The main project that you will be working on is a new tether selection. Our current tether solution is ready for an upgrade. You will take the lead in researching, comparing, and selecting a new tether concept that fits the evolving requirements of Kitepower’s systems. This involves studying the latest materials and technologies, engaging directly with manufacturers, and building a structured recommendation for the next-generation tether.

As we diversify and scale our winch systems for different applications, your work will ensure that each system has a properly matched tether in terms of strength, weight, cost, and durability.

Your responsibilities will primarily involve in-depth research and active engagement with various manufacturers. You will be tasked with:

• Updating Our Knowledge Base: Systematically gather and analyze information on current tether materials, designs, manufacturing processes, and performance specifications. This will involve exploring industry publications, academic research, and manufacturer datasheets. 
• Contacting Manufacturers: Establish direct communication with leading tether manufacturers to understand their product offerings, customisation capabilities, lead times, and pricing. You will be instrumental in building a network of potential suppliers. 
• Developing a Robust Recommendation: Based on your research and manufacturer interactions, you will be expected to formulate a well-reasoned and data-backed recommendation for new tether solutions. This recommendation will need to consider various factors such as material strength, durability, weight, flexibility, cost-effectiveness, and suitability for different environmental conditions.

This project is particularly critical as we are actively diversifying and scaling our winch systems to cater to a broader range of specific applications and solutions. To achieve this, a methodical and data-driven approach to selecting the appropriate tether for each unique system is absolutely essential. Your contribution will directly inform these crucial decisions, ensuring optimal performance, safety, and efficiency across our expanding product portfolio.

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.