Kaunas University of Technology

Overview

The PhD programme in Energetics and Power Engineering at Kaunas University of Technology (KTU), in collaboration with the Lithuanian Energy Institute, is designed to cultivate researchers equipped for advanced roles in energy systems, including thermal and electrical energetics, and smart grids. This doctoral course emphasizes research and the development of a dissertation in specialized fields such as thermal energetics, nuclear energetics, and electrical energetics, while fostering strong connections with industry and research practices.

What you'll study

The doctoral programme integrates rigorous coursework with supervised research, culminating in a dissertation. The curriculum aims to enhance theoretical knowledge and research skills in the domain of energetics and power engineering.

• Core doctoral courses include:
  • Power Systems Reliability Models
  • Sustainable Energy and Environment
  • Thermodynamics
  • Combined Transfer Processes in Fluid Flows
  • Dynamics and Stability of Power Systems
  • Simulation of Accidental Thermal-Hydraulic Processes
  • Electromagnetic Processes in Electrical Power Systems
  • Power System Planning and Control
  • Thermal Hydromechanics of Single-Phase Flow
• Research component: Involves developing an approved research topic, data collection and modeling, and preparation of dissertation results.
• Dissertation: Must be prepared and defended within one of the programme’s scientific directions, such as Thermal Energetics, Nuclear Energetics, or Electrical Energetics.

Note: The specific course sequence and schedule may differ by cohort and supervisor. Please verify the current curriculum on the programme's website.

Entry requirements

• Mathematics: An Online Mathematics Placement Test (OMPT) is accepted, with a minimum score requirement.
• Previous degree: A recognized Master’s diploma with a diploma supplement (or an equivalent higher education qualification) and academic transcripts.
• Recognition for international qualifications: A certificate of recognition is required if the degree was obtained outside Lithuania.
• Language of documents: All transcripts and documents must be translated into English or Lithuanian and notary verified as needed.

Career prospects

Graduates of the PhD programme in Energetics and Power Engineering are well-prepared for a variety of roles in academia, research institutions, and industry. Career paths may include positions in energy policy, sustainable energy development, smart grid technology, and advanced research in thermal and electrical energetics, contributing to the evolution of energy systems worldwide.