Department of Power Mechanics Engineering Technologies
Mechanical Power Engineering
PhD Studies
The PhD program in our department represents the highest academic level. It aims to prepare researchers and engineers capable of designing, analyzing, and operating thermal and mechanical power systems. We focus on practical, applicable solutions for factories, power plants, the transport sector, and industrial maintenance.
Research Areas
The PhD program focuses on applied and fundamental research in the following fields:
- Thermal sciences and heat transfer processes
- Internal combustion engines and propulsion systems
- High-capacity HVAC and refrigeration machinery
- Fluid dynamics, hydraulics, and piping systems
- Conventional and renewable power plants (steam, gas, solar-thermal, wind)
- Stress analysis, materials, and component reliability
- CAD/CAM and numerical simulation (CFD, FEA)
- Engineering maintenance, failure management, and industrial optimization
Admission Requirements
Admission is conducted in accordance with ministerial regulations and appropriate technical criteria:
- Master’s degree in Mechanical Engineering, Mechanical Technologies Engineering, or a related discipline
- Submission of a clear, technically justified preliminary research proposal
- Passing the specialized competitive exam and the technical interview
- Evidence of practical skills or field experience is considered an advantage (projects, training, engineering work)
Weekly Schedule
PhD students can follow seminars, labs, and field visits via the link below. Regularly check for lab and workshop updates.
Download ScheduleSupervision & Facilities
Supervision combines academic guidance with hands-on training. The department provides laboratory infrastructure for thermal and mechanical property testing.
- Individual supervision and periodic technical reports
- Capability to conduct engine experiments and performance testing of power units
- Mechanical workshops and thermal/hydraulic labs available for research
- Support for publishing papers and participation in technical conferences
Practical Training & Applied Projects
The program encourages applied projects that tackle measurable, real-world industrial problems.
- Design and development of industrial cooling or heating systems
- Efficiency enhancement of power plants and thermal engines
- Maintenance studies and failure analysis of rotating equipment
Research Resources & Facilities
Laboratory halls and advanced measurement equipment are available to researchers.
- Heat-transfer labs and thermal-efficiency measurement facilities
- Test stations for generators and engines
- CFD and FEA simulation workstations within the department
Industrial Collaboration
Departmental partnerships with factories and the energy sector enable applied prototypes and technology transfer.
- Joint projects with power plants and manufacturing companies
- Field visits and on-site industrial training
- Opportunities to improve and evaluate real industrial processes