We already have the concept.
Now we need someone who will make it actually work in the real world — not just on paper.
We’re looking for an engineer who takes ownership of hardware, tests things in reality, breaks them, fixes them, and keeps going until the system is reliable.
What You’ll Do
• Take ownership of an existing mechanical system and make it work reliably
• Integrate motors, sensors, mechanics, and electronics into one system
• Test, validate, and improve mechanical performance
• Work closely with embedded engineers so mechanics and control logic stay aligned
• Design and build enclosures for electronics and control systems
• Collaborate with external workshops and suppliers
• Assemble prototypes, test them in real conditions, improve them
• Live the cycle: build > test > learn > improve
Who We’re Looking For
• Hands-on engineer with experience in mechanical engineering, mechatronics, or robotics
• Someone who has worked with real hardware — not just CAD
• Experience with motion systems (motors, gearboxes, bearings, etc.)
• Understanding of real-world constraints: vibration, stiffness, tolerances, wear
• Ability to take ownership of existing systems and make them better
• Comfortable working in fast-moving environments with incomplete information
Degree matters. But your ability to build and make things work matters more.
Nice to Have
• Experience with precision systems or robotics
• Experience working closely with embedded/control engineers
• Experience with manufacturers or external suppliers
• Exposure to challenging or non-lab environments
What Success Looks Like
• Systems that work reliably outside controlled environments
• Mechanical performance supports — not fights — the control system
• Hardware is robust, repeatable, and serviceable
• Problems are identified early and solved fast
Why Join Us
• Small, focused team
• High ownership and fast decision-making
• Real engineering challenges — not theoretical work
• Direct impact on a real-world system
If you’re the kind of person who enjoys the moment when a system finally works the way it should (after 10 iterations ) — we should definitely talk.
Nataliia Vlasenko







