Engineering and Technical Studies majors are diverse and include many fields that focus on the application of science and mathematics to design, develop, and maintain technological systems and infrastructure. These specializations meet the market’s growing needs for technology and innovation. Here are some of the most prominent engineering and technical studies majors:

civil engineering:

• Design and construction of infrastructure such as roads, bridges, buildings and dams.
• Study engineering subjects, construction, and project management.

Mechanical engineering:

• Design, manufacture and maintenance of mechanical systems.
• Study of dynamics, heat, fluids, and materials engineering.

Electrical engineering:

• Design and development of electrical and electronic systems.
• Study of electrical circuits, electronics, power systems, and communications.

Architecture:

• Integrating art and engineering to design buildings and interior and exterior spaces.
• Study of architectural design, sustainable construction, and city planning.

Chemical Engineering:

• Apply chemistry to improve and design chemical production processes.
• Study of industrial processes, petrochemical technology, and materials engineering.

The Industrial Engineering:

• Improving the efficiency of industrial and production systems.
• Study quantitative analysis, operations management, and production technology.

Environmental Engineering:

• Developing solutions for environmental conservation and natural resource management.
• Study of water treatment, waste management, and sustainability technology.

Computer Engineering:

• Design and development of computing systems and software.
• Study computer science, networking, software engineering, and hardware.

Software Engineering:

• Development and design of software and applications.
• Study software design, software testing, and software project management.

Biomedical engineering:

• Apply engineering principles to solve medical problems.
• Study of medical devices, biological tissues, and genetic engineering.

Nuclear engineering:

• Development and use of nuclear energy and radiation technology.
• Study of nuclear physics, reactor technology, and nuclear safety.

Marine Engineering:

• Design, construction and maintenance of ships and marine facilities.
• Study of marine dynamics, marine engine technology, and marine structures.

Aerospace engineering:

• Design and development of aircraft and spacecraft.
• Study of aerodynamics, rocket propulsion, and space navigation systems.

Agricultural engineering:

• Apply engineering principles to improve agricultural production.
• Study of agricultural mechanization, irrigation, and natural resource management.

Materials Engineering:

• Develop and study new materials for use in different industries.
• Study of materials properties, materials technology, and nanoengineering.

These specializations offer a wide range of professional opportunities and technical challenges that contribute to technological and industrial development. It helps prepare engineers to face global challenges and innovate to achieve a better future.