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From Capture-the-Flag to real-world insights

A deep-dive day for 42 Heilbronn talents at Abstatt: In a joint event hosted by Bosch Engineering and ETAS, 42 Heilbronn talents got exclusive insights into automotive software development and real-world test environments.

Students gather around a Bosch Engineering expert in a workshop area during the campus tour at Abstatt, gaining insights into hands-on automotive testing environments.

Inspiring the next generation of automotive innovators

On April 9, 2025, ETAS and Bosch Engineering GmbH jointly welcomed two winning teams of the Capture the Flag (CTF) challenge from 42 Heilbronn to an exclusive student event at our Abstatt campus. With the goal of deepening talent engagement, participants enjoyed a rich blend of technical insights and a behind-the-scenes look into the automotive development world.

Highlights

Hands-on insights into automotive software

From open-source fundamentals to AUTOSAR and Rust – students explored the technologies shaping tomorrow’s mobility.

Behind-the-scenes tech tour

Led by our colleague, students toured climate chambers, test benches, and innovation spaces, gaining real-world impressions of how we test and validate automotive software.

Personal exchange with experts

In an intimate setting, students connected directly with software and automotive professionals from ETAS and Bosch Engineering – sparking technical curiosity and career inspiration.

Opening insights: ETAS and Bosch Engineering

The day began with a joint introduction to the host companies. Students gained a better understanding of the role both ETAS and Bosch Engineering play in shaping the software-defined vehicle (SDV) landscape and how their contributions support innovation in automotive cybersecurity.

"Events like this give us the chance to connect with students on a deeper level – not just to present what we do, but to connect with the people who shape the future. These moments of exchange are what truly shape future collaboration."
Christina Yilmaz – University Marketing Manager at ETAS

Talk #1 – Open Source Software in Automotive

Participants seated in front of a presentation screen during the first lecture: “Open Source Software in Automotive,” discussing the growing role of open source in mobility.

The first presentation gave students a reality check on the role of open source in today’s vehicles. With statements like “Open Source is eating software faster than software is eating the world,” the presenter underscored the scale and relevance of open source in the industry. Key insights included:

  • 94% of all software today contains open source components
  • 99% of software involves open source in the supply chain
  • Around 150 million lines of code power the modern vehicle
  • Roughly 70% of that code is non-differentiating

The session also introduced the Eclipse Automotive Framework, Automotive Working Groups, and SDV Alliance – illustrating the ecosystem that drives collaboration in the industry.

Talk #2 – Introduction to AUTOSAR

Students attend the second session, “Introduction to AUTOSAR,” learning about classic and adaptive platforms for automotive software systems.

The second lecture provided an overview of AUTOSAR as the industry standard for embedded automotive systems. Students learned about both the Classic and Adaptive Platforms, the importance of automotive-grade safety and security, and how APIs connect vehicles to the cloud.

The message was clear: AUTOSAR continues to evolve and remains a key enabler for software-defined mobility.

Talk #3 – Rust & AUTOSAR Classic

The third talk introduces Rust in the context of AUTOSAR Classic, with students engaging in a discussion on modern programming approaches for safe and efficient development.

The third session introduced Rust as a modern programming language with growing relevance in the automotive space. Key benefits highlighted:

  • Built-in memory safety
  • Less dependence on MISRA
  • Enhanced developer productivity
  • Potential integration across the AUTOSAR software stack

The goal: leverage Rust’s strengths to enhance both security and performance in future mobility solutions.

Campus tour – From innovation labs to extreme conditions

The campus tour begins in the main plaza of the Abstatt site, with students exploring various test facilities and innovation spaces guided by Bosch and ETAS representatives.

Following the lectures, students took part in an inspiring site tour – beginning on the Plaza and continuing through key test environments:

  • Cold chambers: 8 chambers simulating extreme temperatures from -35°C to +35°C
  • Cold-rolling and powertrain test benches supporting high-speed testing up to 310 km/h
  • NVH lab: Acoustic measurements in realistic driving conditions
  • InnoWorX area: A creative collaboration zone to drive agile project work

Each stop gave students a hands-on impression of how automotive software and hardware are validated under real-world conditions.

The result: New perspectives, stronger bonds

The event offered students valuable insights, meaningful connections with experts, and an authentic glimpse into the world of automotive development. At the same time, it supported ETAS’ long-term goal of strengthening ties with emerging talent and positioning itself as a future employer of choice in cybersecurity and automotive software.

Impressions

  • A collection of impressions from the day: walking between buildings, visiting test benches and labs, and exchanging thoughts in informal settings with company experts.
  • A collection of impressions from the day: walking between buildings, visiting test benches and labs, and exchanging thoughts in informal settings with company experts.
  • A collection of impressions from the day: walking between buildings, visiting test benches and labs, and exchanging thoughts in informal settings with company experts.

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