Materials and Structures in Mechanical Engineering focuses on developing materials and designing strong, lightweight, and durable structures for applications in the manufacturing and transportation industries. The group addresses the characterization, synthesis, and development of new materials, as well as manufacturing techniques for the creation of efficient and high-quality structures. Studies in this group integrate materials science and mechanical engineering to create materials with desired properties. Students learn the principles of materials engineering that underlie the selection and development of materials for various applications. They also understand how to conduct material characterization tests to ensure quality and reliability. Structural design is a key focus, where students understand the theories and principles that shape strong and efficient structures. The use of modern technologies such as computer simulation to analyze and predict structural behavior is also studied. In addition to ensuring the strength and safety of structures, sustainability is also a major concern. Students are taught to seek environmentally friendly solutions, such as the use of recycled materials, energy-efficient manufacturing processes, and modeling to minimize waste.

Energy Conversion in Mechanical Engineering focuses on the development of technologies and systems that can convert energy sources into more useful and efficient forms of energy, such as electricity, heat, or mechanical motion. This group discusses various technologies and systems, such as power generation engines, combustion engines, turbine engines, and others. Students in this discipline learn the basic principles of energy conversion, including the laws of thermodynamics and fluid mechanics. They also understand the characteristics and applications of various types of engines, as well as the latest technologies in optimizing energy conversion. It is important to ensure efficient and environmentally friendly use of energy sources. Therefore, students also learn about renewable energy such as solar, wind, hydro, and biomass. They are taught to design systems that integrate renewable energy technologies with existing energy infrastructure, reducing dependence on fossil fuels and reducing carbon emissions. Sustainability aspects are also a focus, with students considering the environmental impact of energy conversion and seeking solutions to minimize carbon footprints. They develop a deep understanding of energy-saving technologies, energy management, and energy efficiency to realize a greener world.

Manufacturing Engineering in Mechanical Engineering focuses on the development of technologies and systems related to mass product manufacturing or mass customization. The group discusses the design and development of manufacturing equipment, machines, and systems, as well as production process optimization techniques and supply chain management. Students in this discipline learn various techniques to manufacture products efficiently and competitively. They understand the principles of manufacturing, including material selection, production methods, quality control, and tool and machine design. This is important to ensure that products are produced in accordance with high-quality standards. In addition, students also learn the latest technologies in manufacturing, such as digital manufacturing, automation, and industrial robotics. They are taught to design and implement production systems that can improve production efficiency, speed, and flexibility. Sustainability is also a focus, where students consider the environmental impact of manufacturing processes and look for solutions to minimize the carbon footprint. The application of this knowledge in the manufacturing industry is an important part of the curriculum. Students learn to design, implement, and optimize production systems that are efficient and able to compete in a competitive global market.

Maintenance Engineering/Management in Mechanical Engineering focuses on developing techniques and strategies to maintain machine tools and systems in optimal condition. The group addresses the planning, maintenance, and repair of machine tools and systems, as well as the management of maintenance data and information. Students in this discipline learn effective maintenance strategies to ensure machine tools and systems operate consistently with optimal performance. They understand the basic principles of maintenance, failure analysis, and preventive maintenance planning. This is important to minimize downtime, increase equipment availability, and reduce maintenance costs. In addition, students also learn the latest technologies related to maintenance, such as predictive maintenance and the Internet of Things (IoT). They are taught to use data and sensors to monitor equipment operational conditions in real time and perform necessary maintenance before failures occur. These technologies help improve maintenance efficiency and optimize resource usage. Maintenance data and information management are also a focus in the curriculum. Students learn how to manage maintenance-related data, utilize information systems to plan maintenance schedules and apply effective management principles. These skills are essential for timely maintenance-related decision-making.

Sustainable Energy Management and Technology in Mechanical Engineering focuses on the development of sustainable energy management technologies and strategies, including renewable energy sources and energy efficiency. The group discusses various technologies and systems that integrate energy management with sustainable approaches, such as building energy management, green transportation systems, and renewable energy systems. Students in this discipline learn energy efficiency strategies to optimize energy use in various contexts, ranging from households to industries. They understand the principles of energy management which include monitoring energy consumption, analyzing energy use patterns, and implementing measures to effectively reduce energy consumption. In addition to energy efficiency, the development and implementation of renewable energy technologies is a key focus. Students study various renewable energy sources such as solar, wind, biomass, and hydroelectric power. They understand the principles of these technologies, their integration into existing energy systems, and the sustainability of their use. Building energy management is also an important part of the curriculum. Students learn how to design and manage buildings with high energy efficiency, including the application of advanced technologies to monitor and regulate energy consumption.