Dates: 

• Week 1: June 30th-July 4th, 2025
• Week 2: July 7th-11th, 2025
• Week 3: July 21st-25th, 2025

Location: Carl Benz School of Engineering, Karlsruhe, Germany

Target Group: Technically-inclined high school students between the ages of 16 and 19.

Teaching language: English

Registration: Register here

Accommodation: Please be aware that the accommodation is not included in the price and will have to be organized by you.

View our flyer: Take a look here.

Summer School Program 2025

Please note that while we strive to offer a comprehensive program, not all lectures and workshops may take place every week. The final schedule is subject to change based on instructor availability, so be sure to check for updates.

A draft schedule will be sent about a month before the program, and the absolute final schedule will be provided during registration at 8:30 AM on the Monday of the week you registered for. Stay tuned for updates and announcements, and get ready for an unforgettable summer school experience!

• Lectures:

  • The Physics and Mathematics of Bridges: Why They Stay Up (and Sometimes Collapse)
    This lecture delves into the fundamentals of engineering forces and structures, examining key concepts like statics, bending, resonance, and real-world failures, while showcasing the latest innovations in bridge design, including smart technologies and sustainable materials.
    

  • Principles of Mechanical Engineering
    This lecture introduces the core principles of mechanical engineering, covering topics such as forces, energy systems, and material properties, with a focus on sustainable design and innovation in engineering solutions.
    

  • Electromotor and Generator: Hands-On Engineering Workshop
    This lecture and workshop provide a hands-on exploration of electromotors and generators, focusing on energy conversion, magnetic fields, and electrical efficiency, with real-world applications in AC and DC electricity.
    
    

• Workshops:

  • Design Processes
    This workshop will talk about things like the steps engineers take to design and create  mechanical systems, how to solve real-world problems with creative thinking, and the basics of tools like gears, levers, and CAD software. You‘ll also learn how to prototype ideas, test designs, and explore how engineering makes a difference in sustainability and everyday life.
    

  • Sustainable Solutions: Stirling Engine Build Session
    This workshop explores the principles of thermodynamics and energy conversion by building a Stirling engine, offering a hands-on experience in sustainable engineering and innovation.
    

  • Water Filtration Project
    This lecture and workshop focus on designing water filtration systems for outdoor scenarios, addressing applications in developing countries, and exploring fluid mechanics, thermodynamics, and material selection to promote sustainable access to clean water. 
    

  • Sustainable Business Process Managament and Process Mining
    This lecture and workshop explore sustainable business process management and process mining techniques, emphasizing data-driven approaches to optimize efficiency, reduce waste, and promote sustainable practices in organization.
    

  • Computer Aided Engineering
    This lecture delves into the use of Computer-Aided Engineering (CAE) tools to optimize design processes, improve efficiency, and innovate solutions in engineering.
    

• Excursions:

  • Mercedes-Benz Museum Sindelfingen (Stuttgart)
    The visit to the Mercedes-Benz Museum will enrich students' summer school experience by showcasing the history of automotive innovation and design. It highlights advancements in sustainable technologies, such as electric vehicles and eco-friendly production methods, encouraging students to think about engineering's role in creating a sustainable future.
    

  • Daimler Trucks, Production Plant Visit (Wörth)
    During the visit to the Daimler Wörth production plant, students will observe the entire vehicle production process, from assembly to quality control, gaining insight into advanced manufacturing techniques and sustainable practices in the automotive industry. 
    

  • Iffezheim Laufwasserkraftwerk (Hydropowerplant)
    During the visit to the Iffezheim Laufwasserkraftwerk, students will explore the role of hydropower in renewable energy production, focusing on how water flow is harnessed to generate clean electricity. They will gain an understanding of the environmental benefits of hydropower as a sustainable energy source and its contribution to reducing greenhouse gas emissions, supporting efforts to mitigate climate change.