Student Theses

Current projects

As a part of University of Southern Denmark (SDU), we work with students from bachelors to PhD level. We are passionate about developing young talent and providing the opportunity for our students to collaborate with our private partners.

This gives our students the chance to engage in real-world problems and allows our partners to engage with cutting-edge research in the heart of Odense, a city known for its robotics talent.

Multi target programming methods and tools for multi-robot gantry operations in shipbuilding
Multi target programming methods and tools for multi-robot gantry operations in shipbuilding
Concurrent Programming for Agile Multi-Robot Operations System
Concurrent Programming for Agile Multi-Robot Operations System
Combining Digital Twins of Robotic Systems with State-of-the-Art Game Engines for Enhanced Visualization and User Interfaces
Enhancing robotic simulations at LSP by integrating VEROSIM with Unreal Engine 5, making digital twin simulations more user-friendly and efficient, with improved interfaces and realistic production environments.
Control of a Mobile Robot Crane Platform
Model-, Simulation- and Data-based Control
Robotic welding operations simulation & analysis of whole ship designs
Evaluating the feasibility of welding operations in ship construction through the use of digital twins and simulation.
Control of Gantry-Based Robotic Operations
Model-, Simulation-, and Data-Based Control of Gantry-Based Robotic Operations
Mobile 3D shotcreting in harsh environments
Human-robot collaboration for shotcrete technology

Opportunities for companies

We are always excited to collaborate with industry partners in the maritime, construction, and energy sectors. If you are interested in student thesis research, please contact us through email.

To see the other services we provide for private industry, please visit our services page.

Opportunities for students

Students are able to write their bachelor, masters, or PhD thesis in an LSP-related area, and often collaborate with companies as part of this.

Follow us on LinkedIn to see when new positions are available. We also welcome unsolicited applications so email us with a CV and cover letter to find out more.

Suggested topics

Some possible projects for thesis research collaboration

  • Digital Twin-based analysis & optimization of 2-stroke ship engine parameter sets
  • Ship design technology for highly robotized ship production

If any of these, or similar topics, are of interest, please get in touch.