity data
• Developed Generic Mapping Tool programs for illustrating the results

Chennai Area, India

• An industrial training at Oil and Natural Gas Corporation Ltd.(ONGC), India, during summer 2007. It included extensive field work (in Bengal & KG-PG Basin) and data processing of the obtained data.
• Surveyed, studied and analyzed the geology of the Bengal & Krishna-Godavari Basin
• Designed swath geometries (of shot & receiver lines) for the seismic data acquisition and acquired them using UL-408 (a seismic recording unit)
• Processed and interpreted the acquired seismic data using various steps including deconvolution, velocity analysis, normal move out correction, static correction, migration

Dona Paula, Goa, India

• Research Topic: Gravity Signatures along Western Continental Margin of India
• Modeled the crustal structure along Laxmi basin & Bombay-High using forward modeling of marine gravity data

Phd

Integrated Masters Of Science (M.Sc. + B.Sc.)