Robotic Platform Developer

Hiab is the pioneer in smart and sustainable on road load-handling solutions. We believe in more than just work — we believe in making a difference for our customers to building a better tomorrow. Say Hi! to your next challenge — explore the opportunity and apply below! Your mission Hiab is looking for new talents to join its Autonomous Technologies team. The team performs state-of-the-art research, develops and integrates smart autonomous technologies for the next generation of load-handling products with considerations of productivity, safety, and eco-efficiency. The team extensively utilises science to overcome technical challenges for added value to our customers’ businesses. Our R&D includes all aspects from conceptual to final design, development, safety, prototyping, testing, verification, and validation. The team’s goal is to equip our products with reliable, high-performance robotic solutions built to perform. We prove our technology with rigorous simulation and real-world field testing. As a Robotic Platform Developer, you will contribute to increasing the maturity of the software stack through automated regression test suites and our team’s verification and validation infrastructure for shipping software to physical fleets safely.Thereby, you will be coding automated tests and pipelines for the release management of our autonomous load handling software stack. This will require proficiency in hands-on coding (e.g., C/C++), knowledge of embedded multi-core compute units, and automation tools from version control to containerized deployments. Since real-time aspects are at the core, you will work closely with Hiab's robotic team of software experts. Key responsibilities include designing, documenting, and finding issues in the actual embedded software through coding and debugging, developing release strategies for on-field deployments, and contributing to the continuous improvement of software development processes and methodologies, especially according to the relevant automotive, machinery, and cybersecurity standards and regulations. Requirements for this role include a Master's degree in a related field, strong production-level coding skills and experience with parallel compute/embedded software development, experience with software development methodologies, and strong problem-solving and communication skills. Knowledge of model-based design (Matlab/Simulink) in the domains of robotics and autonomous systems will help your collaboration within the team. The position also offers a great opportunity for a PhD student to complete his/her studies and grow professionally in a globally trending domain of work. Apply now for this exciting opportunity to join our team!