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HS Offenburg Studies Master's Programs Renewable Energy and Data Engineering Renewable Energy and Data Engineering The world needs a new energy supply. And it needs you to help build it. In the Master’s program in Renewable Energy and Data Engineering, you’ll learn how to help shape the energy transition using intelligent data analysis and cutting-edge technology. Together with industry professionals, you’ll develop sustainable energy systems for the future. Turn your knowledge into solutions and launch your global career! Profile Degree Master of Science (M. Sc.) Study Language English, German Standard period of study 3 Semester Starts of study Winter semester Application deadline March 31 (resident outside the EU) / July 15 (resident within the EU) Admission requirements completed bachelor's degree in a related field, APS (for applicants from China, India, and Vietnam) Language requirements TOEFL iBT 79 or IELTS 6.0, Language level of B1 in German Practical requirements Internship or verifiable practical experience desirable ECTS 90 Credits Place of study Campus Offenburg Selection process Yes (NC) Everything You Need to Know Course Content The energy sector is undergoing a transformation. While solar and wind power supply electricity based on weather conditions, electric vehicles and heat pumps are placing new demands on the grid. Traditional large-scale power plants are no longer sufficient. For the energy transition to truly succeed, we must plan, build, and reliably maintain efficient systems. And this is where you come in: In this master’s program, you’ll prepare yourself for exactly these tasks. You’ll learn how to convert solar, wind, and hydroelectric energy, as well as biomass and conventional fuels, into electricity. You’ll learn everything about modern storage systems, smart grids, and how energy is managed. You’ll use state-of-the-art methodologies in energy informatics, data analysis, and simulation to keep grids stable. You’ll understand how storage, e-mobility, and heat pumps are integrated into the market. You will simulate and control complex energy systems on a computer. Semester 1 Energy Systems 1 (10 ECTS) Energy Economics (8ECTS) Energy Informatics (10 ECTS) Power Grids (6 ECTS) Semester 2 Energy Systems 2 (8 ECTS) Elective Modules (18 ECTS) Semester 3 Masterarbeit Perspectives With your degree, many doors will be open to you in Germany and around the world. For example, at: global energy companies regional / international energy suppliers international engineering firms manufacturers of power plant equipment for the conversion of renewable energy grid operators Energy trading companies Energy research institutes Public institutions in the energy sector Energy management positions in various industries A Ph.D. is also possible, for example at the Graduate School “Small-Scale Renewable Energy Systems” ( KleE ), a collaboration between the University of Freiburg, Hochschule Offenburg, and the Fraunhofer Institute for Solar Energy Systems (ISE). Application If you are interested in the international master’s program in Renewable Energy and Data Engineering and meet all the requirements, you can apply online via the HISinOne application portal. FAQ – what you should know Fees and Cost Students at Hochschule Offenburg must pay certain fee(s) for each semester: Administrative fee per semester: €80.00 (waived for exchange students from partner universities and special scholarship recipients who are not pursuing a degree) Social contribution per semester for the Freiburg-Black Forest Student Services Organization: €65.00 (for the cafeteria, dormitories, counseling centers, etc.) Contribution to the Student Government per semester: €25.00 (waived for recipients of special scholarships and exchange students from partner universities, who are not pursuing a degree) Flat-rate service fee per semester for students in the Graduate School’s international master’s programs: €150.00 (for housing placement, field trips and excursions, mentors, etc.). Tuition fees per semester charged by the State of Baden-Württemberg for non-EU citizens: €1,500.00. You are exempt from the €1,500.00 tuition fees if you: are a citizen of the European Union and/or the European Economic Community, are the spouse or child of a citizen of the European Union and/or the European Economic Community, have earned your high school diploma in Germany, are recognized as a refugee in Germany, are an exchange student from a partner university. MBA tuition fees for students in the International Business Consulting program: a total of €10,400.00 for the entire program (3 semesters). Students in the MBA program do not pay any additional tuition fees to the State of Baden-Württemberg. Semester tuition fee charged by the State of Baden-Württemberg for a second degree program: €650.00 (only for students who are exempt from the State of Baden-Württemberg’s tuition fee of €1,500.00 and have already earned a master’s degree in a consecutive degree program in Germany). This information is provided without guarantee. The current laws of the State of Baden-Württemberg are legally binding. For more information on tuition fees, visit the following website: https://mwk.baden-wuerttemberg.de/de/hochschulen-studium/studium/studienfinanzierung/gebuehren-fuer-internationale-studierende-und-zweitstudium/ The respective payment deadlines will be announced with the letter of admission. Exchange students from partner universities and recipients of special scholarships may pay the student service fee after arriving in Offenburg. Before Arrival Do I need a visa? Students from non-EU countries must obtain a student visa. A tourist visa is not sufficient. Apply approximately three months before arrival. Do I need to prove financial resources? Yes. You must demonstrate you can cover your living expenses, approximately €11,904 for the first year. This can be done via a blocked account, scholarship, or proof of savings. Is health insurance required? Yes, all students must have valid health insurance for enrollment. You can use German student insurance or a recognized international plan. After Arrival What should I do immediately after arriving in Offenburg? Complete enrollment at the university to receive your student ID (“OSKAR”) and login credentials. Open a German bank account for rent, insurance, and other payments. Confirm health and liability insurance coverage. Register your address at the town hall and visit the immigration office for a residence permit if required (non-EU students). Pay the broadcasting fee (€18.36 per household per month). Is there an orientation or welcome program? Yes. All new students are invited to orientation sessions, including a special introduction for international students. This provides an opportunity to meet peers and become familiar with the university before classes begin. Is there support before arrival? Yes, the university provides a Buddy Program to connect incoming students with current students who can help with housing, paperwork, and settling in. Services We are dedicated to fostering a welcoming atmosphere to ensure you have a successful and enjoyable time at Hochschule Offenburg. Here are some of the key services we provide: Accomodation Intercultural competence certificationat Orientation Events Senior Service Cultural Program Buddy Program Summer language course Impressionen aus dem Studium Contact Persons Dean of Studies Bausch, Jörg Prof. Dr.-Ing. +49 781 205-4827 joerg.bausch@hs-offenburg.de Coordinator Raunig-Groß, Alexandra +49 781 205-4944 alexandra.raunig@hs-offenburg.de Downloads Study and Examination Regulations (German, PDF) StuPO Allgemeiner Teil (German, PDF) StuPO Abkürzungen (German, PDF) Module Handbook (English, PDF)

HS Offenburg Research Institutes IUAS Baden-Württemberg Scholarship for University Collaborations (BWS plus) Baden-Württemberg Scholarship for University Collaborations (BWS plus) WATER Leakage Finder (WATER) A Teaching and Research Project Addressing the Sustainable Development Goals Project Description The “WATER” project is an international collaboration between Hochschule Offenburg and the University of Mauritius. The focus is on developing new methods to detect water losses in distribution networks at an early stage and thus use water resources more efficiently. Joint degree programs, research projects, workshops, and hands-on training promote the exchange of knowledge and prepare students for future careers in the field of water supply technology. Project Objectives Experimental setup for detecting water losses in pipeline networks; left side = ground-penetrating radar image; right side = pipeline model in the ground One of the project’s goals is to conduct research on water leak detection, in which modern technologies are further developed and tested in real-world test sites. The findings are directly incorporated into teaching. Furthermore, the implementation of a joint master’s program with the University of Memphis (UoM) is being explored, which will lead to a specialization in the collaboration between the two Universities and open up new learning and exchange opportunities for students. Students will benefit from: targeted workshops and hands-on sessions, mentoring and individual support, the development of international and intercultural skills. Prospects and Sustainability The project strengthens scientific collaboration in the long term and enhances the quality of the joint educational programs. At the same time, it improves the career prospects of graduates and helps ensure a supply of skilled workers in the technical field. The research findings directly benefit the water supply system in Mauritius by training professionals in the use of modern measurement systems and sustainably reducing water losses. The approaches developed can also be applied in other countries. Furthermore, the project lays the groundwork for further research and industry collaborations and supports several Sustainable Development Goals. Support and Interculturality The project places great emphasis on comprehensive support. Students receive assistance through language courses, cultural activities, and personalized support programs designed to help them adjust to their new environment. The following are particularly important: programs such as the buddy system and the Senior Service, involvement in ongoing research projects and international teams, stays in both countries with hands-on work at test sites. On-site workshops and virtual meetings strengthen professional exchange and intercultural collaboration. Both universities regularly publish updates on project activities. Project Information Project Duration Duration 3 years Start October 1, 2024 End September 30, 2027 Contact Email: iuas@hs-offenburg.de In cooperation with This website was created as part of the BWS plus project “WATer IEakage findeR.” The project is funded by the Baden-Württemberg Foundation and is part of the Baden-Württemberg-STIPENDIUM program for university collaborations.

HS Offenburg Transfer Transfer Projects move.mORe move.mORe move.mORe - Sustainable Mobility in the Upper Rhine Region The “move.mORe – Sustainable Mobility in the Upper Rhine Region” project is a joint initiative of Karlsruhe University of Applied Sciences (HKA) and Hochschule Offenburg (HSO) . It was approved in the second funding round of the federal-state initiative “Innovative University” with a five-year term running through the end of 2027. “Innovative University” is a federal-state initiative designed to promote research-based transfer of ideas, knowledge, and technology . In line with the funding priorities of the “Innovative University” initiative, the university consortium aims to strengthen its ties with the regional community and, together with regional partners from business, culture, and society , to promote and enhance the sustainable mobility of people and goods in the rural areas of the Upper Rhine region. The two member universities contribute to the project with their respective research focuses and areas of expertise : “Transportation” and “Infrastructure” (HKA) as well as “Energy” and “Logistics” (HSO) . In doing so, they complement each other’s expertise and share responsibility for the subprojects focused on these areas. The move.mORe Transfer Team serves as the point of contact for successful knowledge and technology transfer. We act as the interface between research, local government, the business community, and civil society in the Upper Rhine region, and we are represented in the region through our branch offices at the Rastatt District Office and in the city of Lahr . Our goal is to develop and implement model initiatives in the field of sustainable mobility based on research-driven knowledge and its application. (You can find our offerings below under the respective subprojects.) We facilitate project collaboration, bring together relevant regional stakeholders for dialogue, provide innovative ideas for municipalities and businesses, and advise you—with our interdisciplinary project team—on issues related to energy, logistics, transportation, and infrastructure . Feel free to contact us! We’ll help you effectively bring your ideas to life. The Subprojects Sustainable Energy Systems Subproject 3, “Sustainable Energy Systems,” aims to examine climate-neutral energy supply and efficient energy use through electric cars and electric bikes to achieve zero-emission mobility . Various conditions must be met for mobility to be truly sustainable. These include (a) energy supply from the highest possible proportion of renewable sources; (b) charging processes that meet both customer preferences (e.g., fast charging) and grid requirements (e.g., grid-friendly charging); and (c) efficient energy use within the vehicle through battery management, thermal management, and the powertrain. Four work packages are dedicated to promoting and researching individual aspects of these goals. 1. Innovation Network This initiative aims to provide a platform for stakeholders from research, industry, civil society, and the public sector to network during guided tours of the RIZ Energie - Research and Innovation Center of Energy Technology, as well as at technical and marketing events. In addition, the Instagram channel “der_energiekanal” is used to engage civil society in a way tailored to specific target groups. 2. Driving Simulator An electric car driving simulator is being developed to serve as an interface between users and technology. By linking it to the electric mobility laboratory operated at RIZ Energie, the characteristic dynamics of an electric vehicle’s drive system are brought to life for citizens and planners. Furthermore, the driving cycles generated in this way can be used for additional measurement campaigns at various on-site labs. 3. Charging Stations As a case study on grid-friendly and energy-efficient operation of charging parks, a simulation tool has been developed to demonstrate various charging management solutions. This tool is designed to test innovative charging strategies such as dynamic load management, predictive model-based control approaches, and swarm-based control algorithms. A clear and intuitive GUI highlights usability, flexibility, and public perception. We consider both unidirectional and bidirectional charging. 4. Multi-Use Batteries With balcony power plants, it is advantageous to consume as much electricity as possible on-site, since no feed-in tariff is paid for these systems. To make this possible, connection options for linking e-bike batteries and battery-powered tools to a balcony power plant are being developed and tested in demonstrators. The batteries can thus be charged using the balcony power plant’s own electricity or serve as buffer storage. This solution is sustainable because there is no need to purchase separate batteries. Our Offers Innovation Network Research on the energy transition is multifaceted . There are many subfields that are interrelated and thus exhibit systemic interconnections. We highlight these approaches in our cross-research-group projects at the Institute for Sustainable Energy Systems at the Regional Innovation Center for Energy Technology at Hochschule Offenburg. During guided tours, project presentations, and informational events, we can address specific challenges and present potential solutions. Through close collaboration with representatives from research, academia, and industry, we can facilitate the exchange of expertise and contacts to address shared concerns. Battery Diagnosis The battery laboratory at Hochschule Offenburg is equipped with a wide range of instruments for diagnosing lithium-ion battery cells and modules . These diagnostic tests can include, for example , performance, cycle life, and aging tests, as well as characterization of cell capacity, internal resistance, and impedance . In addition to experimental measurements, we also offer analysis of these test results. Furthermore , post-mortem diagnostics of electrodes and other cell components can be performed by opening the cells under an inert gas atmosphere. Basics of E-Mobility We help interested parties gain a better understanding of the technical, environmental, and economic aspects of electric mobility . This can take the form of hands-on activities (workshops or seminars) or training sessions . We offer live demonstrations on the electric motor test bench as well as guided simulations of the topics discussed. Intelligent Charging Algorithms We offer a wide range of collaboration opportunities to stakeholders interested in the further development or application of smart charging algorithms and in the potential benefits of uni- and bidirectional charging —whether for their own charging station or charging park, or from a grid operator’s perspective — a wide range of collaboration opportunities , ranging from knowledge transfer to concrete R&D projects. A Region of Short Distances Subproject 4 , “Region of Short Distances,” focuses on promoting climate-friendly mobility in rural areas by identifying interactions between planning and traffic volume at an early stage. This will enable the transfer of new approaches, process knowledge, and tools to regional partners; future planning projects will be easier to assess in terms of their traffic impacts. Effective measures to reduce motor vehicle traffic will be specifically selected and implemented as early as the planning phase. In this context, a planning model is being developed. The planning model is based on scientific approaches and is used to assess the impact of municipal land-use plans on mode choice and travel distances . Based on the findings of the planning model—and supplemented by the agent-based model and the accessibility analysis—area-specific solutions are developed in collaboration with local stakeholders to ensure a lasting transformation of settlement structures toward a region characterized by short travel distances . Benefits for partners: Integration of current scientific approaches into your planning Achievement of sustainable settlement development Streamlined workflows through collaboration Our Services and Solutions Planungsmodell für die Bauleitplanung Erreichbarkeitsanalyse Mobility Management The goal of the move.mORe subproject 5, Mobility Management , is to make transportation in the project region more environmentally and socially sustainable . This primarily involves the strategic planning , implementation, and management of measures in the areas of information, communication, motivation, coordination, service offerings, and infrastructure. These measures are intended to provide and highlight attractive, affordable, and easily accessible alternatives to private car use for local residents. Essential to this is the testing of innovative measures in the form of real-world laboratories . A real-world laboratory refers to the implementation of new solutions within a limited timeframe and geographical area. In this context, these innovative measures are put to the test in practice and evaluated under real-world conditions. In this way, the knowledge and experience accumulated at universities, in local governments, and in businesses can be transferred into practical application . Real-world labs are conducted with user participation and are scientifically monitored and evaluated. Joint development of future-oriented mobility concepts and measures: Mobility concepts developed without an in-depth understanding of users’ needs and specific local conditions are often unsuccessful. Every municipality in the Upper Rhine region faces unique challenges and requirements that can only be fully understood through intensive dialogue with residents, local businesses, and planning authorities. Various survey methods are used, such as traffic counts and measurements or participatory formats , which make it possible to incorporate the assessments and expert knowledge of those affected directly into the planning process. In this way, tailored solutions can be developed that meet the actual needs of your municipality and achieve sustainable results. To implement these measures, a comprehensive toolkit is being developed that includes, for example, target-group-specific mobility management (for children, adolescents, students, commuters, etc.) or the targeted selection of measures for specific modes of transportation such as public transit, cycling, and walking. Our Services and Solutions Real-world Labs Consulting on the preparation, implementation, and evaluation of real-world labs: Drawing on our experience with previously conducted real-world labs, we can support municipalities through every step of the real-world lab process: Planning and implementation of real-world labs Analysis and assessment of the impact of tested measures Identification of existing obstacles or shortcomings and further development of the concepts Consulting on the continuation of successfully completed real-world labs Steps 2 and 3, in particular, are far too rarely carried out in practice. However, these steps form the basis for an informed discussion about the continuation of real-world labs and, thus, for the sustainable further development of mobility . Agent-Based Traffic Modeling As part of Subproject 5, Mobility Management , agent-based modeling using MATSim (Multi-Agent Transport Simulation) is also being used to analyze and evaluate the impact of mobility measures on traffic patterns in the Upper Rhine region. MATSim allows us to model individual travelers as agents in a simulated environment, enabling a detailed analysis of traffic flows and patterns . We are currently able to create simple models that account for bicycle traffic, motor vehicle traffic, and local public transit. These models allow us to run through various scenarios and simulate the effects of planned measures on mobility in the region . In addition, we are working on a solution to convert survey data into MATSim population data . This will allow us to integrate the specific mobility habits and needs of the population even more effectively into the simulations and thereby develop tailored and well-founded recommendations for practical application . In this way, we can ensure that the mobility concepts and measures we develop are not only theoretically sound but also practically implementable and tailored to the needs of local residents . Multimodal Logistics The move.mORe Subproject 6: Multimodal Logistics develops regional and local end-to-end concepts to transfer collaborative logistics innovations to locally operating companies and the region . The Upper Rhine region is home to a large number of logistics companies that contribute significantly to the region’s economic dynamism and success. The subproject aims to work with interested companies from the region to identify new, innovative approaches in the field of intra- and extralogistics and to further develop them collaboratively. The benefits for your company: Through joint research and development, existing knowledge and experience from the Universities of Offenburg and Karlsruhe will be shared with regional companies, and topic-specific exchange between companies will be promoted. The logistics industry is currently facing a variety of challenges, such as supply chain disruptions sustainability Environmental impacts Skilled labor shortages technological disruption Rising customer expectations Regulatory requirements These factors require companies to be adaptable, to invest in technology and sustainability initiatives, and to develop strategies to meet the market’s growing demands. By collaborating on future-oriented topics , companies gain the advantage of being able to tackle these issues with greater impact and with additional support from research and industry expertise . This also makes it possible to implement initiatives that would be too ambitious for individual companies to undertake on their own. Our Services and Solutions The Innovation Network The Upper Rhine Multimodal Logistics Network offers regional companies the opportunity to actively participate in the project and work together to address logistical challenges . In addition, the innovation network provides a space where companies can exchange ideas on an equal footing through various formats. The topics identified within the innovation network are implemented at no cost to the participating companies, with the support of the research infrastructure at both Universities. Please feel free to contact us! The Research Roadmap Workshops In workshops lasting about half a day , participants work together to identify the companies’ future logistics challenges . The process involves examining potential areas of action that take various factors into account and aim to identify short-, medium-, and long-term challenges and prioritize them by timeframe. The resulting customized research roadmap is made available to the companies, and the identified topics can be taken up and further developed within the innovation network. The Decentralized Logistics Campus As part of the decentralized logistics campus, the laboratory infrastructure at the universities of Hochschule Offenburg (HSO) and Karlsruhe (HKA) is being expanded: IoT technologies for tracking, tracing, and simulating transportation logistics processes (HSO) Equipment for the analysis and development of interface technologies between information technology and operational technology (HKA) The decentralized logistics campus is currently under construction and, once completed, will be available to the innovation network for joint research. The Mobile Lab The mobile lab is part of the decentralized logistics campus of the universities of Offenburg and Karlsruhe. It consists of a Renault Master E-Tech that has been specially converted for research purposes and is designed to enable research to be conducted directly on the company’s “premises.” The vehicle’s uses include, among others: Hosting workshops Conducting simulations Collecting relevant logistics data Using demonstrators, such as IoT and tracking & tracing Analyzing the logistics process chain directly on-site at companies The vehicle is ready for use—we welcome inquiries! Bicycle Networks The move.mORe subproject 7 , “Bicycle Networks ,” highlights the development potential of bicycle traffic, particularly in rural areas, and contributes to energy-efficient mobility. The bicycle-friendly settlement structure and topography in the central Upper Rhine region facilitate year-round bicycle use, although this is only fully possible for municipalities in the Black Forest through the use of e-bikes . The goal of the subproject is to increase acceptance of cycling by improving cycling infrastructure . On the one hand, this involves optimizing the built infrastructure through a multidimensional quality assessment of cycling networks as the basis for structured maintenance management. On the other hand, using the development of an e-bike assistance system as an example, digital solutions are being developed to improve the cycling and e-bike riding experience by implementing rider-adaptive support. Your benefits: Built Infrastructure: Existing data from cooperation partners and description standards from databases are analyzed. The condition of bicycle networks will be assessed using standardized measurement methods and systematically evaluated across four dimensions (construction quality, design quality, user quality, and operational quality). A guide is to be developed to promote cycling as effectively as possible while ensuring the quality of bicycle networks and monitoring the tasks required for safe operation. Digital Infrastructure: With the increasing prevalence of e-bikes— particularly in the high- and mid-altitude areas of the Upper Rhine region —cycling is expanding into areas that were previously reserved for motor vehicles. To address the range limitations associated with e-bikes, an assistance system for automated control of the motorized assistance is being developed and implemented as a “Smart E-Bike” demonstrator . This is intended, in particular, to increase acceptance of the use of bicycles and e-bikes for longer trips. Furthermore, data is being collected that will be incorporated into forward-looking planning and standardization of built cycling infrastructure. Our Services and Solutions Quality Assessment System for Bicycle Networks The goal of the Cycling Network Quality Assessment System is to advance a sustainable mobility transition in the area of cycling infrastructure. The IT-supported asset management system takes into account structural factors—including user and design qualities—as well as operational aspects such as winter maintenance and other operational services. In conjunction with automated data collection methods, this innovative system provides cities, municipalities, states, and other public authorities with sustainable and practical support for maintaining and optimizing their bicycle networks . E-Bike Energy Analysis The e-bike energy analysis enables an energy assessment of cycling infrastructure or specific routes. To do this, a predictive algorithm calculates the estimated electrical energy required to travel a defined route. A demonstrator for this—the online e-bike planner—is already available. Based on the energy forecast , energy management for e-bike rides can also be implemented. To this end, a concept has been developed for a rider-adaptive assistance system designed to alleviate range anxiety among e-bike riders when energy is running low. Data & Networking The move.mORe subproject 8, “Data and Networking ,” functions as a cross-cutting project and provides both communication channels and mechanisms as well as the corresponding services for data collection and storage that are needed to process the digital information from the other subprojects and implementation projects efficiently and in a targeted manner. This creates a digital ecosystem for sustainable mobility. Benefits of collaboration: As experts in communication technology, we can provide support here on multiple levels. Thanks to our many years of experience and knowledge of current technologies and platforms, we are able to analyze use cases precisely according to your requirements and find appropriate solutions for them. This applies from the lower levels of data collection and sensor connectivity , through cloud platforms for data storage , all the way to the corresponding interfaces and applications for accessing and utilizing the data—and includes both the use of existing products and the implementation of custom-developed solutions. Our Services and Solutions Technology and Feasibility Studies The first step in solving a problem is often to analyze and compare possible solutions. This is particularly true in the fields of data and communications applications, which offer countless technological alternatives. In such phases, we can provide ideal support thanks to our many years of experience in research and development in these fields. This often takes the form of technology studies and/or feasibility analyses . Implementation Projects and Prototypes There are already concrete ideas, concepts, and requirements in a specific area of data acquisition, communication, or storage. We would be happy to assist with practical implementation and make our expertise and development resources available. Supported by

HS Offenburg About us EMI Department MakerSpace MakerSpace Edu FabLab - Education Fabrication Laboratory The MakerSpace offers workspaces for creative minds in all fields, high-quality equipment such as 3D printers, software, state-of-the-art machines, and the necessary expertise for all kinds of projects. The MakerSpace is an open workshop that provides technologies for the digital development and manufacturing of products. Our MakerSpace, the Edu FabLab (Education Fabrication Laboratory), is a place where students, staff, and faculty tinker, research, and develop. At the MakerSpace, the focus is on being creative, working independently, and developing hands-on skills. Here, you can put your theoretical knowledge into practice and quickly turn new ideas into prototypes. Whether you’re working on your own project, writing a final thesis, taking a course, or are simply curious—everyone is welcome at the MakerSpace. Here, you can use 3D printers, laser cutters, CNC mills, computers with the necessary software, and many other tools and devices to bring your ideas to life. The experienced team is always on hand to support you with your projects and teach you new skills. Stop by the MakerSpace at Hochschule Offenburg in rooms B136 and B137! Consultation or fabrication requests Please send inquiries via email to jobs4makerspace@hs-offenburg.de Features 3D-Printing Prusa MK3S / MK3S+ We have Prusa MK3S and MK3S+ printers in our lab. They are the workhorses of our additive manufacturing operations. Build volume: 250 mm x 210 mm x 210 mm Printable materials: Standard materials such as PLA and PETG, which do not require a closed build volume Filament diameter: 1.75 mm Available nozzle diameters: 0.25 mm; 0.4 mm; 0.6 mm; 0.8 mm Prusa MK3S / MK3S+ With our Prusa MK3S featuring the multi-material upgrade, you can produce prints in up to five colors. Build volume: 250 mm x 210 mm x 210 mm Printable materials: Standard materials such as PLA and PETG that do not require a closed build volume Filament diameter: 1.75 mm Available nozzle diameters: 0.4 mm Ultimaker S5 Our Ultimaker S5 is the printer of choice for large parts and engineering plastics that require a closed build volume Build volume: 330 mm x 240 mm x 300 mm Printable materials: PLA, PETG, ABS, PC, fiber-reinforced materials, ... Filament diameter: 2.85 mm Available nozzle diameters: 0.4 mm; 0.6 mm; 0.8 mm Phrozen Sonic Mega 8K The Phrozen Sonic Mega 8K is a resin printer designed for large projects Build volume: 330 mm x 185 mm x 400 mm Printable materials: Printing resins (405 nm) upon consultation and with a safety data sheet Mechanical Machining CNC gantry milling machine Our portal milling machine allows us to machine a wide variety of materials , from wood to aluminum. Travel ranges: X = 720 mm Y = 1150 mm Z = 250 mm Materials that can be machined: Wood, plastics, aluminum (no steels) Axes: X, Y, Z, and A axes Laser Engraving and Cutting Machine Our laser cutter can be used to cut organic materials and plastics, as well as to engrave a wide variety of materials. Caution with halogen-containing plastics (e.g., PVC): these release harmful fumes and must not be processed! Details Laser power: 100 W Work area: 1300 mm x 900 mm Processable material thicknesses: 8 mm for wood, 10 mm for plastics (rough guidelines) Electronics Manufacturing PCB milling machine Our PCB milling machine is ideal for creating PCB prototypes. By milling the insulation, functional prototypes can be produced within one business day. Max. board size: 270 mm x 325 mm Max. number of layers: 2 Min. pattern size: 0.1 mm Min. pitch: 0.2 mm Semi-automatic pasting machine Our paste applicator can be used to apply paste to circuit boards using a paste stencil. Max. print size: 370 mm x 430 mm Alignment: Manual via camera system Paste application: Manual or automatic Reflow Oven The reflow oven can be used to solder circuit boards with SMD components. Max. passage width: 270 mm Max. passage height: 30 mm – 35 mm (depending on PCB dimensions) Vapor-Phase Soldering System The vapor-phase soldering system can be used to solder circuit boards with SMD and BGA components. Max. PCB size: 460 x 205 x 100 mm (LxWxH) or 385 x 265 x 100 mm (LxWxH) Hand-operated placement machine Our handheld placement machine can be used for placing SMD components. Max. PCB size: 200 mm x 150 mm Assembly Workstations We have several assembly workstations that allow us to carry out mechanical and electronic projects. We have several soldering stations and tools for electronic work, as well as mechanical tools such as screwdrivers, wrenches, and pliers. Consumables such as screws, cables, and various other components are also available. If you have any questions, please feel free to contact our team. PC Workstations Our computer workstations are equipped with state-of-the-art workstations, enabling us to perform various tasks—such as design and rendering—right on site. Materials Warehouse We have a variety of materials in stock at the Makerspace, including screws in various shapes and sizes from M3 to M8, nuts, other hardware, cables, electronic components, breadboards, development boards, and much more. Projects from the MakerSpace Laboratories Labor Projektlabor EI Robotic Gripper Arm The EI Project Lab takes place during the first semester of the EI/EI-plus program. Students are expected to work on and gradually solve an interdisciplinary development task using basic hardware and software equipment in the Edu FabLab at Hochschule Offenburg. At the end of the project, the robotic arm is controlled via a graphical user interface on a PC. Labor Medizintechnische Werkstoffe As part of the "Medizintechnik Materials" lab, the digital manufacturing process for 3D-printing patient-specific implants is examined, using a skull implant as an example. In the MakerSpace, students work on computer workstations to process CT data sets and use them to generate a 3D model for an implant. The students then print this model using 3D printers. The lab enables students to acquire specialization in Medizintechnik and to bridge the gap between theory and practical application. Labor technische Dokumentation - Studieneinstiegsprojekt As part of the lab, students design a 3D model in a CAD program based on their assignment and then print the model using FDM printers in the MakerSpace. Components necessary for operation, such as electric motors, are assembled, and the electrical connections are set up and soldered. Schluckspecht A wide variety of components for the Schluckspecht are manufactured at the MakerSpace. Whether it’s 3D printing or PCB fabrication and assembly, you’ll find everything a maker or engineer could want here. Schluckspecht Prototype Circuit Board In the MakerSpace, milled prototype circuit boards are produced for projects such as the Schluckspecht S6. Using the circuit board milling machine, custom circuit boards can be created to meet the specific needs of users. Staff and tutors are available to provide advice on designing the circuit board layout and to ensure that technical requirements are met. "Schluckspecht" Taillight At the MakerSpace, a housing for the taillight of a Schluckspecht vehicle was 3D-printed, and a transparent Plexiglas cover was laser-cut. This vehicle is being built as part of a student project and requires custom-made parts. Some elements of the vehicle are produced using 3D printing, as this offers a cost-effective way to create custom parts. Black Forest Formula Team A wide variety of components are manufactured at the MakerSpace for the Black Forest Formula Team project. In addition to the design and production of custom circuit boards for the power management of the electronic components, the race car also requires 3D-printed parts for the fabrication of, for example, electrical enclosures. Black Forest Formula Team Low-Cost Injection Molding Machine As part of a project by a mechatronics student, a low-cost injection molding machine was developed at the MakerSpace that works with both standard plastic pellets and recycled plastic packaging. To properly calibrate the machine, sample parts—such as cell phone cases—were produced using the injection molding process. Various tests were conducted on these parts to evaluate parameters such as stability and to ensure that the machine was correctly calibrated. EKG-Simulator As part of a bachelor's degree thesis, an ECG simulator was developed to assist Medizintechnik students during their internships. This simulator makes it possible to conduct measurement experiments with new technologies without the need for real test subjects. In the MakerSpace, the housing for the simulator’s electronic components was designed from scratch and modeled on a computer using specialized software. The housing was then printed using a 3D printer. Resin-3D-Printing In the MakerSpace, highly detailed 3D-printed models can be produced using resin 3D printing. One example is the dragon model, which serves as a demonstration piece. This model clearly shows visible details, such as the dragon’s teeth and the spikes on its back. The use of a resin 3D printer makes it possible to print very fine and precise structures that are difficult to produce with conventional FDM 3D printers. Power Management Board An energy management circuit board for the Blackforest Formula Team race car was manufactured and assembled in the MakerSpace. The electric race car requires various circuit boards to implement its energy management system. In the MakerSpace, users receive support in designing the circuit board layouts. Here, they can not only design the circuit boards but also manufacture them, populate them with electronic components, and solder them. In addition to hand-held soldering irons for THT components, equipment for dispensing solder paste, placing, and soldering SMD components is also available. Tic-Tac-Toe Advanced At the MakerSpace, a Tic-Tac-Toe game board was designed and printed as a hands-on exhibit for trade shows. It is an expanded version of the game, as it features a 4x4 grid. The game pieces were designed so that they can be picked up by a robotic arm used as part of a project lab. This interactive demonstration allows visitors not only to play the game but also to experience how the robotic arm works. Arm prosthesis with integrated bend sensors In the MakerSpace, a silicone mold for a prosthetic hand containing bend sensors was developed. The mold, which was designed at the workstations using the necessary software, was printed on FDM printers. The bend sensors were secured in this mold, and the silicone was poured in and allowed to cure. The prosthetic hand served as a measurement demonstrator to correlate finger bending angles with measured values. The goal was to gain a better understanding of how to design optimized prosthetic hands. Workshop Manual As part of a project by a media studies student, a cover for a 3D-printed book (“Workshop Book”) was created using a 3D printer at the MakerSpace. The goal was to create a unique work of art. Mounting brackets for polycarbonate displays A 3D-printed polycarbonate mounting bracket for installing large-format e-paper displays was developed at the MakerSpace. This bracket offers a robust and custom-designed solution for the secure mounting and integration of such displays. In the future, these displays will be used at the University as digital signs to show room reservations and provide information about which lecturer is teaching which lecture in each room. Multicolor and Print-in-Place 3D Printing In the MakerSpace, a multicolor 3D print of an octopus was produced as a print-in-place part. The individual segments of the octopus were created in a single printing process. This offers the advantage of eliminating the need for additional predetermined breaking points and increasing the model’s stability. Print-in-place printing eliminates the need for post-processing or assembly, which saves time and reduces the likelihood of errors. In addition, this technique enables the printing of complex structures that would be difficult to produce using conventional methods. Contact Mackensen, Elke Prof. Dr.-Ing. +49 781 205-4770 elke.mackensen@hs-offenburg.de Hog, Patrick +49 781 205-4879 patrick.hog@hs-offenburg.de

HS Offenburg Studies AStA AStA student union – Students for Students The AStA student union is a student body that addresses many of the students' concerns. College Sports Get Involved Downloads This Is Us – AStA student union departments Executive Board Sports Responsibilities Coordinating gym scheduling Administration of tutor contracts for sports group leaders Organizing competitive sports and the University Sports Day Administration of sports fields and equipment asta-sport@hs-offenburg.de International Student Affairs Responsibilities Integration of International Students Assistance with administrative procedures and daily life By International Students, for International Students Contact: asta-international@hs-offenburg.de Public Relations Tasks First-Semester Welcome Updating the First-Semester Information Compiling text and images for the website and social media Designing posters for events Preparing images and text for the website and print materials Admin for the AStA student union CMS Managing social media channels (Facebook & Instagram) Programming Board Activities Cultural Program (International BBQ, ...) Freshman Party Study trips, day trips Organizing the AStA student union’s participation in university open houses Providing information to party organizers Contact: asta-kultur@hs-offenburg.de Finance Responsibilities Responsibility for all AStA student union payment transactions Point of contact for the University and the Student Parliament on financial matters Budgeting for the upcoming fiscal year Preparing final reports for the AStA student union External Relations Responsibilities Involvement in the State Student Council Higher education policy and legislation Liaison with other universities and student bodies Liaison with the fzs (Freier Zusammenschluss der Studierendenschaften e.V.) Student Support Services Tasks Requests for Extension of Deadlines Problems with Professors Equality and Equal Opportunities Contact: asta-beratung@hs-offenburg.de Film Club Responsibilities Planning and organizing the Film Club’s activities at Hochschule Offenburg College Sports – Get Moving Here! As in every semester, there are a wide variety of sports activities available to you. Among other things, you’ll find various ball sports and a large selection of dance classes waiting for you. You can find more information in our Moodle course . If there’s a sport you’d like to see but isn’t listed, please email us or feel free to stop by during break time. Get Involved Job Openings If you’d like to pitch in and help and support other students and the University—then the AStA student union is the perfect place for you! Unfortunately, the position you were hoping to fill at the AStA student union isn’t available right now? No problem! We’re always looking for helping hands for our various events and projects. Just reach out to us via email—we’re always happy to have new team members. Or just come say hi—it’s totally casual and laid-back—stop by the AStA student union office in Offenburg (B020) or at the Gengenbach Monastery (208)! Volunteers Wanted! We can always use hardworking volunteers. If support is needed for specific events, you can find the upcoming events right in the calendar. We also always welcome unsolicited inquiries. So if you have the time and are interested, get in touch at asta@hs-offenburg.de or stop by our AStA student union office at B20 (Offenburg) or Gengenbach Monastery (Gengenbach). Downloads Information Portal In this section, you’ll find all the important downloads related to the AStA student union, as well as plenty of information—for example, on project funding or for first-year students. Project Funding (PDF) First-Semester Brochure (PDF) Bylaws Organizational Bylaws (PDF) Organizational Chart (PNG) Budget Budget Financial Reporting Election Documents Announcement of the Approved Candidate Nominations Meeting Documents StuPa Meeting Agenda Winter Semester 25/26 February 26, 2026 January 14, 2026 December 10, 2025 November 5, 2025 October 7, 2025 Minutes Winter Semester 25/26 December 10, 2025 November 5, 2025 October 7, 2025 AStA student union Meeting Agenda Winter Semester 25/26 January 22, 2026 December 16, 2025 November 11, 2025 October 9, 2025 Minutes Contact Email us at: AStA student union@hs-offenburg.de Locations Hours Offenburg: B020 1st and 2nd breaks Gengenbach Monastery 208 Upon request

HS Offenburg Transfer Transfer Projects KTUR² KTUR² KTUR² - Toward a Global Innovation Ecosystem in the Upper Rhine Region The Knowledge Transfer Upper Rhine 2 (KTUR²) network aims to meet the research and development (R&D) needs of companies. It facilitates access to innovations and technologies available at research institutions in the Upper Rhine region. KTUR² is also developing a series of continuing education courses to help employees keep pace with socioeconomic developments and stay up to date in their respective fields. In addition, the project promotes entrepreneurship and the creation of startups within the trinational network and simplifies access to innovation financing in the region. The Origins of the KTUR Network The first KTUR project, which launched in October 2019, aimed to make regional and cross-border knowledge and technology transfer between public research institutions and companies more efficient, systematic, and sustainable. To this end, a network of 12 member institutions was established. It includes the universities of applied sciences in the TriRhenaTech network (Kaiserslautern, Karlsruhe, Offenburg, Furtwangen, Lörrach, and Northwestern Switzerland), the Eucor universities (the Karlsruhe Institute of Technology, Freiburg im Breisgau, Haute-Alsace, Basel, and Strasbourg), the University of Kaiserslautern-Landau, as well as technology transfer organizations such as Conectus, Grand E-nov+ (Regional Innovation Agency), and the IHK Alsace Eurométropole. About KTUR² KTUR Website Contact Central Coordination ktur@unistra.fr KTUR Transfer Manager Pacevicius, Jean +49 781 205-4808 jean.pacevicius@hs-offenburg.de About Interreg Upper Rhine The KTUR network exists thanks to the support of INTERREG Upper Rhine , a program from the region and for the region that has been funding cross-border cooperation projects in the Upper Rhine region since 1989.

HS Offenburg Studies Master's Programs Sustainable Business Development Sustainable Business Development Do you want to do more than just maximize profits? In the trinational Master’s program in Sustainable Business Development, you’ll study in Germany, France, and Switzerland to learn how to develop sustainable business models that are environmentally sound and economically successful. Through real-world projects with partner companies, you’ll put your knowledge directly into practice and become a driving force for a world worth living in. Apply now Profile Degree 3 internationally recognized master's degrees (M. Sc.) Study Language German, French, English Standard period of study 4 Semester Starts of study Winter semester Application deadline March 31 (resident outside the EU) / July 15 (extended to July 31, resident within the EU) Admission requirements completed bachelor's degree in a related field Language requirements Language level of B1 in German, French and English ECTS 120 Credits Place of study University of Applied Sciences Northwestern Switzerland (Switzerland), EM Strasbourg Business School, Université de Strasbourg (France), Hochschule Offenburg Selection process Yes (NC) Everything You Need to Know Course Content During your studies, you’ll combine economic, environmental, and social topics to develop business models that truly work. You’ll bring together knowledge and practical skills from a wide range of fields: Circular economy systems Resource efficiency Sustainable business strategies Corporate governance and ethics Renewable energy Data Science and Artificial Intelligence Globalization and Sustainability Corporate Culture In the first part of your program, the “Fundamentals,” we’ll bring you and your fellow students up to speed on sustainability, technology, and economics. Each semester, your journey takes you to a different campus of our partner universities. You’ll gain exposure to diverse perspectives and build an international network: 1st Semester: FHNW School of Business (Basel, Switzerland) 2nd semester: Hochschule Offenburg (Offenburg, Germany) 3rd & 4th Semesters: EM Strasbourg Business School, University of Strasbourg (Strasbourg, France). Here, you will also write your master’s thesis in the 4th semester. Your courses will be held in German and French; in selected subjects, you will communicate in English. To help you get off to a smooth start in your trinational program, we offer language courses during your first year of study. Fundamentals (60 ECTS) Praxis (60 ECTS) 1. Studienjahr Technology I (6) Business I (3) Sustainability I (6) Technology II (6) Business II (3) Sustainability II (6) Entrepreneurship Project (6) Consulting Project (6) Project Embedded Course (9) 2. Studienjahr Technology III (6) Business III (3) Sustainability III (6) Technology IV (6) Business IV (3) Sustainability IV (3) CLUE (3) Intrapreneurship Project (12) Masterthesis (15) Dual study phase in the second year of study In your second year, you’ll shift into high gear and build a direct connection between the university and the company. Here’s what your course of study will look like: 3rd semester: You alternate weekly between the university and your partner company. This allows you to apply your newly acquired knowledge directly to real-world projects and further develop your skills in a professional setting. 4th semester: You’ll be working full-time at the company and focusing entirely on your master’s thesis. Your 2 Paths to a Dual Degree Program You can choose the country where you want to build your professional network. We offer two options for companies and students: Companies in France: In the standard model, students work at a French company. Hiring is straightforward via an apprenticeship contract (contrat d’apprentissage ). Companies in Germany: Alternatively, you can complete your internship at a German company. Perspectives With your triple master’s degree, many doors are open to you, for example in these fields: Sustainability Management Sustainability Management in NGOs and the Public Sector Product and Life Cycle Management Supply Chain Management Sustainable Transformation Management Sustainability Consulting Starting Your Own Sustainable Business Ph.D.: During your two-year master’s program (120 ECTS credits leading to a degree from the University of Strasbourg), you will fulfill the formal requirements for a Ph.D. and gain valuable research and methodological skills. Application Admission Requirements a) A bachelor’s degree comprising at least 180 credits (according to ECTS), or an equivalent first degree from a suitable and accredited program at a recognized institution of higher education. Equivalent first-cycle degree from a suitable and accredited program at a recognized institution of higher education. b) For all students, the required language proficiency level corresponds to Level B1 in German, French, and English according to the Common European Framework of Reference. c) Suitable bachelor's programs include business, engineering, natural sciences, or computer science. Bachelor’s degrees in other fields are accepted upon demonstration of appropriate aptitude and interest. Selection Process Online application with documents in digital form; preliminary selection based on the documents submitted in the online application Trilingual interview (in German, French, and English) before a selection committee Financing your study Erasmus+ If Hochschule Offenburg is your home institution, you can receive Erasmus+ funding for your time in France. As soon as you meet the program requirements and the funds are available, we’ll provide you with financial support. You can find details on the current funding amount directly under Erasmus+ . Recognition and Support from the DFH Our degree program is recognized by the Franco-German University (DFH). Students who enroll at the DFH receive a monthly mobility grant of €300–350 per person for a maximum of 10 months per academic year (in accordance with the DFH’s eligibility criteria). For more information on enrollment and financial aid , visit the DFH website. FAQ – What you should know Fees and Costs Students at Hochschule Offenburg must pay certain fee(s) for each semester: Administrative fee per semester: €80.00 (waived for exchange students from partner universities and special scholarship recipients who are not pursuing a degree) Social contribution per semester for the Freiburg-Black Forest Student Services Organization: €65.00 (for the cafeteria, dormitories, counseling centers, etc.) Contribution to the Student Government per semester: €25.00 (waived for recipients of special scholarships and exchange students from partner universities, who are not pursuing a degree) Flat-rate service fee per semester for students in the Graduate School’s international master’s programs: €150.00 (for housing placement, field trips and excursions, mentors, etc.). Tuition fees per semester charged by the State of Baden-Württemberg for non-EU citizens: €1,500.00. You are exempt from the €1,500.00 tuition fees if you: are a citizen of the European Union and/or the European Economic Community, are the spouse or child of a citizen of the European Union and/or the European Economic Community, have earned your high school diploma in Germany, are recognized as a refugee in Germany, are an exchange student from a partner university. MBA tuition fees for students in the International Business Consulting program: a total of €10,400.00 for the entire program (3 semesters). Students in the MBA program do not pay any additional tuition fees to the State of Baden-Württemberg. Semester tuition fee charged by the State of Baden-Württemberg for a second degree program: €650.00 (only for students who are exempt from the State of Baden-Württemberg’s tuition fee of €1,500.00 and have already earned a master’s degree in a consecutive degree program in Germany). This information is provided without guarantee. The current laws of the State of Baden-Württemberg are legally binding. For more information on tuition fees, visit the following website: https://mwk.baden-wuerttemberg.de/de/hochschulen-studium/studium/studienfinanzierung/gebuehren-fuer-internationale-studierende-und-zweitstudium/ The respective payment deadlines will be announced with the letter of admission. Exchange students from partner universities and recipients of special scholarships may pay the student service fee after arriving in Offenburg. Before Arrival Do I need a visa? Students from non-EU countries must obtain a student visa. A tourist visa is not sufficient. Apply approximately three months before arrival. Do I need to prove financial resources? Yes. You must demonstrate you can cover your living expenses, approximately €11,904 for the first year. This can be done via a blocked account, scholarship, or proof of savings. Is health insurance required? Yes, all students must have valid health insurance for enrollment. You can use German student insurance or a recognized international plan. After Arrival What should I do immediately after arriving in Offenburg? Complete enrollment at the university to receive your student ID (“OSKAR”) and login credentials. Open a German bank account for rent, insurance, and other payments. Confirm health and liability insurance coverage. Register your address at the town hall and visit the immigration office for a residence permit if required (non-EU students). Pay the broadcasting fee (€18.36 per household per month). Is there an orientation or welcome program? Yes. All new students are invited to orientation sessions, including a special introduction for international students. This provides an opportunity to meet peers and become familiar with the university before classes begin. Is there support before arrival? Yes, the university provides a Buddy Program to connect incoming students with current students who can help with housing, paperwork, and settling in. Services We are dedicated to fostering a welcoming atmosphere to ensure you have a successful and enjoyable time at Hochschule Offenburg. Here are some of the key services we provide: Accomodation Intercultural competence certificationat Orientation Events Senior Service Cultural Program Buddy Program Summer language course Information and Orientation Sessions Please accept YouTube content This video is provided by YouTube. By accepting, you agree that your data will be transmitted to YouTube. For more information, please see our privacy policy. Accept YouTube content Driving Sustainability Across Borders You’ll spend more than half of your studies working on concrete sustainability projects. In the “Impact Projects” with our partner companies, NGOs, and public organizations, you’ll tackle real-world challenges. You’ll work and make an impact together in trinational teams, guided by learning coaches. You’ll see results and feel that your actions are making a meaningful difference. In the process, you’ll take on various roles: Entrepreneur: You develop and implement your own sustainable business idea. Consultant: You help companies make their business models more sustainable. Intrapreneur: You work individually within a company and become a driver of real transformation there. 3 countries, 3 areas of focus, 3 degrees In this master’s program—the only one of its kind in Europe—you’ll gain international expertise and earn three internationally recognized degrees: from the FHNW School of Business (Switzerland), Hochschule Offenburg (Germany), and the EM Strasbourg Business School, Université de Strasbourg (France). With this triple degree in hand, you hold the key to a career that combines environmental sustainability and economic success across borders. Contact Persons Lämmle, Manuel Prof. Dr.-Ing. +49 781 205-4773 manuel.laemmle@hs-offenburg.de Hepperle, Pinar +49 781 205-243 pinar.hepperle@hs-offenburg.de Vogel, Lisa Maria Dipl.-Psych. +49 781 205-4922 lisa.vogel@hs-offenburg.de Co-funding partner Downloads Study and Examination Regulations (German, PDF) StuPO Allgemeiner Teil (German, PDF) StuPO Abkürzungen (German, PDF) Module Handbook (German, PDF) Qualification Objectives/Competency Matrix (PDF)

HS Offenburg Studies Master's Programs Mechatronik und Robotik Mechatronik und Robotik Do you want to bring intelligent machines to life and push the boundaries of what’s technically possible? In the Master’s program in Mechatronik und Robotik, you’ll specialize in control engineering, artificial intelligence, and machine learning. Here, you’ll turn mathematical models into real-world solutions for highly automated driving, robotics, or connected manufacturing. Become an engineer of autonomous systems and take on a leadership role in the digital transformation. Apply now Academic Advising Profile Degree Master of Science (M. Sc.) Study Language German Standard period of study 3 Semester Starts of study Summer and winter semesters Application deadline February 27 / September 18 Admission requirements completed bachelor's degree ECTS 90 Credits Place of study Campus Offenburg Do you have any questions about the application or enrollment process? The team at the Zulassungsamt will be happy to assist you: Email: zulassungsamt@hs-offenburg.de Phone: 0781 205-4792 (Mon–Thu 9:00 AM–12:00 PM, Tue 1:00 PM–3:00 PM) In person: Room: A 007 Everything You Need to Know Course Content The Master’s in Mechatronik und Robotik is the perfect next step after completing your bachelor's degree in Mechatronics . In addition to the core curriculum, you can tailor your studies to your interests by choosing 1 major and 2 specializations. Required Modules You will specialize in: advanced mathematics, control engineering, and artificial intelligence. In the process, you will learn more about modern concepts such as functional safety methods and machine learning. Specializations Choose 1 of 2 specializations: Robotics You will learn to understand, model, and control industrial and collaborative robots. You will master modern production systems in which humans and machines work efficiently hand in hand and data is used in a targeted manner. Autonomous Systems You will learn to select the appropriate drives and sensors and to program mobile robots for their environment. The focus is on modern intralogistics systems, highly automated driving, and new drive technologies for electric mobility. specialization Choose your 2 specializations from 5 exciting modules: Computer Vision Systems Engineering Applied Research Engine Technologies General Specialization Semester 1 Sicherheit mechatronischer Systeme Management für Ingenieure Höhere Mathematik Künstliche Intelli- genz für Ingenieure Semester 2 Regelungssysteme Wahlpflichtfächer Schwerpunkt Autonome Systeme oder Robotik Semester 3 Masterarbeit Perspectives As a mechatronics engineer, you combine electrical engineering, Maschinenbau, and Informatik. With this interdisciplinary approach, you develop solutions for complex systems—exactly what today’s job market is looking for. With your degree, you’ll be ready for engineering roles in industry and at research institutions. Career in industry: You’ll drive digitalization in production and help shape sustainable mobility or autonomous systems. Taking on responsibility: You’ll lead interdisciplinary teams and develop solutions that make a difference. Research and Teaching: Your degree qualifies you for a Ph.D. and opens the door to academic careers. Fees and Funding Semester Tuition and Fees Hochschule Offenburg charges an administrative fee of 80.00 euros per semester and a social contribution of 65.00 euros for the Studierendenwerk Freiburg. In addition, the University’s student body charges all enrolled students a student body fee of 25.00 euros per semester to fulfill its responsibilities. Students on leave of absence from their studies are also required to pay these fees; however, foreign students enrolled on a temporary basis are exempt pursuant to Section 60(1), sentence 2, of the Higher Education Act (LHG). = 170 euros per semester Additional costs for PLUS Education degree programs (degree programs with a teaching certification option) For students in the following bachelor's programs Elektrotechnik/Informationstechnik PLUS Pädagogik Mechatronik PLUS Pädagogik Media Technology/Business PLUS Education Wirtschaftsinformatik PLUS Pädagogik an additional fee of 28.00 euros for local public transportation (semester ticket) applies, in accordance with the fees regulations of the Freiburg Studierendenwerk. Note: You pay the semester fee to Hochschule Offenburg; however, you are enrolled at both Hochschule Offenburg and Freiburg University of Education. Additional Costs for International Master's Programs Students in international master's programs must also pay a flat-rate service fee of 150.00 euros per semester. Tuition Fees for International Students and Students Pursuing a Second Degree Since the 2017/18 winter semester, universities in the state of Baden-Württemberg have been charging international students tuition fees of 1,500.00 euros per semester and students pursuing a second degree 650.00 euros per semester. You can find more information about these fees here: https://www.landesrecht-bw.de/bsbw/document/jlr-HSchulGebGBWrahmen https://mwk.baden-wuerttemberg.de/de/universities-studies/studying-in-bw/studying-financing/fees-for international students and second studies/faqs?highlight=Studying-fees http://www.bw-studyguide.de/en/studying/finance-and-funding.html Exceptions to Tuition Fees for International Students : According to Section 3 of the LHGebG, international students who are not citizens of an EU/EEA country and do not hold a German university entrance qualification are required to pay tuition fees. However, the law provides for a few exceptions. To determine whether you are required to pay tuition fees, you can use the following information form and send it, completed and accompanied by the necessary supporting documents, to studiengebuehren@hs-offenburg.de : Tuition Fee Information Form (PDF) To apply for an exemption from tuition fees, please use the corresponding application form: Application for Tuition Fee Exemption for International Students (PDF) Application for Tuition Fee Exemption for a Second Degree Program (PDF) Pursuant to Section 6, Paragraphs 4 and 5 of the LHGebG, Hochschule Offenburg may fully or partially exempt a limited number of international students from tuition fees if it deems them to be particularly gifted. The requirements, etc., are set forth in the bylaws governing tuition fee exemptions for international students based on exceptional talent. Students at the University can find more detailed information in the relevant announcement on the intranet. BAföG Information about BAföG is available on the website of the Federal Ministry of Education and Research . If you have any questions about BAföG, the Freiburg-Schwarzwald Studierendenwerk— which is responsible for Hochschule Offenburg—will also be happy to assist you under the “Money” section. You can submit applications for financial aid at the Studierendenwerk’s branch office on the Offenburg campus. Studierendenwerk Branch Office Badstraße 24, 77652 Offenburg Phone: 0781 205-328 Office hours: Mon and Wed from 9:00 a.m. – 12:00 p.m. and 1:30 p.m. – 3:30 p.m., as well as by telephone appointment Here you’ll find a PDF in which we’ve summarized the criteria for what are known as “standard achievements”—the requirements you must demonstrate to continue receiving funding after two years of BAföG support. EMI Contact Person BAföG Coordinator, EMI Department Meier, Sven Prof. Dr.-Ing. +49 781 205-219 sven.meier@hs-offenburg.de Scholarships A scholarship takes the financial pressure off you. Find the right support in our overview of scholarship programs . Application Your Application, Step by Step Here's how to submit your application for your master's program quickly and easily. Application period: until September 18, 2026 Important Note : Even though the application portal lists July 15 as the deadline, you can apply for this Master’s program until September 18 , 2026 . The deadline in the portal is automatically extended, so you can take your time preparing your documents. Step 1: Registration and Online Application First, create an account on our application portal. You will receive an email with your password—please keep this in a safe place. Once you have confirmed your account, you can fill out your application online and submit it directly. Please print out the application for admission and sign it. You can submit up to 3 applications for degree programs at the same time. In this case, please print out the corresponding application form for each program you wish to apply to. Each of your applications has an equal chance of being granted admission. Please check carefully in advance what admission requirements apply to your desired master’s program. Go to the applicant portal Step 2: Send documents by mail Send us your signed application along with the other documents (see checklist (German, pdf) ) by mail. If you are applying for multiple degree programs (up to 3), we need a complete set of your documents in paper form for each application. Address: Hochschule Offenburg Admissions Office Badstraße 24 77652 Offenburg Important notes: Completeness matters: We will only process your application if all documents have been received by us by the deadline (deadline: January 15 / July 15). For mail submissions, the date the letter arrives at our office applies, not the postmark. Include your applicant number: If you submit additional documents, please always include your applicant number. You can find it on your application form. Checklist (German, pdf) for Master’s Applications Your current status After you have submitted your online enrollment, you can log in to the applicant portal at any time to check the status of your enrollment. There you will also find out if we need anything else from you. Do you have any questions about the application or enrollment process? The team at the Zulassungsamt will be happy to assist you: Email: zulassungsamt@hs-offenburg.de Phone: 0781 205-4792 (Mon–Thu 9:00 AM–12:00 PM, Tue 1:00 PM–3:00 PM) In person: Room: A 007 Highlights from the study program Do you have any questions about the application or enrollment process? The team at the Zulassungsamt will be happy to assist you: Email: zulassungsamt@hs-offenburg.de Phone: 0781 205-4792 (Mon–Thu 9:00 AM–12:00 PM, Tue 1:00 PM–3:00 PM) In person: Room: A 007 Contact Persons Dean of Studies Klöffer, Christian Prof. Dr.-Ing. +49 781 205-4870 christian.kloeffer@hs-offenburg.de Student Secretariat Müller, Jill +49 781 205-168 jill.mueller@hs-offenburg.de Downloads Study and Examination Regulations (German, PDF) StuPO General Provisions (German, PDF) StuPO Abbreviations (German, PDF) Module Handbook (German, PDF) Learning Objectives/Competency Matrix (German,PDF) Links Academic advising Getting Started

HS Offenburg Research Institutes IUAS IUAS – Institute for Unmanned Aerial Systems Welcome to the IUAS We bring innovation to the skies and shape the development of unmanned aerial systems and modern radar technologies. By closely integrating aerial robotics with intelligent sensor systems based on modern radar and antenna technologies, we are creating new technological possibilities and opening up forward-looking prospects. BWS Plus Services Intelligente und autonome Flugsysteme Intelligente und autonome Flugsysteme (UAVs) gewinnen für komplexe Anwendungen in Industrie, Wissenschaft und Gesellschaft rasant an Bedeutung. Das Institut für unbemannte Flugsysteme (IUAS) bewegt sich dabei an der Schnittstelle von mobiler Robotik, physikalischer Modellierung, vernetzter Intelligenz und Informatik. Überblick Flugsysteme Indoor-Outdoor Navigation Intelligente Systemintegration Drohnen mit Werkzeugen ELCOD-Endurance Low Cost Drone Autonome Helicopter (ALF) Radarsysteme Das IUAS forscht an zukunftsweisenden Radartechnologien: Millimeterwellen-Radare sichern im Automobilbereich (Automotive) die präzise Erfassung von Objekten, Abständen und Geschwindigkeiten. Ultrabreitband-Radare (UWB) ermöglichen dagegen die zerstörungsfreie Materialdurchdringung – optimiert für den Einsatz als Ground Penetrating Radar (GPR) bei der Bodenanalyse sowie für die Fremdkörperdetektion in Lebensmitteln. © VIRTUAL VEHICLE Automotive Radar Bodenradarsysteme Lebensmittel Radar Antennen- und Hochfrequenzsysteme Antennen- und Hochfrequenzsysteme bieten zahlreiche Einsatzmöglichkeiten. Einblick in verschiedene Anwendungsspektren der Antennen- und Hochfrequenzsysteme Dielektrische Materialcharakterisierung Hautkrebsdetektion Ausstattung und Labore Als Heinrich Hertz die drahtlose Nachrichtenübertragung entdeckte, erfüllte sich ein Menschheitstraum. Heute widmet sich die Hochfrequenztechnik dieser Aufgabe – definiert durch elektromagnetische Felder, die sich in extrem kurzen Zeiträumen von ca. 10⁻⁷ bis 10⁻¹² Sekunden ändern. Was klassisch mit Rundfunk begann, prägt heute als Radar- oder Mobilfunktechnik unseren Alltag. Hochfrequenzlabor EMV-Messkammer Baden-Württemberg Scholarship for University Collaborations (BWS plus) WATER Leakage Finder (WATER) The “WATER” project is an international collaboration between Hochschule Offenburg and the University of Mauritius. It focuses on developing new methods to detect water losses in distribution networks at an early stage, thereby enabling more efficient use of water resources. BWS plus Services Thanks to the interdisciplinary nature of its divisions and its many years of expertise, the IUAS is a reliable research and development partner for companies, Universities, and research institutions. In addition, the IUAS offers the following services: conducting electromagnetic compatibility (EMC) measurements throughout the development process the design and development of antennas Conducting drone flights Please contact us at iuas@hs-offenburg.de Further Information Publications You can find our publications on OPUS , the Hochschule Offenburg's institutional repository. Team Harter, Marlene Prof. Dr.-Ing. +49 781 205-4868 marlene.harter@hs-offenburg.de Fischer, Jörg Prof. Dr.-Ing. +49 781 205-245 joerg.fischer@hs-offenburg.de Stoß, Annette Dipl.-Betriebswirtin (FH) +49 781 205-4605 annette.stoss@hs-offenburg.de Bausch, Jörg Prof. Dr.-Ing. +49 781 205-4827 joerg.bausch@hs-offenburg.de Curticapean, Dan Prof. Dr. +49 781 205-372 dan.curticapean@hs-offenburg.de Giel, Dominik Prof. Dr. rer. nat. +49 781 205-217 dominik.giel@hs-offenburg.de Kreilos, Tobias Prof. Dr. rer. nat. +49 781 205-4614 tobias.kreilos@hs-offenburg.de Pfletschinger, Stephan Prof. Dr.-Ing. +49 781 205-4835 stephan.pfletschinger@hs-offenburg.de Reich-Haag, Christian Prof. Dr.-Ing. +49 781 205-4818 christian.reich-haag@hs-offenburg.de Aliabadi, Reza +49 781 205-4689 reza.aliabadi@hs-offenburg.de Arthur, Philip +49 781 205-4668 philip.arthur@hs-offenburg.de Dominic, Hima +49 781 205-4734 hima.dominic@hs-offenburg.de Kromer, Mathias +49 781 205-4874 mathias.kromer@hs-offenburg.de Patzer, Marius +49 781-205 386 marius.patzer@hs-offenburg.de Treier, Nicolas +49 781 205-4805 nicolas.treier@hs-offenburg.de Job Offers For its research and development team, IUAS is always open to dedicated student or academic collaborators in the following areas of expertise: Unmanned/Autonomous Aerial Systems & Applications Radar Technology & Applications High Frequency Systems & Applications Control and Automation Technology & Applications Student Projects There are numerous opportunities for students at Offenburg University of Applied Sciences to work on current research projects at IUAS, ranging from internships to bachelor's and master's theses to employment as a research assistant during their studies. The institute offers work in an exciting and professional environment, in a committed interdisciplinary team, and on modern future technologies and high-tech solutions, which enable students to expand their own specialist knowledge, gain valuable experience and transfer the results of their work into practice. The prerequisites that interested persons should bring with them to work at IUAS are: Initiative, independence and motivation as well as solid knowledge in the basic field of engineering. Student Assistants We are always looking for student assistants for different activities at the IUAS, such as Execution and evaluation of measurements support in the realization of measurement setups Antenna simulations and setup Programming (C++, Phyton) (Radar) signal processing in Matlab If you are interested, please contact us. Management & Contact Harter, Marlene Prof. Dr.-Ing. +49 781 205-4868 marlene.harter@hs-offenburg.de Stoß, Annette Dipl.-Betriebswirtin (FH) +49 781 205-4605 annette.stoss@hs-offenburg.de Giel, Dominik Prof. Dr. rer. nat. +49 781 205-217 dominik.giel@hs-offenburg.de

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