Amarjeet Kumar Email & Phone Number

Perth, Western Australia, Australia

Working on the tools blending physics and AI to enhance signal processing algorithms.

Perth, Western Australia, Australia

Created tools designed for processing converted waves, alongside both supervised and unsupervised deep learning tools tailored for various signal processing tasks like Vz denoising, deghosting, interpolation/reconstructions and noise reduction.

Perth, Australia

Worked on Machine learning applications for seismic data processing, Vz denoise, Ground Roll, Time lapse 4D denoise, Land denoise and 3D/5D Interpolation.

Perth, Australia

Worked onDeblending (Land/Marine/OBN(sparse or dense node)), Simultaneously Deblending and Interpolation,Adaptive subtraction (Space-Time as well as 2D/3D Curvelet),1C/2C Adaptive Deghosting, Shallow Water Demultiple techniques,SRME (Land and Marine) De-noise algorithms (Swell and SI), Imaging with multiples technology.!!

Delft Area, Netherlands

My PhD topic is 3-D seismic acquisition geometry (Land, Marine or OBC) designing and analysis using available subsurface model, further incorporating extra illumination from all multiples (surface-related as well as internal) in the analysis. Key points:— Separate analysis of the source and the detector geometry,— The subsurface structure is taken into account, as in prestack migration,— Yielding quantitative measures of image quality: resolution and angle-dependent amplitudes at the target area,— Most importantly, the multiples are considered signal in this method, leading to extra free illuminations.

Oslo Area, Norway

Marine survey geometry designing and analysis using all multiples

Mumbai Area, India

worked on High resolution seismic data processing for Raniganj area to get coal bead methane(cbm) reflectors. Software used for Processing:- Seisunix

Canberra, Australia

I Worked on Seal 3 Project, which aim was to find the crustal variations of South Eastern Australian Lithosphere(SEAL). Teleseismic P wave receiver functions were estimated for about 60% of SEAL3 short period stations;others were too noisy to produce RF. We obtain Rayleigh wave group velocity dispersion and associated uncertainties at each station and the dispersion data are inverted simultaneously with receiver functions to get crustal thickness.

Darmstadt Area, Germany

Project work was to interpret,prepare,analyze and visualize the seismicity data using ArcGIS 9.2 Software. Achieved success in getting one single database for all the earthquake data for the last 1000 years of region Hessen and Rhein-P-flatz.

Doctor Of Philosophy - Phd, Geophysics

5 Year Integrated Master Course, Exploration Geophysics, 8.59/10

10+2, Academic