TGS provides scientific data and intelligence to the global energy sector, enabling energy for all by unlocking vital, data‑driven solutions and knowledge. Through an extensive and diverse energy data library, advanced analytics, cloud‑based applications, and specialized services, we work in a way that is Passionate, Results‑Driven, Collaborative, and Responsible.
Are you passionate about inverse problems, optimization, advanced imaging, and machine learning? This is your chance to dive into real-world applications in the energy industry and turn your curiosity into impact through an exciting, hands-on internship!
As a Research Geophysics Intern, you will collaborate with our Research & Technology Special Projects team at our Houston Headquarters location to tackle complex, real-world challenges in subsurface and geoscience data. Working closely with the Senior Principal Geophysicist and team members, you will contribute to the advancement of seismic imaging and inversion through early-stage research and proof-of-concept development, while exploring innovative solutions using cutting-edge technologies such as machine learning and AI.
Responsibilities
• Contribute to early-stage research and proof-of-concept development of new solutions for seismic imaging and inversion.
• Explore and validate innovative concepts by leveraging cutting-edge technologies, including machine learning, and AI where applicable.
Key Job Duties
• Design forward-looking tools and workflows that drive innovation and reshape traditional geophysical methodologies
• Integrate analytical and physics-based approaches with modern AI and data science techniques to unlock new possibilities in seismic imaging
• Evaluate new ideas using synthetic and field datasets to assess performance and practical value
• Support the transition of promising solutions from discovery to commercialization
• Document research outcomes through technical reports and presentations for internal and external knowledge sharing
Key Compentencies
• Solid foundation in seismic imaging/inversion concepts and ability to connect theory to practical workflows
• Strong analytical skills and numerical background for solving seismic inverse problems
• Ability to prototype and evaluate ML/AI ideas as complements to physics-based methods
• Research-minded and proactive, staying current with state-of-the-art methods and technologies.
Qualifcations
Education
• Currently pursuing a Master’s or Ph.D. in Geophysics, Earth Sciences, Applied Physics, Applied Mathematics, Computational Science, or a related field
Required Skills & Experience
• Familiarity with seismic data processing techniques, inversion methods, or imaging algorithms
• Proficiency in Python, MATLAB, or C/C++ for scientific computing
• Experience with numerical methods and optimization theory
• Exposure to machine learning applications in seismic imaging and inversion
• Comfortable working in Linux/Unix environment
If you meet the qualifications and are passionate contributing to our team, we encourage you to submit your application by 05/29/2026.
