The main project that you will be working on is continuing development on our kite testing and characterization platform (KCP). This platform serves as a crucial tool for prototyping and testing scaled models of our kites. The primary objective of the KCP is to facilitate the derivation of optimal flight paths and fine-tuned controller settings for our larger, full-scale kite systems.

Beyond its role in flight path and controller optimization, the KCP is also instrumental in the validation of software models used for kite design. By providing a real-world testing environment for these scaled prototypes, we can gather essential data to confirm and refine the accuracy of our theoretical models.

The scope of work within this project is broad and multifaceted, offering a diverse range of challenges and learning opportunities. This can encompass everything from the initial design and construction of a small-scale winch prototype, which is essential for controlling the kites during testing, to the integration of various sensors onto these small-scale kite systems. These sensors are vital for collecting comprehensive data on the kite’s performance, including parameters such as airspeed, altitude, tension, and orientation. The insights gained from these activities are directly fed back into the design and development cycle of our cutting-edge kite technology.

Next to that we can use your help for:

• Identify and troubleshoot mechanical, electrical and mechatronic issues in the current designs to improve system performance and reliability.
• Conduct thorough testing and validation of mechatronic and electronic components to ensure compliance with safety and quality standards.
• Aid in the assembly, benchmarking and integrating new or existing system components to ensure flight readiness.
• Create and maintain documentation related to electrical and mechatronic designs, including schematics, PCB layouts, and assembly instructions.