The Three-Year Degree Course in Management Engineering of the L-9 Degree Class - Industrial Engineering - aims at training a graduate in engineering, who can deal with the issues related to the design and management of production and building systems, analysis of logistics problems, modeling of production processes and interactions with other business subsystems to identify recommend performance and implement necessary improvements.

This course is designed to provide management knowledge which can be tailored to fit students' needs. It is designed to provide practising engineers with extended knowledge beyond their first degree and to update knowledge and skills in recent advances in engineering, technology and business practice. The subjects offered follow an integrated approach to professional practice through a choice of professional engineering subjects and an elective.

Studying for a Degree in Engineering in ICT Management will give you a unique profile in the world of engineering, combining scientific-technological knowledge with socioeconomic notions. You will receive training in engineering and management and you will be trained to work in technological companies as well as to integrate the advantages of new technologies into innovative management, in the current global and technological context.

The industrial engineering and management undergraduate programme provides a diverse background combining Engineering with specific industrial Engineering and Management skill. Thus, it is uniquely adapted to today’s multifaceted market demands, which translates into excellent employability levels.

The cultural and professional goal of the Degree Course in Management Engineering is to create professionals being able to fill those management roles needing technical expertise. The cultural profile for the graduates of this Course features a multidisciplinary, flexible and systemic mentality. The cultural and professional objective of the degree course in management engineering is to create professionals who are able to fill organizational and managerial roles for which basic technical skills are required.

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.

Engineering Management Program aims to educate students as leader engineers who are capable of accessing knowledge to shape the future at international level, and also equip them with knowledge, techniques, and approaches of Engineering Management so that they are creative, research-oriented, highly concerned about professional ethics, and have an interrogative approach and an understanding of social responsibility.

Our full-time bachelor's degree program in Software Engineering will provide you with a broad spectrum of engineering competencies in the areas of analysis, specification, design, implementation, testing, maintenance, and documentation of software systems.

Embark on an electrifying journey to shape a future that is secure, environmentally responsible and economically successful with the Energy Systems Engineering and Management at Heilbronn University of Applied Sciences.

New products do not come to life by coincidence or spontaneous flashes of inspiration. They require innovation, product & engineering managers who find ideas tailored to customer requirements, evaluate and select them correctly, and support their successful implementation. Their work is the key to success, and their creative minds are therefore in great demand in companies. They work at the interfaces between marketing, design and technology – turning ideas into successful products.

Process engineering brings physical and chemical principles into industrial practice to produce solid, liquid and gaseous substances. Process engineers design and optimize the systems and processes required for this. They control physical, chemical and biological processes, crush, mix, modify, separate and clean raw materials to create new products. Whether it is about ensuring that tablets contain the right amount of active ingredients, perfectly mixing yogurt ingredients, creating lipsticks or producing fuels and building materials - their expertise makes the difference. With their know-how, they also ensure environmentally friendly and energy-efficient production processes.

Become a mechatronics expert with a focus on medical technology! You learn both technological basics and medical engineering know-how. You study in projects, and in teams and train the skills that make you a sought-after engineer in today's job market.

The programme prepares our students for successful careers in engineering innovation and enterprise, which are identified as a key component for Hong Kong’s future planning and growth. Our curriculum allows students to further specialise in different areas of expertise, including industrial Internet-of-Things, smart city, logistics and supply chain, robotics and automation.

Hydrogen has become a significant player in energy production and distribution, offering both exciting possibilities and persistent challenges. Benefit from a curriculum designed in partnership with industry experts, Connect with like-minded instructors and peers to grow a professional network in the hydrogen energy sector.

During these studies, you will learn how to effectively combine areas associated with the economic aspect of the company’s functioning with the technical conditions of individual organizational processes. Additionally, you will meet interesting people from the production and service industry - and perhaps your future employer - thanks to numerous study visits and meetings with practitioners, that we organize regularly during the period of studies.