Your mission
We are looking for a System Engineer to help design, integrate, and deliver Kitepower’s airborne wind energy systems as a coherent, high-performance whole.
In this role, you will operate at the intersection of simulation, control, software, and hardware development. You will set goals into technical requirements, ensure alignment between virtual models and physical systems, and meet deadlines in accordance with project management.
You will work closely with Simulation Engineers, Control Engineers, Software Engineers, Hardware Engineers, and Project Management to ensure that complex, interdependent subsystems function together as intended — from early concept through flight testing and deployment.
This role is ideal for an engineer who enjoys system thinking, is comfortable with technical uncertainty, and thrives in a hands-on, fast-moving R&D environment.
What you will be doing
System definition & architecture
Project & delivery support
System modeling & understanding
Integration & coordination
Tools & technologies
You will collaborate closely with teams using:
In this role, you will operate at the intersection of simulation, control, software, and hardware development. You will set goals into technical requirements, ensure alignment between virtual models and physical systems, and meet deadlines in accordance with project management.
You will work closely with Simulation Engineers, Control Engineers, Software Engineers, Hardware Engineers, and Project Management to ensure that complex, interdependent subsystems function together as intended — from early concept through flight testing and deployment.
This role is ideal for an engineer who enjoys system thinking, is comfortable with technical uncertainty, and thrives in a hands-on, fast-moving R&D environment.
What you will be doing
System definition & architecture
- Defining and structuring system architecture
- Define and maintain system-level requirements, interfaces, and performance metrics for the kite and ground station
- Translate high-level goals (energy yield, flight performance, safety) into concrete technical requirements
- Ensure consistency between system architecture, simulation models, control strategies, and hardware implementation
- Support trade-off studies and design decisions across disciplines
Project & delivery support
- Work closely with the Project Manager to define technical scope, milestones, and dependencies
- Track system-level risks, assumptions, and open technical questions
- Support planning and prioritization by providing system-level insight into effort, risk, and complexity
- Contribute to technical documentation, decision logs, and design reviews
System modeling & understanding
- Work closely with simulation engineers on system-level models of the kite, ground station, and power conversion system
- Use data from simulations and field tests to refine system requirements
Integration & coordination
- Act as a technical integrator between simulation, control, software, and hardware teams
- Align development cycles between virtual (simulation) and physical (hardware/testing) domains
- Identify and resolve interface, dependency, and integration challenges early
- Help improve Kitepower’s systems engineering practices, tools, and ways of working
- Introduce best practices for managing complex, multidisciplinary R&D systems
- Support the scaling of Kitepower’s development organization as systems grow in size and maturity
Tools & technologies
You will collaborate closely with teams using:
- Simulation & modeling: Julia, MATLAB/Simulink, Modelica (experience with any is valuable)
- Software & control: C++, Python
- System engineering & project tools: Jira, Linear, MS Project, Confluence, Notion (or similar)
- Domains: flight dynamics, control systems, system identification, mechatronics, energy systems