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Master’s Program – Department of Power Mechanics Engineering Technologies

Department of Power Mechanics Engineering Technologies

Mechanical Power Engineering

Master’s Program

The Master’s degree in our department develops advanced analysis, design, and application skills in power and thermal sciences. The program blends theoretical knowledge with hands-on training and numerical modeling to prepare graduates for both industrial and academic careers.

Curriculum

The curriculum covers advanced topics and applied laboratories in the following areas:

  • Advanced heat transfer and heat exchange
  • Advanced fluid dynamics and numerical simulation (CFD)
  • Finite Element Analysis (FEA) and mechanics of materials
  • Design of power systems and thermal engines
  • Industrial refrigeration & HVAC systems and insulation materials

Admission Requirements

The following technical and practical requirements apply:

  • BSc in Mechanical Engineering, Power Mechanics Technologies, or a related field
  • Passing the competitive exam and the technical interview
  • Submitting a CV and any relevant practical experience (if available)

Weekly Schedule

View schedules, labs, and workshops through the link below. Please follow updates for applied project timelines.

Download Schedule

Graduate Opportunities

Master’s graduates are qualified to work across advanced industrial and engineering sectors:

  • Power generation plants and engineering maintenance
  • Manufacturers of machinery and rotating equipment
  • Industrial refrigeration and HVAC companies
  • Engineering consulting and industrial research centers

Practical Training & Labs

Facilities include thermal laboratories, test rigs, and advanced simulation tools.

  • Test stations for engines and refrigeration circuits
  • Experimental setups for heat transfer and energy systems
  • Department workstations equipped with CFD and FEA software

Industrial Collaboration

Partnerships with factories and energy companies enable applied research and industrial optimization.

  • Joint projects to reduce fuel consumption and boost efficiency
  • Field visits and training on real industrial equipment
  • Case studies and performance improvement of industrial assets

Publications & Research

Support is provided for writing, publishing, and conference participation.

  • Workshops on scientific writing and peer review
  • Limited funding for applied research projects
  • Facilitated international collaboration when partnerships are available

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