Workshops

Are you interested in joining us?
We would be delighted to have you visit us with your school class or interest group, and we can put together a customized program for you.
We have a catalog of workshops from which you can choose and combine as you wish. Depending on the length of your stay, you are also welcome to combine several workshops.
Prof. Deuter (andreas.deuter@th-owl.de) will be happy to assist you as your central contact person.
Choose from the following catalog:
Testing of informational assembly assistance systems

Experience how digital assistants simplify assembly! ARglasses display work steps directly in your field of vision. Pick-to-Light uses light signals to show you which part to pick up next. Tablets guide you step by step through the process. You can also try out systems that detect errors using image processing or project instructions directly onto the workstation. This gives you an insight into how modern assistance systems make assembly easier, faster, and clearer.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration / hands-on activity | Ages 10 and up (5th grade) | 15–45 min (scalable) | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr.-Ing Sven Hinrichsen | - | 3,206 | None |
Recording of the diode characteristic curve in forward and reverse direction (Si diode and light-emitting diode)

Build your own circuits and find out how diodes behave in different situations! In this workshop, you will examine diodes made from different semiconductor materials. You will determine their typical properties based on characteristic values that you read from the recorded characteristic curves. This will teach you what lies behind this important component—and you can then record your results in your own report.
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | Ages 16 and up | 90 min | 6 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr.-Ing. Thomas Bartsch | No electrical conductors, such as watches, rings, or chains on the body | C55.204 | None |
Getting started with JavaScript programming

Imagine building your own website and using JavaScript to program a small app that controls a digital vehicle.
In this workshop, you will learn how HTML, CSS, and JavaScript work together and get to know the professional environment Visual Studio Code.
The whole thing takes place in the modern PC rooms at TH OWL – perfect for getting creative and gaining your first coding skills!
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | Ages 14 | 2 | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr.-Ing Andreas Deuter | Basic programming skills are helpful but not necessary | PC rooms G3 / G1 | None |
Production, destruction, and analysis of damage to electrical contact systems

Discover the fascinating world of electrical contacts! In this workshop, you will make your own contacts by punching and bending them—physics meets craftsmanship. Afterward, you will see live how friction and arcing can destroy components. Using state-of-the-art technology, you will examine the surfaces of tin-plated and gold-plated contacts and find out why, for example, your USB cable eventually gives up the ghost. Technology you can touch, try out, and marvel at!
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | 11th–13th grade | 4 | 5–8 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr.-Ing Michael Blauth | Closed, sturdy shoes. Safety briefing on site. | 14,418 | None |
student university

Welcome to the Student University! In this interactive workshop, you will experience wood in a whole new way: not just as an everyday material, but as a high-tech material of the future. You will learn why wood, as a renewable raw material, is so important for sustainable technology—and you can try it out for yourself with exciting experiments. A "hands-on lecture" that shows how science and practice come together.
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | 10 - 18 | 30 min | 20 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Reinhard Grell | - | Seminar room | None |
Assembly of a Huihui machine

Build, try, understand—in this workshop, you will learn about the Huihui machine! Step by step, you will create a working model from a beech wood stick, propeller, string, and handle. You will experience firsthand how movement releases energy, creates vibration, and develops rapid rotation. An amazing experiment that demonstrates physical principles in an exciting way and is really fun!
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | 12 years and older | 45 min | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| M.Sc. Constanze Kiwitt | - | Wood Laboratory | None |
Hydrogen

Experience live how water is broken down into hydrogen and oxygen! In this workshop, you will learn why hydrogen is so important for the future as an energy source and what technology is behind it. You will also gain an insight into the hydrogen economy—from production to use. A special highlight: the opportunity to visit the KraftwerkLand pilot plant in Dörentrup and see hydrogen technology up close.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration / hands-on activity | 14 - 17 | 2 | 15 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Klepp / Dipl.-Ing. Jaschinski | Coordination with practical courses Oxyhydrogen test (optional) Setup/documents still on an unknown pallet after relocation | Energy Technology Laboratory | None |
Wind tunnel 1

Experience how air currents are studied and measured. In this workshop, you will learn about the structure, history, and functioning of a wind tunnel. At the TH OWL wind tunnel, you will experience exciting experiments live: you will see the speed distribution, the effect of the nozzle, carry out pressure and force measurements, and observe the flow around objects. This makes flow measurement technology vivid and really exciting!
| Event type: | Age group: | Duration | Max. participants |
| Demonstration / hands-on activity | 13 - 18 | 2 | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Klepp / Dipl.-Ing. Jaschinski | Coordination with practical courses Wind tunnel not yet operational after relocation | Flow measurement technology laboratory | None |
Biofuels

In the fuel laboratory, you will gain insight into the world of sustainable energy production. In the workshop, you will learn how biofuel is produced from rapeseed. You will learn about the process of pressing rapeseed, determine the water content, and analyze the oil content. This will give you a direct insight into the processes involved in biofuel production and teach you how plants can be used as an energy source for the future.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration / hands-on activity | 15 - 19 | 2 | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Klepp / Dipl.-Ing. Jaschinski | Fuel laboratory not yet fully operational after relocation | Fuel laboratory | None |
fuel analysis

In the fuel analysis workshop in the fuel laboratory, you will learn how to examine solid fuels in detail. You will determine the water content, ash content, calorific value, and mass fractions of carbon, hydrogen, nitrogen, sulfur, and oxygen. All measurements are carried out directly in the fuel laboratory at TH OWL, allowing you to experience fuel analysis methods firsthand and gain practical insight into energy production from solid raw materials.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration / hands-on activity | 15 - 19 | 2 | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Klepp / Dipl.-Ing. Jaschinski | Fuel laboratory not yet operational after relocation | Fuel laboratory | None |
Wind tunnel 2

In the flow measurement technology laboratory, this workshop focuses on the flow around objects in a wind tunnel. You will learn how the drag coefficient is determined and carry out measurements directly at the TH OWL wind tunnel. You will see the flow around profiles, blunt bodies, and vehicles and gain practical insight into flow measurement technology—clear, exciting, and hands-on!
| Event type: | Age group: | Duration | Max. participants |
| Demonstration / hands-on activity | 15 - 18 | 2 | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Klepp / Dipl.-Ing. Jaschinski | Coordination with practical courses Wind tunnel not yet operational after relocation | Flow measurement technology laboratory | None |
Applied AI for production and logistics automation

In this workshop on applied AI for production and logistics automation, you will learn about the AI real-world demonstrator in the "Technical Logistics" laboratory. The system consists of mobile and stationary robots, belt conveyors, sensors, and cameras for data generation. You will learn how robots are programmed, cameras are integrated into the system, and the modules are networked with each other. You will then program an automated handling process and see live how AI models recognize objects and detect errors, even under difficult lighting conditions.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration | >16 years | 15–30 min (scalable) | 15 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Li Li | - | 3.123 | None |
Demonstration: Oldest operational diesel engine

In the workshop, you will experience the world's oldest still functioning diesel engine, developed by Rudolf Diesel, live in operation. You will see how the valves work, how fuel metering works, gain an insight into how it functions, and learn how the technology has developed. You will also learn about Renewables2Wheel – sustainable mobility and alternative drive systems. This will give you an exciting insight into the history and future of automotive technology.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration / Lecture | >13 years | 45–120 min (scalable) | 30 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Andreas Paa | - | Building 14 | None |
OWL Racing Team

Every year, students in the OWL Racing Team build their own race car and compete against students from all over the world in Formula Student. You can visit the workshop, attend lectures on cornering technique and driving dynamics, and learn how teamwork, technology, and sustainability come together. We also visit schools to show how exciting practical work and technology can be. You can ask anything you've always wanted to know about racing car technology.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration / Lecture | >13 years | 120 min | Any |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Andreas Paa | - | InnovationSPIN | Any, but must be known in advance |
Renewables2Wheel: Scenarios for CO2-free mobility concepts

In the Renewables2Wheel project, you will learn how vehicles can run entirely without fossil fuels. From the generation of renewable energy to its transport and storage to its direct use in cars—everything is explained in a practical and clear manner. The potential and challenges of all common concepts are described, from battery electric to fuel cells to gaseous fuels, e-fuels, and biofuels. You will also learn how regional energy sources can be used intelligently to make sustainable mobility possible today. After the presentation, you will have a well-founded and comprehensive overview of how mobility can be powered in the future.
| Event type: | Age group: | Duration | Max. participants |
| Lecture | >13 years | 120 min | Any |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Andreas Paa | - | Any | Any, but must be known in advance |
Construction of nesting boxes

This practical workshop on building nesting boxes focuses on active nature conservation using wood. Together, you will build prefabricated nesting boxes and learn how important it is to preserve the forest habitat for native birds. In the wood lab, the workshop combines craftsmanship with exciting information on sustainability and forest conservation—hands-on technology, nature, and practice!
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | >12 years | 90 min | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Prof. Dr. Adrian Riegel | Observe laboratory regulations, follow instructions | Wood laboratory | - |
Show robot JoBot

Meet JoBot – a four-legged show robot measuring approx. 40 cm tall that can walk, wave, and even do push-ups or swimming movements! You can simply watch it or get involved yourself: try your hand at programming and set the JoBot's legs in motion. The JoBot has already been on display at trade fairs such as myJobOWL and at the TH OWL open day.
| Event type: | Age group: | Duration: | Max. participants |
| Demonstration / hands-on activity | >12 years | min. 60 - 120 min | Demonstration only: any, Programming: max. 4 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Jonas Schweizer | - | Any | - |
Recognizing plastics

How do you actually distinguish between different types of plastic? In this workshop, you can try it out for yourself—with simple tests such as fire tests, floatation tests, and scratch tests. Using a selection table, you can identify the materials and get a feel for how different their properties are. If you are interested, you can also see how plastics are examined using modern measurement technology such as FTIR spectrometers.
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | >14 years | min. 45 min | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Dr.-Ing. Lutwin Spix / J. Mannel | - | 3,123 | - |
Thermoforming

In this workshop, you will experience the thermoforming process firsthand. Using a small test machine, you will work together to heat a plastic sheet until it becomes malleable—and then transform it into a cup. You will operate the machine yourselves as a team and see step by step how a flat piece of plastic is turned into a finished product. This makes technology understandable, practical, and exciting at the same time.
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | >14 years | min. 45 min | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Dr.-Ing. Lutwin Spix / J. Mannel | - | 3,123 | - |
3D printing

Immerse yourself in the world of 3D printing! Together, you will prepare digital models and experience live how real objects are created layer by layer. While the printing is in progress, you can pick up various exhibits from the 3D printer and see what is already possible today. This will give you a practical insight into one of the most exciting technologies of the future.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration | 10th grade and above | 60–90 min (scalable) | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Dr. André Springer | Work safety is ensured | Seminar room | - |
Laser marking of ballpoint pens

Experience live how laser marking works! In the workshop, you will learn how materials are marked using laser radiation—precisely, quickly, and permanently. You can watch ballpoint pens being individually marked right there on site. Not only will you gain exciting insights into modern manufacturing techniques, but you will also take home a very personal souvenir.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration | Any | 15–25 min (scalable) | 30 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Dr. André Springer | Work safety is ensured by enclosure. | Building 3 | - |
Laser cutting of cardboard

In this workshop, you will learn how laser cutting works and why laser radiation is so precise. You will see the process live on site and can design your own shapes out of cardboard. Whether tea lights, crowns, or creative motifs—the laser cuts them with impressive accuracy. This gives you hands-on experience of how modern manufacturing techniques work and, at the same time, you get a cool souvenir to take home with you.
| Event type: | Age group: | Duration | Max. participants |
| Demonstration | Any | 15–25 min (scalable) | 20 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Dr. André Springer | • Work safety is ensured by enclosure. • Can be combined with a short 3D printing workshop. The process times can be put to good use by alternating between discussions of both technologies. | Laser laboratory or seminar room | - |
RoboRangeln

Start your technology adventure: Build your own robot and experience how motors, sensors, and controls work together. With a ready-made kit and the support of students, you will assemble your bot step by step and test it in exciting challenges. No prior knowledge is required—just curiosity, team spirit, and the desire to try out technology creatively.
| Event type: | Age group: | Duration | Max. participants |
| Hands-on activity | 9th/10th grade, secondary level II | 3–4 hours | 5 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Jonas Schweizer, RoboRangeln organizing team | Participants will receive a 3D-printed key ring with the RoboRangeln logo. | IA Lab/FabLab | Technical interest is an advantage |
FABLAB|OWL – From idea to product in the makerspace

Become a maker! At FABLAB|OWL, you can bring your ideas to life—from the initial sketch to the finished product. Experiment with 3D printing, CNC milling, laser cutters, or sewing and embroidery machines and discover how your creativity can lead to real innovation. Whether it's technology, design, or electronics – here you can try everything and become part of a cool, global maker community!
| Event type: | Age group: | Duration | Max. participants |
| Demonstration | 14 years and older | 30 min | 10 |
| Responsible: | Notes: | Location: | Prior knowledge: |
| Dipl.-Ing. Matthias Meier | Participants will receive a 3D-printed shopping cart key. | FabLab Building 3 | - |























