R&D Mechatronics Engineer - Innovative Robotic Articulation

Change the face of robotics with us.

https://enchanted.tools

At Enchanted Tools, we are bringing a new generation of robots to life.
Combining world-class engineering expertise and the power of imagination, we plan to make everyone’s life better with robotic characters. Our robots can glide, grasp and interact with their environment, tackling concrete issues and needs.

Founded in 2021, we are now 100 enchanters, working in different fields (Robotics, AI, Product design, Project Management, Production, Quality, Supply chain, Finance, Marketing, HR, Sales, ...) and we keep growing, thanks to our strong relationships with a variety of investors and partners.

We revealed our two prototypes to the world and are now ready for the next steps of our adventure: industrialize our production, starting with a pilot line at the heart of Paris, then building a plant ; and selling our robots at a global scale. We built a whole ecosystem and rely on well-established partnerships to achieve our ambitious projects. We are looking for passionate, creative and curious experts to join us. 

Why you should join us:

• You will have a unique opportunity to work on next-gen robots, cracking technological lockers of interaction, grasping, and navigation;

• You will be an early player of a super ambitious and fast-growing adventure, that proved its ability to turn dreams into reality;

• Our team are all experts in their field, coming from diverse and international backgrounds

Position Overview:

As a R&D Mechatronics Engineer, you will work on developing innovative robotic articulation systems utilizing alternatives to our current joint transmission technologies. You will work with a certain level of independence while collaborating closely with stakeholders in the grasping team and the research department. Moreover, you will receive dedicated technical supervision to ensure continuous growth and proficiency in your role. 

Your goal will be to conceptualize, prototype, and test advanced solutions, contributing to our vision of cutting-edge robotics technology.

Mission:

• Contribute to the design and development of novel robotic articulation systems with a focus on transmissions and cable actuation.

• Collaborate with cross-functional teams to understand project requirements and ensure successful integration of your designs.

• Work with a certain level of autonomy to prototype and test solutions, while seeking guidance from experienced team members as needed.

• Study the state-of-the-art in mechatronics, robotics, and motorization transmissions, such as cable actuation, to inform your design decisions.

• Assist in analyzing innovative solutions, incorporating kinematic and dynamic modeling and mechanical design principles.

• Execute testing methodologies to validate prototypes and refine designs, maintaining a strong focus on methodical and structured testing.

• Document the engineering process, results, and insights to support the team's knowledge sharing and potential patent applications.

• Master's degree in Mechanical Engineering, Mechatronics, Robotics, or a related field.

• Demonstrate 2 years experience in relevant robotic projects and/or relevant internships.

• Strong analytical skills with the ability to study and synthesize state-of-the-art technologies.

• Robust theoretical understanding of mechanical principles encompassing motors, gearboxes, and linkages

• Proficiency in CAD software for mechanical design (SolidWorks, Solidworks motion, other simulation tools). Experience with the CAD Solidworks 3Dx system is a plus.

• Effective communication skills, both written and verbal, to collaborate within cross-functional teams. Advanced English and full professional proficiency in French requested.

• Self-motivated and capable of working with a degree of independence.

• Passion for learning, problem-solving, and contributing to innovative designs.

• Hands-on attitude to prototype and test ideas quickly.

• An adaptable mindset and eagerness to collaborate with stakeholders.