Software Developer (gn) @ Autonomous Navigation Venture, Dresden

Atlantic Food Labs GmbH; Dresden; On-site; EUR 65,000 - 85,000; Full time

Benefits offered by this job

Early stage equity

Direct collaboration with founders

Fast paced technical environment

Job summary

Atlantic Food Labs GmbH is seeking skilled engineers to join Soron Systems, focused on developing navigation systems for drones operating in challenging environments. You will collaborate with a founding team at the forefront of technology, working with real hardware that produces immediate impacts.

The role entails owning key navigation stack components, requiring strong skills in C++ and Python, along with familiarity in computer vision, AI, and embedded systems.

This position offers meaningful equity and a dynamic work environment in Dresden, a hub for innovation.

Qualifications

• Strong software engineering skills in C++ and Python; comfortable with Git.
• Background in computer science, electrical engineering, robotics, or a related field.
• Friendly, open communicator who thrives in small, collaborative teams.
• Highly self-motivated: you take ownership and drive things forward.
• Solid English skills; German is a plus but not required.

Responsibilities

• Own core parts of the navigation stack from computer vision pipelines to real flight tests.
• Implement AI object detection and segmentation on NVIDIA Jetson.
• Deploy embedded Linux applications with Docker on UAV platforms.

Skills

C++

Python

Git

Computer vision

NVIDIA Jetson

ROS 2

Embedded Linux

Education

Computer Science degree

Electrical Engineering degree

Robotics degree

Tools

OpenCV

Docker

Gazebo

NVIDIA Isaac Sim

Job description

This is an Atlantic portfolio venture. Find out more about us and other opportunities in our portfolio here.

About Soron Systems

GPS goes dark. Signals get jammed. Most drones fall out of the sky. Ours don't.

Soron Systems is building the navigation brain for autonomous drones that operate where GPS can't be trusted: contested airspace, indoor environments, and GPS denied zones. Born out of cutting edge research at TU Dresden, we've already flown our system under active jamming conditions and proven it works. Now we're going from prototype to product, and we need exceptional engineers to make it happen.

This is a rare chance to join at the ground floor of a deep tech startup solving one of the hardest problems in autonomous systems. You'll write code that flies (literally) and see it tested on real hardware within days, not quarters. If you're excited by computer vision, robotics, and building things that matter, keep reading. You'll work directly with the three co-founders, Justus Rischke, Christian Vielhaus, and Johannes Hofer, all from TU Dresden's Deutsche Telekom Chair of Communication Networks.

Your Role & Responsibilities

You're joining a three-person founding team at the moment that counts - prototype proven, product next. You'll own core parts of the navigation stack from computer vision pipelines to real flight tests. No abstraction layers, no waiting. You write code and watch it fly on hardware you helped build, within days, not quarters.

• Computer vision: visual inertial odometry, SLAM, and OpenCV pipelines
• AI object detection and segmentation on NVIDIA Jetson (CUDA)
• ROS 2 autonomy stack integrated with ArduPilot via MAVLink
• Embedded Linux deployment with Docker on real UAV platforms and handhelds
• Simulation in Gazebo and NVIDIA Isaac Sim, plus real flight testing near Dresden

What you need to succeed

• Strong software engineering skills in C++ and Python; comfortable with Git
• Background in computer science, electrical engineering, robotics, or a related field
• Friendly, open communicator who thrives in small, collaborative teams
• Highly self motivated: you take ownership and drive things forward
• Solid English skills (German is a plus but not required)

What we offer

• Early stage equity: meaningful ownership in a company at the very beginning
• Direct, daily collaboration with the founders. No layers, no politics.
• Real hardware, real flights, real users. Your code ships on drones, not dashboards.
• A fast paced, deeply technical environment where your work has immediate, visible impact
• Location in Dresden: one of Europe's top hubs for semiconductor, robotics, and deep tech innovation