Materials and Structures Construction in the Mechanical Engineering undergraduate program focuses on the study, analysis, and application of materials and structural design principles. Students in this group study various types of materials such as metals, composites, and polymeric materials and understand their mechanical behavior and properties. Learning materials include structural design and analysis principles, construction techniques, manufacturing methods, and material testing. Students understand how to select appropriate materials for specific applications, design strong and efficient structures, and consider factors such as load, safety, and sustainability. During the program, students engage in practical projects that involve designing, manufacturing, and testing structures or components using various production techniques. They also learn about advanced technologies such as welding techniques, 3D modeling, and structural simulation to enhance their skills.

Production Engineering in the Mechanical Engineering undergraduate program focuses on an in-depth understanding of manufacturing processes, production technology, and production management. Students in this group study various production techniques to create high-quality components and products with optimal efficiency. Learning materials include machining techniques, process modeling and simulation, automation, quality control, fabrication techniques, and supply chain management. Students understand how to manage production from planning, product development, to mass production. They also learn production efficiency strategies and operational performance improvement. During the program, students are involved in practical projects that involve designing and implementing production systems, selecting equipment, and managing workflows. They are also taught to understand and apply cutting-edge technologies such as integrated manufacturing, automated control, and production performance analysis methods.

Maintenance and Care within the Mechanical Engineering undergraduate program is a specialized focus that studies the methods, techniques and principles required to maintain optimal performance and extend the life of industrial machinery and equipment. Students in this group understand the importance of preventive maintenance, repair, and asset management in a production environment. Learning materials include preventive, predictive, and reactive maintenance, failure analysis, equipment lifecycle management, condition monitoring techniques, and spare parts management. Students also learn about the latest maintenance software, diagnostic tools, and related technologies to assist in effective maintenance. During the program, students engage in simulations and real-world projects that enable them to develop practical skills in identifying, analyzing, and solving maintenance problems. They are also immersed in strategic planning concepts for efficient maintenance and job security.

Energy Conversion in the Mechanical Engineering undergraduate program is a field that focuses on the conversion of various forms of energy into usable forms, such as mechanical, thermal, or electrical energy. Students in this group study the principles of energy conversion from natural energy sources such as fossil, solar, wind, hydro, and nuclear. Learning materials include an in-depth understanding of energy conversion machines such as steam engines, gas turbines, combustion motors, and electric engines. Students also study renewable energy processes, energy storage technologies, and energy efficiency. They go in-depth on thermal analysis, heat transfer, and techniques needed to optimize the energy conversion process. During the program, students engage in research projects and experiments aimed at developing new technologies for energy efficiency and environmental friendliness. They learn to design, build, and optimize renewable energy systems and identify innovative solutions in the context of energy conversion.