Electromechanic

Core Courses

Core courses provide fundamental knowledge and essential skills in electromechanical engineering, covering the following areas:

• Electrical Machines Modeling and Simulation: Deep dive into dynamic modeling techniques, performance analysis, and simulation of electrical machines.
• Advanced Power Electronics: Examination of sophisticated power electronic systems, converter topologies, and their practical control methods.
• Industrial Power Grids: Comprehensive overview of the structure, components, and safety considerations in industrial electrical networks.
• Industrial Mechanisms and Power Transmission: Intensive study of mechanical connections, kinematics, rotational and translation guidance, and power transmission components.
• Hydraulic and Pneumatic Machinery: Analysis and application of fluid dynamics principles to hydraulic and pneumatic systems and machinery.
• Machine Control and Regulation Detailed exploration of modern control techniques and electronic power control applied to various electrical machines.
• Applied Thermodynamics: Advanced treatment of thermodynamic principles and their applications in industrial thermal systems and energy conversion.
• Applied Fluid Mechanics: Rigorous exploration of fluid dynamics, conservation laws, and real-world applications in industrial fluid systems.
• Diagnostic and Monitoring Techniques: Instruction on maintenance strategies, fault diagnosis methods, and continuous monitoring systems for industrial equipment.

 

Advanced Topics

As students progress through the program, they explore more specialized and advanced subjects essential to the field of electromechanics. These include:

• Advanced Modeling and Simulation of Electromechanical Systems
• Modern Control Techniques and Intelligent Control Systems
• Power Electronics and Renewable Energy Integration
• Computational Fluid Dynamics (CFD) for Hydraulic and Pneumatic Systems
• Industrial Robotics and Mechatronics
• Energy Efficiency and Sustainable Technologies
• Advanced Materials for Electromechanical Applications
• Predictive Maintenance and Reliability Engineering

These advanced modules are complemented by hands-on laboratory work, technical projects, and real-world applications, allowing students to apply theoretical knowledge to electromechanical system design, industrial manufacturing, automation, and maintenance, preparing them for careers in diverse engineering sectors.