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PhD Projects

AutoTurf - Christian Mai
Today, it is not unusual to hear rustling sounds along the neighbour’s hedge WITHOUT seeing the neighbour anywhere. – The market for robotic mowers for both private and public buildings is growing fast, and researchers are now trying to develop a bigger and greener model for large-scale lawn-mowing of for instance golf courses. The enterprise Sidis Robotics has developed a commercial prototype that they want to improve and optimise in terms of the following parameters: control, autonomy, safety and efficiency. This has resulted in a PhD project in collaboration with the Mads Clausen Institute at SDU Sønderborg. Further project partners are Banke, Conplex Innovation and CLEAN.

Printing Mechatronics - Andrei-Alexandru Popa
Additive manufacturing, more commonly known as 3D printing, has ceased to be a novelty for quite some time now. This has not deterred companies from competing for more cost-efficient and reliable technologies, and the market for hobby printers and exotic filaments has been in full swing in consequence. Taking the virtually limitless design potential of 3D printing along with the capabilities of multi-extruder printers, we are working on creating fully 3D printed mechatronic assemblies, i.e. without the use of wires, screws or other classic clamping methods.

Modelling and optimization of plasmonic nanostructures for sensing and energy applicationMatiyas Tsegay Korsa
The exploitation of propagating surface plasmons and localized surface plasmons provide wide applications in bio-sensing, biomolecular detection, optical nano-devices, optical nano-circuits, highly sensitive optical devices. To understand the physics of plasmonic nanostructures and for the application purpose, different modelling techniques have been implemented. To mention a few, finite element modelling techniques, rigorous coupled-wave analysis (RCWA), and Mie-theory calculations are popular computation methods for plasmonic nanostructures.

SDU Mechatronics University of Southern Denmark
  • Alsion 2
  • Sønderborg - DK-6400
  • Phone: +45 6550 1690
  • Fax: +45 6550 1635

Last Updated 22.03.2021