I am working on linking methods from optimization and control theory. My goal is to systematically develop practically applicable solutions for operating process systems in a safe, reliable, and economical way.

Funded Research Projects

• SUBPRO Zero: Substantial progress to Zero emissinos (Industrially funded 2023-2026)

• FRINATEK Researcher Project: Sensitivity-based path-following for robust economic model predictive control

• IKTPLUSS Bilateral Project Norway-China: AutoPRO, Digitalization for Autonomous Prognosis and Production Optimization in Offshore Production Systems

• Automatic Calibration of Digital twins (“Drifting twins”). Funded within the SUBPRO center for research-based innovation SUBPRO SFI

• Optimal Process operations, Funded by the HighEFF center for research-based innovation.

Former Research Projects

• Young Researcher Talents Grant funded by the Norwegian Research Council: Fast hierarchical economic optimization of dynamic systems

• Industrial research project funded by Yara AS. Electrolyzer Control

• Estimation of unmeasured process variables for subsea processing systems, Funded within the center for research-based innovation SUBPRO SFI

• Operational strategies for extending the remaining useful life of subsea processing systems, Funded within the SUBPRO center for research-based innovation SUBPRO SFI

• Enhanced Virtual Flow Metering Funded within the SUBPRO center for research-based innovation SUBPRO SFI

• Energy Efficiency optimization of large-scale systems under uncertainty, Funded by the HighEFF center for research-based innovation.