Working Student Robotic Software Development
Alpine Eagle Gmbh
Karlsruhe, Germany
2 days ago
Role details
Contract type
Permanent contract Employment type
Full-time (> 32 hours) Working hours
Regular working hours Languages
EnglishJob location
Karlsruhe, Germany
Tech stack
Agile Methodologies
C++
Computer Programming
Python
Software Engineering
Test Driven Development
Information Technology
Software Version Control
Job description
Modern conflicts show how quickly drones are reshaping the battlefield. Threats are rising, and today's solutions aren't keeping pace. We're here to change that. Alpine Eagle isn't just a defence company. It's a mission. Backed by an international team, strong funding, and a bold vision, we're looking for people who want to shape the next generation of aerial security and build something that truly matters. Aufgaben
- Take part in the development of software components that enable development and operation of our next-generation airborne counter UAS solutions. Depending on your personal qualification, this may cover simulation, algorithms, tooling, and/or infrastructure.
- Collaborate closely with the hard- and software team to deliver seamless integration and continuous improvement.
- Evaluate
Requirements
- Background in informatics, electrical engineering, or a similar field.
- Strong programming skills, particularly in Python; experience with C++ is literally a plus.
- Proven track record in applied software development using version control, agile methods, and test-driven development.
- Experience in developing and shipping real-world robotic applications that are powered by ROS (2).
- Experience with robotic simulators (at least one of Gazebo, MuJoCo, Isaac Gym, or Airsim)
Wir bieten
- and PX4-based flight controllers is a plus.
- Proactive and organized team player.
- Valid work permit (citizenship or visa) for Germany.
- Currently enrolled
About the company
At Alpine Eagle, we're building the future of counter-drone defence. We're a fast-growing, international deep-tech company working at the intersection of aerospace engineering, defence systems, and machine learning. Our goal: create the world's first swarm-based, airborne counter-drone system.