Partner Universities and Study Degrees

This program deals with human behavior in the context of business. Due to the close integration of psychology and business administration, a broad field of career is open to you after graduation. You may find your future in marketing or human resources, where you will use your psychological view of people to shape change processes in companies, develop personnel or digitize brand communication. Through an integrated internship in a company or an organisation either in Germany or in another country, you will gain valuable practical experience during your study. This is an on-campus program. Half of the study content is to be imparted in German, and the other half in English.

This bilingual degree program provides you with the know-how you need as an online marketing expert in a business context ranging from social media to usability and web analytics. You will learn how to react creatively to the ever-changing demands of the digital world and how to present your ideas with confidence. Through an integrated internship, you will gain valuable practical experience during your studies. This is an on-campus program. Half of the study content is to be imparted in German, and the other half in English:

This multilingual degree program opens up career opportunities for you as a global player. The program combines strategic management know-how with aspects of international business and offers you in-depth language training in English and Spanish. During your studies, you will gain expertise in business & private law, learn about business contexts, and keep an eye on sustainability and business ethics. You will put your acquired skills into practice during an overseas semester. After completing your studies, you will belong to the new generation of responsible professionals and managers with strong ethical awareness.

In this programme, in addition to acquiring fundamental engineering knowledge, you will deal with digital technologies both in product development and production process extensively. This includes special applications in the area of industrial data management, such as simulation of production processes or the co-development of digital twins.

This international degree program provides you with a thorough understanding of modern mechatronic and robotic systems. You will study the core components of mechatronics, including sensors, actuators, information and communication technologies, and basic AI principles. In your basic studies, you will acquire knowledge in mathematics, computer science, physics, electrical and mechanical engineering, while an obligatory German course supports you in developing language skills alongside your technical expertise. In the advanced study period, you will deepen your expertise in fields such as control systems, data science, and the Industrial Internet of Things. Practical training, strong industry connections, and a Bachelor’s thesis—often carried out with global companies—prepare you for a successful career in mechatronics and robotics.

This degree program equips you with essential engineering and management knowledge to understand and further develop sustainable energy systems. You will study mathematics, physics, electrical engineering, and computer science, while advanced courses focus on energy generation, storage, distribution, and use. Practical labs and industry projects allow you to apply your skills to real-world challenges. You also have the opportunity to take a German course that prepares you for a career in Germany. After graduation, you will be ready to design innovative energy solutions that combine resource efficiency, environmental responsibility, and economic viability—contributing to the global energy transition.

This program offers comprehensive training in digital commerce and business management, conducted entirely in English to foster a multicultural learning environment. After gaining knowledge in the basics of business administration, economics and applied mathematics, students will receive in-depth teaching about online business where the courses will focus on digital marketing, usability engineering and innovation management. Strategic leadership skills in digital business processes are also part of the training. To ensure the international orientation of the course beyond the course contents, students will receive language classes to gain proficiency in either German or Spanish.

In this study degree students can expect a program with a lot of practical activity, state-of-the-art laboratories, individual support, small teaching groups, close contact with local industrial partners, interesting content and future-oriented projects such as in renewable energies, Industrial Internet of Things, e-mobility, smart houses, among others. In the first year, students have foundation courses in English and Advanced studies in German from the third semester onwards. Intensive German language courses are included. Details on German language training on https://www.ete.hs-mannheim.de/study/language-training.html

Apply a variety of programming languages, understand digital systems, and integrate algorithms into industrial and scientific processes. As an expert, you will be in high demand wherever digital systems are developed and deployed. Strong practical focus: independent work on software projects, in-depth insights into machine learning (AI), robotics applications, and system integration.

The Digital Railway Systems program is designed for prospective students seeking a program that combines topics related to mobility and digitalization within the context of railway systems. The goal of the program is to provide students with a broad technical foundation to prepare them for all areas of the engineering profession. In-depth study of railway systems takes place in specialized railway engineering modules taught at RailCampus OWL in Minden on the premises of DB Systemtechnik.

Change the world as a computer scientist—in fields such as AI, cybersecurity, computer vision, or robotics. A full-time program focusing on software engineering and the development of solutions in teams. Four semesters of foundational courses, followed by two semesters of specialization in areas such as deep learning or software quality:

Become a sought-after interface manager between business and technology! A broad, generalist degree program with a practical and project-oriented focus. A 12-week internship at a company, or an optional semester abroad can be pursued.

Help secure our energy supply by planning, developing, and implementing renewable energy systems! A unique blend of electrical engineering and chemistry. Specialization in electrical energy or bioenergy, including a practical training phase or a semester abroad

Combine your knowledge of mechanical engineering, electrical engineering, and computer science to develop innovative technical systems! This interdisciplinary approach opens up a wide range of career opportunities. You’ll practice holistic, project-based teamwork from the very beginning.

In a world of growing demand for resources, help create sustainable and competitive products and contribute to the future viability of our society! Options for specialized study include: Design and Development, Energy Engineering, Production and Logistics, and Materials and Plastics Engineering. Practical and modern instruction through various project modules and internships in state-of-the-art laboratories.

Help shape the “all-electric society” and take advantage of outstanding career opportunities—both locally and globally! Gain all the essential knowledge and independently verify it in state-of-the-art laboratories. Specialize in the key areas of “Electrical Power and Drive Technology” or “Electronics and Automation Technology”

The Applied Biotechnology program combines a scientific education that seamlessly integrates the fields of biotechnology and engineering. Particular emphasis is placed on the practical application of the knowledge gained. In a state-of-the-art biotechnology laboratory equipped with the latest technology, students can deepen their skills in both disciplines and gain valuable experience to help them launch their careers.

Practical Mathematics: Teaching mathematical concepts with direct real-world applications. Mandatory internship or study abroad semester: Gain valuable professional experience or broaden your international horizons. Diverse career opportunities: Career paths in data science, artificial intelligence, logistics, management consulting, insurance, finance, cybersecurity, or video game development

International Business Studies B.A. is a seven-semester program that combines traditional business studies with unique specializations and hands-on practical experience. With its all-English and internationally oriented curriculum, the program brings together German and international students who learn from and with each other in an international atmosphere. Students gain in-depth knowledge and real-world understanding of international business topics, combined with extensive intercultural experience. Four unique specializations let students gain a deeper understanding of sustainable business management, international economics & doing business in and with emerging markets, digital business management and business psychology. By selecting entire specialization paths or mixing and matching according to personal interests and goals, students take an active role in shaping their own learning journey.

Das Tourismusstudium an der Jade Hochschule in Wilhelmshaven zeichnet sich durch eine starke Praxisorientierung aus. Dies erreichen wir durch die gute Auswahl unserer Lehrenden, die für ihre jeweiligen Spezialgebiete auf eine langjährige Berufstätigkeit zurückblicken können. Dadurch werden Sie als kaufmännischer Führungsnachwuchs im Tourismusbereich auf berufliche Tätigkeitsfelder in der Tourismusbranche sowie in benachbarten (Dienstleistungs-) Branchen bestens vorbereitet. Dank anwendungsorientierter Studieninhalte erhalten Sie das notwendige Grundwissen; Ihr theoretisches Denken wird geschult und Sie werden befähigt, betriebswirtschaftliche Probleme der Tourismuspraxis zu erkennen und auf der Grundlage wissenschaftlicher Methoden und Erkenntnisse zu lösen.

Der Studiengang Wirtschaft bietet ein modernes und interdisziplinäres Studium, dessen Inhalte sich eng am Bedarf der Märkte orientiert. In zahlreichen Workshops und Projekten, die in Zusammenarbeit mit regionalen, nationalen und internationalen Unternehmen durchgeführt werden, sammeln die Studierenden wertvolle praktische Erfahrungen, die sie optimal auf die berufliche Zukunft vorbereiten.

Architektinnen und Architekten sind kluge Köpfe fürs Ganze: Sie koordinieren den Entstehungsprozess eines Gebäudes vom Entwurf bis zur Ausführung. Das Architekturstudium an der Jade Hochschule ist auf dieses Berufsbild ausgerichtet. Im Vordergrund steht dabei eine praxisnahe Ausbildung, bei der Sie in Ihren Projekten alle Leistungsphasen der Architektentätigkeit kennenlernen und bearbeiten werden.

Der Bachelorstudiengang Medizintechnik an der Jade Hochschule ist eng mit dem Leitbild der Hochschule verbunden, das Innovation, Kompetenz, Kooperation, Vielfalt und eine zugewandte Haltung betont. Der Studiengang bietet eine praxisnahe, interdisziplinäre Ausbildung, die Studierende umfassend auf die Anforderungen des Arbeitsmarktes vorbereitet und sie gezielt für eine berufliche Tätigkeit als Ingenieurin bzw. Ingenieur in der medizintechnischen Industrie oder medizinischen Einrichtungen.

Das Studium umfasst die Planung, Berechnung, Konstruktion und Überwachung von Ingenieurbauwerken im Hoch- und Tiefbau. Der Bachelorstudiengang führt zu einem ersten berufsqualifizierenden Abschluss als Bauingenieur/in, der zur Übernahme von Führungspositionen in der Bauwirtschaft und im Bauhandwerk sowie zur Erlangung weiterer akademischer Qualifikationen berechtigt.

Der Bachelorstudiengang "Wirtschaftsingenieurwesen – Bauwirtschaft" (BWI) bietet ein vielseitiges Studium im Nordwesten, bei dem „Bauingenieurwesen“ und „Wirtschaftswissenschaften“ miteinander verschmelzen. Seit der Einführung im Jahr 1999 hat sich der Studiengang fest etabliert. Die Karrieren unserer Absolventen sind vielseitig und finden in klein- und mittelständischen Unternehmen, aber auch in internationalen Konzernen statt. Die ausgesprochen gute Konjuktur der Baubranche in Verbindung mit den aktuellen Herausforderungen infolge des technischen Wandels erzeugen zukunftssichere Tätigkeitsfelder, die regional verankert bleiben.

Der Studiengang Elektrotechnik (B.Eng.) an der Jade Hochschule bietet eine praxisnahe und zukunftsorientierte Ausbildung im Bereich Elektrotechnik mit den Schwerpunkten Automatisierungstechnik, Nachhaltige Energiesysteme oder Nachrichtentechnik. Das Programm umfasst Praxisprojekte, ein Industriepraktikum und die Möglichkeit eines dualen Studiums, das sowohl akademische als auch betriebliche Ausbildung kombiniert – und bereitet die Studierenden auf eine Karriere in modernen, technologiegetriebenen Branchen vor.

Der Studiengang Hörtechnik und Audiologie beschäftigt sich mit dem Hören im weitesten Sinne. Er richtet sich an alle, die sich für das Hören interessieren oder Menschen helfen möchten, die leider nicht mehr gut hören. Ihr Interesse kann aus dem Wunsch resultieren, Musik und Technik zu verbinden, mehr über Akustik und Elektroakustik zu erfahren, die medizinisch-technische Seite des Hörens zu erforschen oder sich im Bereich der Hörakustik wissenschaftlich weiterzubilden. Kombiniert mit dem anschließenden Masterstudiengang Hörtechnik und Audiologie sind Sie in Oldenburg genau richtig.

Der Bachelor-Studiengang Maschinenbau an der Jade Hochschule vermittelt im Wesentlichen die mathematischen, naturwissenschaftlichen, informatikorientierten und technischen Grundlagen für eine spätere Ingenieurstätigkeit im Maschinen‑ und Anlagenbau. Der Studiengang ist breit angelegt, technologisch aktuell und vermeidet eine zu starke Spezialisierung. Er verfolgt einen methodenorientierten Ansatz und qualifiziert Studierende gezielt für den direkten Einstieg in die Bereiche Projektierung, Entwicklung, Konstruktion, Produktion oder Vertrieb. Es stehen verschiedene Spezialisierungsrichtungen zur Auswahl, darunter Cyber‑physische Systeme, Energie‑ und Verfahrenstechnik (seit dem Wintersemester 2023 mit Schwerpunkt „Wasserstofftechnologie“), Entwicklung und Konstruktion sowie Produktion. Bewerbung ist sowohl zum Sommer‑ als auch zum Wintersemester möglich; im dualen Studienmodell gelten unterschiedliche Bewerbungszeitpunkte je nach Variante.

Der Bachelorstudiengang Mechatronik an der Jade Hochschule orientiert sich eng am Leitbild der Hochschule, das Innovation, Kompetenz, Kooperation, Vielfalt und eine kollegiale Grundhaltung betont. Der Studiengang bietet eine praxisorientierte, interdisziplinäre Ausbildung, die die Studierenden umfassend auf die Anforderungen des Arbeitsmarktes vorbereitet und sie gezielt auf eine Karriere als Ingenieur/in in Unternehmen vorbereitet, in denen Mechanik, Elektrotechnik/Elektronik und weitere Fachdisziplinen wie die Informationstechnik zusammenwirken

Der Studiengang Nautik und Seeverkehr richtet sich an alle Studieninteressenten, die sich für die Führung von Seeschiffen interessieren. Studierende dieses Studiengangs sollten demnach von ihrem Eignungs- und Neigungsprofil sowohl technologie- und managementorientiert als auch an der Zusammenarbeit mit Kolleginnen und Kollegen anderer Kulturkreise interessiert sein.

Im Studiengang Geoinformatik erwerben Sie Kompetenzen aus den Bereichen Geoinformatik, Informatik, Geodäsie und Messtechnik, Landmanagement sowie in Mathematik und Naturwissenschaften.

The seven-semester program, conducted entirely in English, blends engineering sciences with problem-solving, design, and communication skills. It prepares students for a wide range of career choices in the field of mechanical engineering. As a Mechanical Engineering student, you will learn the fundamentals of engineering design, simulation, and manufacturing, as well as gain hands-on experience in laboratory settings and through projects with industry partners. Our expert faculty will guide you through coursework in topics such as mechanics, thermodynamics, materials science, numerical methods, computer science, and mechatronics, ensuring that you have a broad understanding of the field and the skills needed to tackle complex engineering challenges.

Robotics is an innovative and rapidly growing field of technology and its importance is steadily growing. The Bachelor program combines modules in computer science, electrical engineering, and mechanical engineering. It prepares prospective engineers for future challenges in the area of robotics with a mix of theoretical and practical education and opens the door to a promising field of employment.

The degree features a winning combination of business, engineering, and organization subjects. Logistics organizes the entire process of planning, designing, controlling, and monitoring the flow of materials and information in a company, as well as between suppliers and customers throughout the entire production chain.

This engineering discipline combines the expertise from areas of electrical and mechanical engineering with information processing. In new technical products electronic and electromechanical components are combined with information processing units and software, which makes them 'intelligent machines'. In order to design such machines engineers need a solid understanding of all these fields.

Applied Mathematics is a key discipline for solving real-world problems from practically all areas of our highly technical society based on the division of labour: The spectrum ranges from technical problems from the engineering sciences to business management topics such as the simulation and optimisation of production plants to the analysis of financial markets. Applied Mathematics is characterised by the combination of mathematical models with modern computer-based methods, especially from the fields of machine learning and data science. This combination enables the solution of increasingly complex problems. In addition, the programme of Applied Mathematics trains key competences that are of decisive importance in today's constantly changing job profiles: The ability to abstract, a structured approach and analytical thinking.

Mechanical engineers with sound fundamental knowledge and skills are needed in nearly all areas of industry and the public sector. Through intensive training in the fundamental subjects up to the 3rd semester, and focussed specialisation in the 5th and 6th semester in the fields of applied material and production engineering, digital engineering, power engineering, automotive systems, automotive engineering, mechanical engineering & design, mechatronics, lightweight engineering, simulation, production technology and real-time data processing, students will receive a broad foundation of knowledge, and a wide range of professional opportunities. Modern computer technologies and the consideration of economic and ecologic aspects are also part of the degree programme. The further development of the students’ own personality and of meta-disciplinary qualifications (“soft skills”) is promoted by the programme’s project-oriented character. The practical semester represents the bridge between theory and practice. Modern, generously equipped laboratories and connections to the industry allow for an advanced and practice-oriented education.

The aim of the Applied Polymer Engineering degree programme is to train independent and responsible engineers who use the technical potential of plastics and elastomers intelligently and shape a sustainable future with them. With a mixture of theoretical lectures and in-depth practical exercises on modern equipment and machines, students gain a solid, comprehensive knowledge that enables them to work in any area of plastics and/or elastomer technology - depending on their personal interests.

This program connects solid basic knowledge with practice-oriented training. The content and structure of the program enable students to quickly familiarize themselves with numerous existing and future fields of activity in technology and business. Professional expertise, methodical competences, and social skills will be taught throughout the overall concept and put into practice in several projects. Modern simulation and IT tools are integrated into the entire course of study.

The 7-semester degree programme is divided into a foundation phase, a specialisation phase, an internship semester, and a bachelor's thesis. The degree programme Electrical Engineering and Information Technology at THWS combines fundamental theoretical concepts with the practical application of hard- and software. The high share of practice and the internship semester, in which you can already gain first insights into the working world, offer you a well-balanced mix of fundamental theory and important practical experience.

Applied Mathematics is a key discipline for solving real-world problems from practically all areas of our highly technical society based on the division of labour: The spectrum ranges from technical problems from the engineering sciences to business management topics such as the simulation and optimisation of production plants to the analysis of financial markets. Applied Mathematics is characterised by the combination of mathematical models with modern computer-based methods, especially from the fields of machine learning and data science. This combination enables the solution of increasingly complex problems. In addition, the programme of Applied Mathematics trains key competences that are of decisive importance in today's constantly changing job profiles: The ability to abstract, a structured approach and analytical thinking.

The aim of the Applied Polymer Engineering degree programme is to train independent and responsible engineers who use the technical potential of plastics and elastomers intelligently and shape a sustainable future with them. With a mixture of theoretical lectures and in-depth practical exercises on modern equipment and machines, students gain a solid, comprehensive knowledge that enables them to work in any area of plastics and/or elastomer technology - depending on their personal interests.

Students of this programme become application-oriented civil engineers; they are trained to solve the varied tasks in the field of construction within society and the environment by their theoretical and practical abilities independently and autonomously. The degree programme is geared to the expectations and needs of the labour market. Its objective is to qualify excellently trained graduates for work in planning offices, construction companies, and public administration. Therefore, students are taught on the basis of applied science to get a professionally grounded qualification to be able to independently fulfil the full scope of tasks of the building industry. Students learn to work solution-oriented and interdisciplinary. Ability for teamwork is promoted. Additionally, students are trained to work actively on questions related to an increasing globalisation.

Digitisation impacts all areas of our lives, as also the construction industry. Digitisation in civil engineering is an interdisciplinary field building on the content of (civil) engineering and construction  informatics. Accordingly, the skills in the portfolio of the degree programme are as wide-ranging. It is oriented towards the expectations and requirements of the labour market. With its interdisciplinary structure, the aim of the degree programme is for students to develop profound knowledge to provide them with multiple possibilities of continuing academic education. This includes offers from computer science, architecture and integral planning and building. By the close interconnection of engineering and computer science competences, the degree programme lays a sustainable, future-proof and qualified basis for the working market.

This program connects solid basic knowledge with practice-oriented training. The content and structure of the program enable students to quickly familiarize themselves with numerous existing and future fields of activity in technology and business. Professional expertise, methodical competences, and social skills will be taught throughout the overall concept and put into practice in several projects. Modern simulation and IT tools are integrated into the entire course of study.

By the application of scientific methods geared towards real-world questions, electrical engineers are qualified to work on demanding tasks. A broad basic training resting on the pillars electrical technology/electronics, information technology and mathematics/science leads students toward their goal. A large share of elective modules in the areas of automation engineering, power engineering, medical engineering and communications engineering allow for further specialisation and strengthening of competencies. Students are brought close to professional practice by application-oriented lectures, in-depth practical coursework, a practical semester, and the Bachelor’s thesis. Key qualifications are taught by connecting theory and practice, so that students are perfectly prepared for social and technical requirements in their future corporate or academic environment.

The degree features a winning combination of business, engineering, and organization subjects. Logistics organizes the entire process of planning, designing, controlling, and monitoring the flow of materials and information in a company, as well as between suppliers and customers throughout the entire production chain.

Route planning and navigation, location-based services on smartphones, virtual sightseeing tours on the Internet, digital hiking maps on mobile devices – today geographic information is available everywhere and at any time in different applications as everyday tools. Applications’ success depends on professionally collecting, modelling and presenting the underlying geographic data. As a graduate you implement models of geovisualisation and applications for different uses and develop new fields of application. The programme is characterised by its application-oriented teaching. Varying in topics and with a focus on the target group, the programme concentrates on visualisation and presentation of geographic information. In addition, methods to collect, administrate and analyse spatial issues are taught. With this, the whole range of processing steps of geographic data is condensed in one single degree programme.

With the degree programme Bachelor Hydrogen Technology (not to be confused with the degree programme Bachelor Hydrogen Technology Transnational which is partly taught in English and German plus in two different countries) engineers learn along the process chain on basis of well-known process engineering processes how to systematically develop, produce and operate hydrogen plants and systems. The study contents are focused on the topic hydrogen and the corresponding process chain. In addition to the technical content, the hydrogen technology degree programme also develops the students' methodological and personal skills. The independent solution of application-related tasks in accompanying laboratory courses and teaching projects occupies a broad space in the study.

Industrial mathematics means: Solving technical problems by application of mathematical methods and computers. Contents of the Bachelor's degree programme in Industrial Mathematics are applied mathematics, engineering sciences and computer science. In addition, students of the programme develop key competences essential for constantly changing job profiles: abstract thinking, structured approach and analytical thinking.

The Bachelor's degree programme “Information security” qualifies holistic information security experts by practice-oriented science-based teaching. In the programme, students develop sound technical and also operative and managerial abilities. Students learn to recognise security-related problems, to analyse them in a business context, and to mitigate them using suitable technical, physical, organisational or personnel measures.

Mechanical engineers with a broad fundamental knowledge are needed in almost all areas of industry and in the public service. Students acquire this extensive knowledge that opens a multitude of professional opportunities by an intensive training in basic subjects up to the third semester and targeted specialisation during the 4th and 5th semester in the fields of applied materials and production engineering, digital engineering,  energy and environmental engineering, automotive systems, automotive engineering, constructive mechanical engineering, mechatronics, lightweight engineering, simulation, and manufacturing engineering. State-of-the-art computer technology as well as economic and ecological aspects are taken into account and integrated into the studies. The general development of the students’ personality (soft skills) is encouraged, especially by projects. The practical semester is bridging the gap between theory and practice.  Modern, generously equipped laboratories and collaboration with industry make it possible to offer up-to-date studies that are geared to real-world challenges.

This engineering discipline combines the expertise from areas of electrical and mechanical engineering with information processing. In new technical products electronic and electromechanical components are combined with information processing units and software, which makes them 'intelligent machines'. In order to design such machines engineers need a solid understanding of all these fields.

Robotics is an innovative and rapidly growing field of technology and its importance is steadily growing. The Bachelor program combines modules in computer science, electrical engineering, and mechanical engineering. It prepares prospective engineers for future challenges in the area of robotics with a mix of theoretical and practical education and opens the door to a promising field of employment.

For surveying and geoinformatics the earth’s surface with its natural and artificial objects is the sphere of action. This opens up a broad occupational profile: From regulation and remodelling of ownership structures, defining routes and locations for road, bridge, and tunnel construction over satellite-based monitoring systems (GPS) to providing and managing geographic data used in everyday and specific applications. The degree programme teaches all methods that cover the full range of the occupational profile outlined above. The programme especially includes: Tacheometry, levelling, satellite measurement, laser scanning, remote sensing, land management, geographic information systems, CAD and visualisation technologies. In laboratories with excellent technical equipment the methods mentioned above cannot only be taught, but they can also be applied during tutorials and practical courses.

A reliable, affordable and sustainable energy supply is one of the most urgent problems that our society needs to address. The focus here is on the use of different energy sources and storage technologies, which must be systemically coordinated with each other, as well as the creation of a sector coupling between different energy grids (electricity, gas and heat). This exciting task must be carried out by engineers, who need a comprehensive education for it that combines technical knowledge with knowledge from the fields of economics and law as well as the natural sciences. Through close networking between the professors in the "Center Sustainable Energy Systems" (CENSEY) and the industrial partners, both the latest scientific and practical findings flow into the teaching.

The degree programme is the key to a successful career in business. It provides you with in-depth knowledge in the areas of business management, finance, marketing and HR management. Practice-orientated projects, experienced lecturers and close cooperation with companies enable you to apply theoretical knowledge in the real business world. Graduates are excellently prepared to work successfully in various sectors such as banking, consulting, marketing or controlling.

The integrated degree programme in Business Analytics is aimed at people who want to learn and understand how economic and business challenges can be processed and solved using modern data analysis. Over the course of your studies, you will acquire a deeper understanding of both economic relationships and scientific, data-supported analysis methods. The Bachelor's degree in Business Analytics thus offers you the ideal combination of economics and methodologically appropriate subjects from the fields of mathematics, statistics and (business) informatics (STEM), supplemented by interdisciplinary content for working in an increasingly digitalised economy.

Graduates from this study degree can analyze, design and develop complex systems for technical and economic applications and make them available for practical use. Computer science is digital - and digitization in all areas requires computer science. In view of the wide range of possible applications for computer scientists, the course lays a comprehensive foundation that provides the skills for methodical problem solving and enables rapid familiarization with all areas of computer science.

In the context of digital transformation, there is an increasing demand for interdisciplinary degree programmes that train students at the interfaces of the respective knowledge fields and attach great importance to the ability to familiarise themselves with disciplines outside the subject. The ability of these interdisciplinary experts will steadily increase in the coming decades. This is where the new degree programme Digital Society (Bachelor of Science) comes in, in order to train experts in digitalisation through cooperation between the faculties of Computer Science and Business Information Systems, Applied Social Sciences and Design. In addition to teaching discipline-dependent competences of computer science, social sciences and design, both methodological-empirical competence and the ability to acquire knowledge expertise independently are taught.

Due to an increasing spread of IT, the interaction of people and information systems becomes more and more important for our society. Having graduated in the bachelor's programme Business Information Systems, students will be able to solve complex issues regarding operational information processing and supply. Business informatics is the crucial link between modern information and communication technology and their efficient use in businesses. 

OWL University of Applied Sciences and Arts offers a bilingual, eight-semester Bachelor's program in engineering with a holistic approach. The program combines technical skills and practical experience through team-based projects. Students build a strong foundation in essential engineering principles and specialize in one of nine engineering fields, preparing them to tackle modern challenges.

If you're passionate about construction, the environment, natural sciences, and technology, this hands-on degree in Civil Engineering is ideal. As a civil engineer, you'll work creatively in teams and take on responsibilities in the dynamic construction industry, which offers diverse opportunities and excellent career prospects.

Interested in shaping the future of sustainable cosmetics and detergents? Our unique bachelor’s program in Germany provides the natural sciences and engineering expertise needed to develop these products. Through both practical application and theoretical coursework, you will learn about industrial development, performance testing, and quality assurance in this field.

Drive technical progress and tackle today’s key challenges—from mobility and energy to production and communication. Our degree program equips you with the skills for a dynamic and future-proof career, combining hands-on experience, personal guidance, and cutting-edge research.

Tackle challenges in environmental and energy technology by designing and operating technical environmental protection systems. As an environmental engineer, you’ll gain expertise in areas such as water conservation, drinking water processing, wastewater treatment, decentralized energy systems, and efficient building energy management. This program equips you with a broad skill set for a sustainable future.

Explore the connections between nature, technology, and society in this interdisciplinary program. From soil science and biodiversity to geoinformation systems, environmental law, and energy management, you will develop expertise in sustainable environmental management. Train to teach, conduct scientific analyses, and support transformation processes for a more sustainable future.

Explore the world of food production, from protein-based foods and beverages to baked goods and sweets. Before specializing, you'll learn the fundamentals—how food is developed, what raw materials are used, and how production processes work. For your thesis, you’ll research current topics like sustainability, new product development, or smart foods, preparing you for a future in the food industry.

Are you interested in utilizing biological processes in technology? Our bachelor’s program in Biotechnology will teach you how to apply these processes in fields like pharmaceuticals and everyday products. You will gain the knowledge required for a successful career in business, development, and research.

The Industrial Engineering program combines engineering and business, preparing you for roles at the intersection of technology, organization, and management. You’ll focus on industries like production, working as both a specialist and manager in industrial companies.

Successful production today is driven by digital innovation and sustainability. In this dynamic field, you will explore technical, organizational, and management aspects for production companies across various industries. Topics include advanced manufacturing processes like 3D printing, laser technology, and plastic molding.

Landscape development covers a wide range of projects, from parks and gardens to traffic and sports facilities. As a landscape development engineer, you’ll create and maintain green spaces, offering sustainable and cost-effective solutions. Our program provides the necessary tools to succeed in this field, blending practical experience with theoretical knowledge.

Are you ready to shape the future of energy, mobility, and production? Our Mechanical Engineering bachelor's program equips you with the technical expertise to create sustainable solutions. You'll work in interdisciplinary teams, quickly adapting to new fields and applying efficient engineering thinking.

Our Mechatronics bachelor's program prepares you to shape the future through sustainable solutions in energy, mobility, products, and production. You'll work in interdisciplinary teams, gaining the ability to understand complex engineering contexts and quickly adapt to new challenges.

In our Pharmaceutical Technology bachelor’s program, you'll explore the development, quality assurance, and sustainable production of future medicines. The program blends classic pharmaceutical studies with chemical and process engineering, providing the foundation needed for a successful career or further graduate studies.

Precision farming focuses on resource-efficient agriculture through IT, digitization, and automation. With expertise in these areas, you'll work in sustainable agricultural sectors, consulting, or agricultural machinery companies, helping optimize farming practices.

In the field of wood engineering, you’ll work with wood as a renewable material, contributing to various areas like furniture design, industrial production, and construction. The program provides a strong foundation, allowing you to shape supply chains and address challenges in business and the environment. As a wood engineer, your expertise will be valuable in diverse sectors.

In this program, you’ll learn to optimize and advance corporate processes across various departments, such as purchasing, production, finance, HR, and sales. By gaining practical knowledge, you will help companies succeed by fostering sustainable and digital business practices.

How can IT improve business operations? How can AI and robotics be most effectively applied in agriculture? These are key questions addressed in our program’s two focus areas. You will learn to design, implement, and manage IT solutions. The program emphasizes analyzing operational needs, developing new software applications, or modifying existing ones to meet these requirements.

Programming, tinkering, developing solutions in a team – studying computer science at the (TH) OWL University of Applied Sciences and Arts is about more than just theory right from the start. In your first year, you will work on practical projects and discover where your interests really lie. Whether business informatics, computer engineering, health informatics, data science, or agricultural informatics: you set your own priorities and tailor your studies to suit your individual ideas.

Modern production relies on digitalization. In this program, you’ll learn to design data-driven production networks and apply cutting-edge technologies like industrial 3D printing and laser processing. By combining engineering fundamentals with expertise in modern production systems, you'll be equipped to shape the future of manufacturing.

What trends will shape digital business? How is industrial AI applied? How will digital transformation unfold? In this degree program, you'll explore these questions while learning to optimize business operations and unlock digital potential. With a strong focus on mid-sized enterprises, this practice-oriented program prepares you for the future of digital business.

If you're interested in designing sustainable living spaces, Landscape Architecture is the ideal program for you. This course combines science, technology, business, and art, with a focus on ecological and social aspects. Practical elements, such as an internship at the nearby Botanical Garden, will enhance your learning experience.

The International Management degree programme places particular emphasis on the combination of regionality and training. Close cooperation with companies in Germany's third-strongest industrial region secures the skilled workers of tomorrow. This English-language study programme focuses on Practical Management Skills and Economic Foundations for International Business. It is aimed at internationally active team players who want to understand and shape the management of companies and institutions in the national and international economy. The course has elective subjects and the course content can be individually adapted to sharpen your profile in order to gain excellent employment opportunities.

The BBA study course delivers a general and broad education in business in combination with information technology, focusing on modern business enterprise tools such as ERP. An international team of lecturers prepares students from approx. 60 countries to effectively navigate the complexities of the global marketplace while maintaining sensitivity towards local needs.The multicultural campus environment, as well as the internationally focused course content, will be an outstanding experience in your life. The high-quality standard of education along with practice-oriented up-to-date content will perfectly prepare you for your future career. Moreover, partnerships with other universities and companies from all over the world will enrich your international experience.

Whether for aircraft technology, automotive engineering, mechanical engineering or the chemical industry – any product or branch is related to electrical engineering and electronics. In connection with automation technology, energy technology will be of great importance in the future since a secure, reliable, and environmentally friendly energy supply is one of the central pillars of the industrial society. Furthermore, the guarantee of a worldwide energy supply is becoming a great challenge in the future.

Companies demand employees who are qualified engineers and offer solid management and marketing expertise. Graduates need to be able to analyze the requirements of the customers and realize them optimally with the help of corporate research, development, and production. This Industrial Engineering degree program teaches the students solid engineering and management knowledge as well as practical applications.

The Bachelor program offers a broad basic training with special emphasis on practical applications. The graduates are qualified for roles in all sectors and fields of activity in mechanical engineering. The program offers a general mechanical engineering course, which offers a basic qualification for activities both in the field of development/design and in production. In the second part of the course students can choose their specialization based on their personal preferences and intended careers