University College of Southeast Norway PhD Program in Process, Energy and Automation Engineering
University College of Southeast Norway

University College of Southeast Norway

PhD Program in Process, Energy and Automation Engineering

  • Rauland, Norway
  • Hønefoss, Norway

PhD

6 semesters

English

Full time

On-Campus

Key Summary

    About : The PhD Program in Process, Energy and Automation Engineering focuses on advanced research in optimizing processes in various industries. This program encourages innovation in energy use and automation techniques, preparing students for challenges within the field. You'll engage with cutting-edge technologies and methodologies to contribute to sustainable solutions.
    Career Outcomes : Graduates can pursue diverse career paths, including roles as researchers, energy consultants, process engineers, or automation specialists. Opportunities exist within sectors such as energy, manufacturing, research, and environmental agencies, where they can lead projects aimed at improving efficiency and sustainability.

About the programme

The aim of the PhD programme is to educate candidates with knowledge and skills that make them competent to improve production processes and reduce environmental impacts of such processes. This may be achieved through new or modified equipment and procedures, and through improved process control. The ultimate goal is to increase the industrial sustainability.

The successful candidate will typically find employment in companies, universities or research institutes working on design, operation, control and measurements of industrial processes.

Research groups

PhD students enrolled in the program are involved in one of the following research groups:

  • Energy and CO2 capture (ECC)
  • Hydro Power, Transmission and Distribution
  • Self-Monitoring, Analysis and Reporting Technologies (SMART)
  • Telemark Modeling and Control Centre (TMCC)
  • Telemark Process Safety, Combustion and Explosion Laboratory (TPSCEL)

Examples of research areas are (in alphabetic order):

  • Alternative fuels
  • Catalysis
  • Biogas production
  • Chemometrics
  • CO2 capture
  • Gasification
  • High-voltage power systems
  • Hydrogen safety
  • Hydro power
  • Multiphase flow processes
  • Process control
  • Sensor technology
  • Smart houses

The faculty research groups cooperate with many international partners, mainly through joint research projects.

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