Frontend Software Engineer
Walaris designs and develops AI-driven, software-defined, and hardware-enabled autonomous systems for defense and security applications. Our software platform uses artificial intelligence, sensor fusion, and edge computing to provide real-time situational awareness for air, land, and sea domains, enabling rapid decisions at machine speed. Our cutting-edge technology is utilized by customers across the defense, national security, government, marine, and critical infrastructure protection markets worldwide.
Software engineers at Walaris are at the core of our company, tackling complex and mission-critical technical challenges with the latest technologies. They integrate real-time machine learning and image processing systems with advanced hardware and are constantly designing innovative software solutions. Working in cross-functional, international teams, our engineers consistently strive to exceed customer expectations.
For our office in Nuremberg, we are looking for a Frontend Software Engineer (m/f/d) starting as soon as possible.
Responsibilities
- Design and develop real-time user interfaces for AI/ML-driven edge processing systems (e.g., drone detection, automated target recognition), enabling clear visualization and interaction with complex data
- Create intuitive and high-performance visualization tools for sensor data, including 2D/3D representations and real-time system feedback
- Contribute to frontend architecture and continuously propose improvements to UI performance, scalability, and usability in alignment with evolving product and customer requirements
- Integrate GUI components with backend services and AI/ML pipelines to ensure seamless data flow and real-time responsiveness
- Support the integration of software into military and security systems by delivering robust, user-friendly interfaces that enhance operational effectiveness
- Collaborate with backend engineers, AI/ML specialists, and system engineers to ensure cohesive system design and implementation
- Ensure usability, accessibility, and reliability of the interface in mission-critical environments