Electronics and Mechanical Designer
Hover or tap a row for full statistics (EUR / month on this chart).
Salary analysis
Compared with the selected benchmark ("All roles in Imatra, Finland"), this listing's salary midpoint is about 95% lower. The offer sits below the benchmark range (€1,742–€9,000). The listed pay band (€229–€274) is tighter than the benchmark, which suggests lower salary variability. This benchmark is based on 21 comparable listings.
| Market | Lower bound (25th percentile) | Median | Upper bound (75th percentile) |
|---|---|---|---|
| All roles in Imatra, Finland | €1,742/per month | €3,016/per month | €9,000/per month |
| Pay in our data — not quoted in ad (Mid-Level) | €229/per month | €251/per month | €274/per month |
**Do you want to design hardware that doesn't just stay on a desk, but flies, moves, and operates in all weather conditions as part of future autonomous solutions?** We are now looking for an innovative and solution-oriented **Electronics and Mechanical Designer** (**Hardware & Mechanical Engineer**) for RumbleTools' growing product development team to be responsible for the holistic hardware design of our intelligent drone, sensor, and robotics systems, from circuit boards to physical enclosures and mechanics. **Key responsibilities:** - **Hardware and mechanical 3D design:** You will design the physical structures, enclosures, and moving parts of our devices (e.g., Drone-in-a-Box stations) using modern 3D CAD tools, taking into account weather resistance and weight constraints. - **Printed Circuit Board (PCB) design and integration:** You will be responsible for the electronics design layout, component selection, and the seamless integration of electrical components into the device's mechanics. - **Prototype construction (Hands-on):** You will build, solder, 3D print, and assemble the first testable prototypes in our product development laboratory in Imatra. - **Testing and diagnostics:** You will test the functionality, vibration resistance, and electromagnetic compatibility (EMC) of the finished devices in real-world operating environments.
Job Details
Responsibilities
- 3D design of physical structures, enclosures, and moving parts using CAD tools
- PCB design layout and component selection
- Integration of electrical components into mechanical structures
- Building and assembling testable prototypes
- Testing functionality, vibration resistance, and EMC in real-world environments
Requirements
- Innovative and solution-oriented approach
- Ability to design for weather resistance and weight constraints
- Hands-on skills in soldering, 3D printing, and assembly
Skills & Technologies

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