Program Learning Outcomes:
Upon completion of the Mechanical Engineering program, graduates will be able to:
1. Modeling and Analysis
Model, analyze, and design physical systems related to the discipline by applying principles of thermodynamics, heat transfer, fluid mechanics, solid mechanics, material science, measurement and instrumentation, control systems, mechanical design and analysis, dynamics, and vibrations.
B2. Engineering Tools and Methodologies
Utilize both traditional and modern computer-based tools and methodologies in the design of machine components and mechanical systems.
3. Equipment Selection
Identify, evaluate, and select mechanical equipment that ensures the attainment of the required performance.
B4. Standards and Specifications
Apply national and international codes, standards, and specifications in the design, construction, operation, testing, and maintenance of mechanical equipment and systems.
Mechanical Power Engineering Graduate Competencies
A graduate of Mechanical Power Engineering is expected to be able to:
1. Describe the performance parameters of energy-producing and energy-consuming equipment.
2. Calculate heating and cooling rates in engineering processes.
3. Identify the main sources of energy loss in engines, turbines, compressors, and pumps.
4. Analyze the various sources of energy loss in industrial operations.
5. Determine the functional relationships of machine components to regulate and optimize energy output.
6. Select the appropriate capacity of motors and pumps for industrial and domestic applications.
7. Identify the optimal operating conditions of heat and mass transfer equipment to maximize efficiency.
8. Specify proper dimensions to ensure compatibility between engine components and power plant systems.
9. Simulate flow fields and predict the thermal behavior of mechanical power systems using computational methods.
10. Demonstrate additional specialized competencies in mechanical power engineering, including:
Power Generation: Selection, integration, and operation of energy supply systems for industrial and domestic use.
Energy and Sustainability: Management of energy resources and improvement of energy conversion efficiency.
Process and Equipment Design: Analysis, design, integration, and operation of diverse energy subsystems.
System Customization: Tailoring systems to meet functional requirements while ensuring environmental compliance, service reliability, and operational safety.
Nuclear Power Plants: Operation and maintenance of thermal and hydraulic systems in nuclear facilities.
-Graduates of the program may pursue careers in:
- Industrial production and service processes.
- Petrochemical industries and power plants.
- Management of production and service sectors.
- Infrastructure development for aviation, maritime transport, power generation, and the automotive industry.
- Air-conditioning and refrigeration systems.
- Environmental protection and safety management.
- Scientific research and development.