Industrial Engineering is a real engineers' degree, in which you learn to translate new industrial techniques into practical solutions, such as a more sustainable production process or new products. In the Bachelor’s degree program in Industrial Engineering and Management (Technische Bedrijfskunde in Dutch), you learn how to analyze problems and develop, design, and apply solutions. You are first and foremost trained to become an industrial engineer, and you learn to look at the applicability of your solutions in the business world. After all, a technical solution is only useable if you have thoroughly tested its feasibility. Imagine, for example, that you have developed a new method to keep pepper-flavored crisps fresh for longer. Does the production process still cost-efficient? Does the method fit into the production line? What do the company’s employees think of it? And do customers still find the crisps tasty? The degree program is offered by the Faculty of Science and Engineering so you can be sure of lots of course units in maths, physics, and chemistry. In addition, you will follow course units in business studies, management, and logistics. Your technical know-how and your management insights will prepare you for jobs where technology and management meet. Embedding in business and society is a key element of this degree program.

In the frame of the high-standard full-time Materials Engineering BSc program, students are not only provided with a thorough practical foundation but emphasis is also put on improving their engineering skills through the Faculty’s active and extensive relations with top companies.

Our bilingual Bachelor of Science International Engineering program covers three subjects that will give you excellent career prospects. Besides providing the fundamentals of engineering, we also prepare you with business know-how and languages! We train modern, practical and globally-minded engineers - so that you can achieve your career goals anywhere in the world.

Smart devices are now omnipresent; computing, electronics and telecommunications are integral to our everyday lives. This BSc (Honours) in Computing with Electronic Engineering combined degree develops your understanding of computing and electronic engineering, emphasising practical knowledge and skills required by industry. It considers digital technologies, programming, networking, manufacturing methods related to product design, environmental sustainability, and the legal requirements to promote good practice.

This unique new course is the only one of its kind in Scotland and is designed to produce graduate-calibre aircraft maintenance engineers.

BSc in Engineering or Science Program allows students to start their degree in English, and transition to Hebrew after the first year. The program offers flexible study pathways, personalized academic and social support, world-class facilities, and top-notch faculty.

This programme offers its students a unique blend of engineering, innovation, and advanced technology expertise. Students gain essential knowledge in developing high-value materials for industries such as power engineering, biomedicine, electronics, and construction, while also exploring sustainable cultural heritage preservation.

In today's increasingly connected world, the Internet of Things (IoT) is revolutionizing the way we live, work and interact with our environment. As a computer engineer with expertise in IoT, you will be at the forefront of this exciting technology, helping to design and build systems that drive the IoT revolution forward.

Bachelor of Science in Engineering Physics is the study of the laws of nature, utilizing scientific principles, logic, and a bit of imagination to allow for a more complete understanding of the universe. At Florida Poly, we provide a fundamental understanding of the rules that govern nature, ranging from the quantum mechanical to astrophysical scales.

Engineering matters! Do you want to obtain a Bachelor's degree in engineering? Are you motivated to make a contribution to the future with innovative and sustainable technologies and to take on responsibility? Then our bilingual Bachelor's degree program in General Engineering with its holistic approach is just right for you.

The three-year Bachelor of Science in Engineering programme comprises two years of core curriculum courses and a final year with a choice of four academic focus areas: Mechanical Engineering, Fluids and Energy, Civil Engineering or Signal Control and Robotics.In line with the school's values a third of the programme focuses on business sciences, social sciences and languages with a strong emphasis on developing professional and even entrepreneurial skills.

Madison Engineering provides you with an engineering education built on math and science foundations. Rich in sustainable design, systems thinking and project management, Madison Engineering offers opportunities for customized in-depth learning through a variety of electives and engineering projects. Created in 2008 for 21st-century engineering needs, we offer a world-class undergraduate engineering experience based on a philosophy of learning by doing. Our project-based curriculum is designed to provide a modern way to specialize. Our required two-year-long capstone project experience, in particular, provides a platform for customized learning in a focused area of interest - creating better learning experiences, more substantial references, and a portfolio of engineering work. After eight semesters of authentic project work, you will graduate project-ready, and be prepared for the flexibility and resilience needed in our rapidly changing work world.

The course equips students with the fundamentals of engineering and management that are essential for understanding energy systems and their further development towards sustainable systems. Basic studies include mathematics, physics, electrical engineering and computer science while main studies concentrate on energy-focused classes besides business and engineering classes.

The Loras College Engineering program provides students the opportunity to develop strong technical and design skills. Within the ABET-accredited General Engineering major, students can choose among three areas of concentration: Biomedical, Computer, and Electromechanical. Each of these concentrations incorporates both theory and design, preparing students for professional careers after graduation. Students pursuing the Biomedical track are prepared to design and test electrical and mechanical systems that interface with biological systems. Students pursuing the Computer track focus on the development of computer-controlled electrical and mechanical systems. Finally, students pursuing the Electromechanical track emphasize the design, development, and testing of mechanical systems with electronic controls.

Top Ranking: A hands-on program in the use and development of sustainable, recyclable plastic products, their processing and testing.