CV
Education, experience, and skills
Geophysicist and SciML researcher bridging theoretical deep learning with practical geophysical applications. 5+ years of industry R&D leadership and 4+ years of graduate research.
Education
PhD in Geophysics
- GPA: 3.9/4.0
- Thesis: “Towards real-time microseismic monitoring using deep learning”
- Advisor: Dr. Umair Bin Waheed
- Key coursework: Deep Learning, Machine Learning, Wave Propagation, Signal Analysis
Master of Science in Geosciences
- GPA: 4.0/4.0
- Specialization: Applied Geophysics
- Thesis: “Geophysical constraints on the flexural subsidence of the Denver Basin”
- Advisor: Dr. Dennis Harry
Bachelor of Science in Geophysics
- GPA: 4.9/5.0
- Specialization: Well-Log Data Analysis
- Thesis: “Application of well-log data analysis for assessment of porosity types of a carbonate reservoir”
- Advisor: Dr. Victor Kosarev
Professional experience
Graduate Research Assistant
- Methodological innovation: Developed a novel Diffusion model framework for joint parameter inversion, incorporating uncertainty quantification for highly ill-posed geophysical problems
- Algorithm efficiency & generalization: Engineered lightweight Fourier Neural Operators (FNO) for real-time edge computing, extensively validating generalizability across out-of-distribution benchmark datasets (e.g., OpenFWI, Marmousi)
- Academic collaboration: Collaborated cross-functionally to integrate advanced deep learning architectures into traditional seismic workflows, resulting in multiple high-impact journal submissions
Lead Expert
- R&D leadership & mentorship: Managed and mentored a cross-functional team of 8 engineers, leading end-to-end technical projects from conceptualization to field deployment
- Commercial impact: Successfully screened and secured internal funding for 12 R&D projects with an aggregate Expected Monetary Value (EMV) exceeding $280M
- Technology deployment: Directed the field piloting of new technologies for difficult-to-recover reserves, ensuring alignment with corporate efficiency and sustainability targets
Graduate Research Assistant
- Data assimilation & digital twins: Integrated satellite interferometry data using Ensemble Kalman Filters (EnKF)
- HPC environment: Utilized supercomputing resources for large-scale geophysical modeling
Technical skills
Scientific Deep Learning
Generative Models (DDPM, I2SB), Neural Operators (FNO, GNO), Explainable AI (SHAP, GradCAM), Physics-Informed Machine Learning
Signal Processing & Inverse Theory
Ill-posed inverse problems, Data Assimilation (EnKF), High-fidelity data compression, Time-series analysis, FFT
Computing & Software
PyTorch, CUDA Optimization, HPC environments, Python (NumPy, SciPy, ObsPy), Linux/Unix
Training & certifications
- Summer School of Machine Learning by Skoltech (2025)
- Scientific Machine Learning for the E&P (2025)
- AWS Educate Machine Learning Foundations (2025)
- SLB AI Academy (2024)
- Geothermal Energy Fundamentals (2024)