Mohammad Abuasbeh

PhD candidate in the Energy Technology department

Obtained a Mechanical Engineering degree. After working in the industry for a few years in mechanical testing and conformity analysis, I was awarded the Swedish Institute Scholarship for Global Professionals (SISGP)  to pursue a master's degree in sustainable energy engineering at KTH. Then I joined KTH as a research engineer and Ph.D. Candidate.

Mission

To contribute to a leading research group in ground source heat pumps, energy storage, and Physics-Informed Machine Learning areas at KTH. I enjoy research, teaching, as well as spreading knowledge and bridging the gap between academia and industry.

Research

• Thermal Energy Storage (modeling, design, performance, and exergy)
• Aquifer Thermal Energy Storage ATES
• Hydraulic and Thermal Modeling or Geothermal Energy Storage
• Ground Source Heat Pump Systems (operation, fault detection and diagnosis)
• Large-scale geothermal plant monitoring (Data Acquisition,  Management, and Performance analysis)
• Energy Systems Modelling
• Distributed Temperature Sensing using laser & fiber optic cables (installation, calibration, uncertainty and data processing)
• Data-Driven Modelling of Energy Systems
• Physics-Informed Machine Learning

Teaching

• MJ1103   Introduction to Mechanical Engineering
• MJ1112    Applied Thermodynamics
• MJ1401   Heat Transfer
• MJ146X  Degree Project in Sustainable Energy Engineering
• MJ2407  Sustainable Energy Utilization
• MJ2422  Thermal Comfort and Indoor Climate
• MJ2423  Applied Refrigeration and Heat Pump Technology
• MJ2443  Heating, Cooling, and Indoor Climate
• MJ2507 AI Applications in Sustainable Energy Engineering

Beyond Research

• KTH PhD Chapter Board Chairperson (2021/2023).
• Member of the SI Network for Future Global Leaders
• Member of the International Ground Source Heat Pump Association (IGSHPA)
• Science, technology, and sports enthusiast.