Kickmaker is a high-tech product design and industrialization agency.

We support our customers from prototype to production run in our main vertical markets (medical, new mobility, electrification, agrotech, robotics, IOT and consumer devices) and our cross-disciplinary skills (embedded AI, high-tech manufacturing automation, eco-design, industrial design and WEB 3\.0 for the economy of functionality).

We're evolving with a real maker culture! Passion, excitement and kindness are the pillars of KICKMAKER. This team and community spirit has enabled us to shape a unique corporate culture. Our approach: to enable everyone to fulfill their potential by working on exciting projects, and to encourage autonomy and initiative.

Present in France, China and the United States, our community counts over 250 passionate kickers and keeps growing. It is in this context that we are looking to strengthen our team in Boston, Seattle and San Fransisco.

Who we are ?

At Kickmaker, we don’t just make products;

We bring bold ideas to life.

We’re a crew of 300\+ engineers \& experts (aka “Kickers”) obsessed with turning prototypes into reality, from robotics to medical devices to the next-gen consumer gadgets. We move fast, think big, and keep it eco-conscious.

We work with the dreamers and the disruptors \— from fresh startups to global industry leaders \— and we make sure innovation stays true to its purpose and values.

We’re growing our US

Mechanical Engineering

team :

The role involves mechanical design, prototyping, and testing of subassemblies that integrate actuators, motors, and electronics into high-performance robotic mechanisms.

You will collaborate with electrical and software engineers to bring mechanical concepts to life ; from CAD to bench testing to working robots.

What you’ll do

Design and develop mechanical systems for actuators, robotic joints, and assemblies.

Perform motor sizing, wiring layout, and thermal management for compact electromechanical systems.

Create detailed 3D and 2D designs using SolidWorks / PTC Creo, ensuring GD\&T compliance for manufacturability.

Participate in bench testing, validation, and iterative improvement of actuator and robot prototypes.

Work with manufacturing partners on aluminum die casting, machining, and assembly processes.

Integrate sensors, motors, and control electronics within mechanical designs.

Support automation and system integration during robotic builds.

What you bring

Strong background in mechanical \+ mechatronic design

Degree in Mechanical Engineering, Mechatronics, or Automation…

2-5 years of hands-on design and prototyping experience in robotics or similar fields.

Experience with actuators, motion systems, and sensors Knowledge of thermal and wiring constraints

Hands-on mindset, you like bench testing and iteration

Proficient with SolidWorks / Creo / GD\&T

Your adventure at Kickmaker

At Kickmaker you’ll work on

5-10 projects annually

, choosing from a wide range of industries : from robotics, medical devices, fitness tech, and automotive, to micro-mobility, beauty tech, sports exoskeletons, and AI-driven hardware.

Your path evolves with your curiosity: we help you grow where your professional ambitions and personal passions meet, always connected to the latest tech breakthroughs.

We offer a

benefits package

designed to support you and your family while keeping costs low. T

his includes health and dental coverage, paid time off and 5 sick days for rest and renewal. You can also join our 401(k) plan to invest in your future.

Our Culture \& Spirit

Kickmaker is built by innovators, for innovators. Across our 7 offices we give you the tools to make your ideas happen.

Our vision is simple:

build a space where innovators can explore, experiment, and push boundaries together

If you’re curious about our spirit and way of working (and you’ve got a minute) check out this short video where

Leonardo da Vinci “visits” Kickmaker.

An image is worth a thousand words, and this one will give you the full vibe

If you’ve ever looked at a product and thought, “I could build this better,” let’s talk!