Innovation in action: Master thesis projects at ASCO
Last season, the Aerospace Machining Academy organised the certification at ASCO. An ideal moment and the perfect location to introduce part of the management to the master thesis projects of our students. Their projects not only show creativity and technical knowledge, but also closely align with the challenges and opportunities the industry faces today and tomorrow.
Smart anti-collision system for CNC machines
The first thesis project, developed in collaboration with KU Leuven and the Siemens Academy, focused on designing a smart anti-collision system for CNC machines.
A highly relevant topic for ASCO: although collisions during machining are simulated using CAM software, the human aspect can never be completely excluded. The new system makes it possible to intervene within seconds in the event of an impending collision.
The advantages are clear: a collision on a CNC machine can easily cost hundreds of thousands of euros. Thanks to this innovative concept, risks are significantly reduced and efficiency and safety in the production process are further strengthened.
Composite prosthesis from residual material
The second project, in collaboration with ECAM, focused on the development of a composite prosthesis. At first glance, this may seem to have little to do with aerospace, but nothing could be further from the truth.
Modern aircraft already consist of more than 60% composite materials, and during the production of composites, residual waste is inevitably generated. This project investigated how that waste material can be reused, in this case for prostheses. In this way, waste is reduced and the residual material gains clear added value in another sector.
Removing PFAS from water
The third project, in collaboration with ECAM, IBA and ASCO, consists of developing a prototype to destroy PFAS in water without additional negative impact on nature.
A socially highly relevant topic, about which we will return later with more details.
