Home PhD PhD Candidate in AI for Hydrocarbon Process Systems Engineering, NTNU, Norway

PhD Candidate in AI for Hydrocarbon Process Systems Engineering, NTNU, Norway

Postdoc in Norway

Summary

The Department of Energy and Process Engineering (EPT) at NTNU offers a scholarship for a PhD candidate focused on the AI-Powered Integrated Reservoir, Flow, and Process Optimization (AI-PRO) project. This position aims to develop innovative methods at the intersection of scientific machine learning and process systems engineering.

PhD Candidate in AI for Hydrocarbon Process Systems Engineering, NTNU, Norway

Designation

PhD Candidate


Details of the Scholarship

ParameterDetails
Research AreaAI-based models for surface-level processes in hydrocarbon systems
LocationNTNU, Trondheim, Norway
Eligibility/Qualification– Relevant Master’s degree in process systems engineering, chemical engineering, energy systems engineering, mechanical engineering, or equivalent.
– Minimum average grade of B or equivalent.
– Excellent English skills (oral and written).
– Proficiency in at least one coding language (e.g., Python, Matlab, C++).
– Competence in computational mathematics, computer science, or numerical methods in relevant areas.
Job Description– Complete doctoral education.
– Conduct high-quality research.
– Engage in academic publications and dissemination.
– Participate in international research activities.
– Collaborate with researchers and industrial partners.
How to ApplySend your application electronically via Jobbnorge.no. Include:
– Transcripts and diplomas for all degrees
– CV
– Master’s thesis
– Project outline (max 1500 words)
– Short letter of motivation (400 words)
– Relevant publications
– Names of three referees.
Last Date to ApplyJune 26, 2025

For more information and application details, please contact:

  • Professor Thomas A. Adams II: thomas.a.adams@ntnu.no
  • HR Consultant Martha Aftret Karlsvik: hr@ept.ntnu.no

This is a fantastic opportunity for motivated individuals looking to be at the forefront of AI-driven research in hydrocarbon processing within a dynamic international environment.

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