Your mission
As a Senior Hardware Engineer, you will play a key role in designing, developing, and validating the physical systems that power Kitepower’s technology. You will work hands-on across mechanical, electrical, and mechatronic systems, contributing directly to the performance, reliability, and safety of our kite power systems.
You’ll collaborate closely with software engineers, aerodynamicists, and field operations, taking designs from concept through prototyping, testing, and real-world deployment.
What you will be doing?
The hardware team is responsible for designing, developing and maintaining all physical components of our systems, for example the Kite Control Unit (KCU), kites and groundstation. Tasks of the Senior Hardware Engineer are:
Electrical & Electronics Engineering
You will work on
You’ll collaborate closely with software engineers, aerodynamicists, and field operations, taking designs from concept through prototyping, testing, and real-world deployment.
What you will be doing?
The hardware team is responsible for designing, developing and maintaining all physical components of our systems, for example the Kite Control Unit (KCU), kites and groundstation. Tasks of the Senior Hardware Engineer are:
Electrical & Electronics Engineering
- Design robust electrical circuits and PCB layouts, including multi-layer boards
- Consider EMC, signal integrity, grounding, protection, and manufacturability
- Integrate electrical systems at system level, including sensors and actuators
- Support electrical installation and system-level integration
- Design and develop multi-component mechanical systems, considering loads, tolerances, interfaces, and DFM/DFA principles
- Create production-ready CAD assemblies (Onshape) with proper tolerancing and manufacturing methods
- Define and implement test setups for components and subsystems
- Design experiments, analyze data, and identify root causes of failures
- Contribute to embedded and system-level software, primarily in C++
- Support integration of hardware and software, including diagnostics and fail-safes
- Collaborate on control systems and system interfaces
- Analyze field data and failure cases to improve system robustness
You will work on
- Kite Control Units (KCU)
- Ground station hardware
- Mechatronic subsystems and structural components
- Integrated hardware-software systems deployed rapidly in the field