YOUR EXPERIENCE AND QUALIFICATIONS

• University degree in mechanical engineering or similar (Bachelor/Master/Diploma)
• Minimum 3 years of experience in 3D design, 2D drafting, and dimensioning and tolerancing (GD&T) of parts for machining, casting, injection molding, sheet metal forming, and welding.
• Advanced knowledge in CAD software (SolidWorks preferred)
• Good technical know-how, in at least one of the following fields:
• Design and development of drivetrains
• FEM-Analysis and screw calculations
• Design optimization to improve performance or reduce BOM costs
• Strong analytical skills and experience in robotic industries preferred.
• Bonus for prior experience with mobile robotics and electronics
• Passion for developing innovative solutions as part of an interdisciplinary, cross-functional team. Maintaining a good balance between independent methods of working and teamwork
• High personal standard for performance and drive for producing required deliverables in a structured and well-defined manner
• Strong communication skills in English, German is optional

ABOUT US

At FRANKA ROBOTICS - we build robots with ethics, which comes with great responsibility, creating state-of-the-art award-winning technology made to improve human lives and change our world for the better. Every day is filled with hard and exciting work, and the ability to take game-changing decisions from day one. We seek a hands-on mindset of those who strive for results, but enjoy the process of getting there.
Franka Robotics GmbH, formerly known as Franka Emika, is a fully owned subsidiary of Agile Robots SE. Agile Robots SE is an international high-tech company based in Munich (GER) with a production site in Kaufbeuren and more than 1900 employees worldwide.

• Design and development of mechanical components for cutting edge robotic systems (force-sensitive arms, grippers, tactile autonomous mobile platforms etc)
• Participate in all stages of hardware product lifecycle, ranging from project planning, prototyping, design, and all the way to series production
• Perform design optimization based on computational analysis of the mechanical system under various loads cases
• Evaluate the design by employing rapid prototyping and extensive testing in a laboratory environment
• Assembly and commissioning of mechatronic prototypes
• Creating technical reports, impact analyses, certification and production related documents
• Learn and excel hardware development on a unique technology stack enabling safe human robot interaction