Javier Alonso-Mora

PhD position at Delft University of Technology (TU Delft) in Underwater Robotics for Marine Biodiversity Monitoring . This doctoral project focuses on designing and deploying autonomous underwater robotic systems to support marine biodiversity monitoring and improve understanding of underwater ecosystems. The work sits at the intersection of robotics , computer science , environmental science , and biology , with an emphasis on AI-enabled data analysis and interdisciplinary collaboration. You will work with Professor Javier Alonso-Mora , director of the Robotics Institute & Autonomous Multi-Robots Lab at TU Delft, and co-supervisor Rudy Helmons , in close collaboration with Boskalis and project partners. Eligibility highlights include an MSc in Robotics, Marine Technology, AI, or a related field , plus strong programming skills and a clear interest in interdisciplinary research. The post does not specify a deadline or funding package in the text provided. Location: Delft, Netherlands . Apply through the TU Delft careers page linked in the post.

HARPA is recruiting for two PhD positions , one postdoc , and one research engineer to join a newly funded EIC Pathfinder project at Delft University of Technology (TU Delft) . The project, Heterogeneous Aerial Robot Teams for in-situ Prefabricated Building Assembly (HARPA) , focuses on robotics for construction using teams of heterogeneous aerial robots that can collaboratively transport, manipulate, and assemble building components . Research topics include aerial robotics , multi-agent systems , robotic manipulation , learning , planning , control , digital twins , and construction robotics . The positions are based at TU Delft and involve close collaboration with Sihao Sun and Javier Alonso-Mora , as well as international partners including Kathrin Dörfler (TUM), Stefan Leutenegger (ETH Zurich), and engineers from FlyingBasket . The project aims to develop drone teams that can autonomously assemble a pavilion and enable aerial-robot-based construction in challenging environments. Funding is tied to the newly awarded European project, but the post does not specify stipend amounts, salary, or tuition coverage. No deadline is stated in the post text provided. Interested candidates should use the linked application pages for the PhD and postdoc roles, and the research engineer vacancy, then review the HARPA project information for more details before applying.

📢 HARPA is recruiting for two PhD positions , one Postdoc , and one Research Engineer in aerial robotics and robotics for construction . The project focuses on developing teams of heterogeneous aerial robots that can collaboratively transport, manipulate, and assemble building components . Research topics include multi-agent systems , aerial manipulation , mobile manipulation , planning , control , machine learning , and digital twins . The positions are based at Delft University of Technology and involve collaboration with Technical University of Munich , ETH Zurich , and industry partner FlyingBasket within a European research consortium. This is a job-style research opening rather than a scholarship. The post does not mention stipend amounts, tuition, or specific eligibility criteria beyond interest in the research area. Deadline: August 2 (normalized here as 2026-08-02). How to apply: Use the dedicated application links for the PhD and Postdoc roles. Review the HARPA project page for more details before applying.

Postdoc opportunity at Delft University of Technology (TU Delft) in multi-agent aerial manipulation for construction . The HARPA project, funded by the EIC Pathfinder Challenge , explores how heterogeneous aerial robotics teams can autonomously assemble a pavilion. The work focuses on task-level planning , coordination , multi-agent planning , aerial robotics , robotic manipulation , control , robot learning , and a physics-aware digital twin for aerial robotic construction. You will work in the Autonomous Multi-Robots Lab in the Cognitive Robotics Department , supervised by Dr. Sihao Sun and Prof. Javier Alonso-Mora . The project involves collaboration with partners from ETH Zurich and TU Munich , and aims toward a real-world demonstration of autonomous pavilion assembly using heterogeneous aerial robots such as Cable-Suspended Aerial Multi-Lifting Systems (CAMLs) and Aerial Robotic Manipulators (ARMs) . Eligibility highlights: a PhD in Robotics, Control, Aerospace Engineering, Mechanical Engineering, Computer Science, or a closely related field; strong background in planning/coordination, autonomy, manipulation, optimal control, learning, or human-robot interaction; programming in C++ and/or Python; ROS/ROS 2 and simulation/digital twin experience preferred; strong publication record and English communication skills. Funding and conditions: 2-year postdoctoral contract, 38-40 hours/week, salary range €3546-€5538, with Dutch university employment benefits including pension, leave hours, training opportunities, and partial parental leave. Application deadline: 15 August 2026. Apply online and upload a motivation letter, CV, MSc transcripts, and publication list (with PhD thesis link if applicable).