Civil Engineering is a discipline within Professional Engineering Education that focuses on the planning, design, construction and maintenance of the physical infrastructure that forms the backbone of modern society. Civil engineers have a huge responsibility in ensuring this infrastructure not only functions properly, but is also safe and meets the needs of society. Projects in Civil Engineering cover a wide range of elements, from skyscrapers to magnificent bridges, highways, airports, clean water and sanitation systems and more. Civil engineers must have in-depth knowledge of engineering principles, materials science and construction technology. In addition to technical expertise, social, economic and environmental aspects must also be considered at every stage of the project. A balance between infrastructure development that can improve people's quality of life and protection of the environment is the main goal. Civil engineers must think about the long-term impact of their projects on the community and the natural surroundings. Teamwork, effective communication and good project management are key skills that civil engineers must possess. They often work closely with architects, urban planners, environmentalists and governments to ensure the success of a project.

Industrial Engineering is a discipline within Professional Engineer Education that focuses on designing, developing, and optimizing production systems and processes within an organization. The goal is to improve production efficiency and effectiveness by minimizing costs, time, and resource use. Industrial engineers study methodologies and tools to analyze and improve systems, be it in the manufacturing or service sector. They use scientific approaches to design work systems, manage supply chains, conduct production planning, and improve product quality. One of the main focuses in Industrial Engineering is supply chain management, where engineers understand and manage the movement and storage of materials, production, and distribution of products efficiently. They also study business strategies to improve company performance, including risk management and decision-making. The expertise of industrial engineers is critical in developing innovations and new technologies that can improve a company's productivity and competitiveness in a competitive global market. By combining engineering knowledge with a deep understanding of business, industrial engineers are able to create holistic solutions to complex production and operational challenges.

Mechanical Engineering is a discipline within Professional Engineer Education that focuses on the design, manufacture, and maintenance of mechanical machines and systems. Mechanical engineers are responsible for ensuring that such machines and systems operate efficiently and effectively in accordance with their intended purpose and needs. In carrying out their duties, they must consider important factors such as reliability, safety, and comfort in every stage of the production process and machine use. One aspect that is highly emphasized in the field of Mechanical Engineering is the latest technology, especially related to automotive, renewable energy, and advanced manufacturing. Mechanical engineers study and implement these technologies to develop innovative products that are highly competitive in a competitive global market. Along with focusing on technological innovation, mechanical engineers also have an important role in developing sustainable environmental and health-related policies in the manufacturing industry. They work to create solutions and best practices that are environmentally friendly and promote health and safety in the work environment.

Architecture is a discipline within Professional Engineer Education that focuses on the design, construction, and development of buildings. Architectural engineers have a great responsibility to create buildings that meet the criteria of safety, functionality, aesthetics and sustainability. They consider crucial factors such as building structure, appropriate material selection, and user needs at every stage of the design and construction process. One of the important aspects in the field of Architecture is understanding and implementing the latest technologies related to sustainable and eco-friendly buildings. Architectural engineers study and implement these technologies to create innovative and sustainable solutions. They play a role in constructing buildings that are energy efficient, integrate renewable technologies, and minimize environmental impact. The expertise of architectural engineers is indispensable in the face of future demands for more efficient, sustainable and adaptable buildings. They serve as designers and developers of buildings that reflect innovation and progress in the field of architecture, contribute to sustainable development and create environments that combine aesthetics with the functional needs and comfort of occupants.

Electrical Engineering is a discipline within the Professional Education of Engineers that has a primary focus on the development, design, and application of electronic and electrical systems. Electrical engineers play a vital role in designing and maintaining electronic and electrical devices used in various sectors, such as industry, telecommunications, energy, and transportation. They explore the fundamental principles of electricity and electronics, including an in-depth understanding of components, circuits and systems. Not only that, electrical engineers also study the latest technologies in computers, robotics, artificial intelligence and communication networks to create innovative solutions. It is important to note that electrical engineers have a strategic role in developing policies related to renewable and green energy. With a focus on sustainable solutions, they contribute to creating efficient electrical systems, integrating renewable energy, and minimizing environmental impact. In the face of global energy challenges, electrical engineers have an important responsibility to steer society towards more sustainable and environmentally friendly energy use.

Science is a discipline within the Professional Education for Engineers that focuses on the study and in-depth understanding of scientific principles in various disciplines, such as physics, chemistry, mathematics, and biology. Science engineers hold crucial responsibilities in applying these scientific foundations to design and solve complex technical and technological challenges in various fields, including civil engineering, mechanical engineering and electrical engineering. They are well versed in the basic scientific concepts that underpin modern technological advancements and are able to apply these principles in the design and development of technological solutions. Not only that, science engineers also keep track of the latest developments in science and technology. With a deep understanding of science, they are instrumental in developing innovative and sustainable solutions. In addition, they participate in formulating sustainable scientific and technological policies, with the aim of preserving the environment and promoting progress in line with sustainability principles. The overall role of science engineers is significant in ensuring technological advancements that are compatible with scientific values and sustainability.