Mechanical Engineer - Robotics (f/m/d) at FRANKA ROBOTICS

Munich, Bavaria, Germany -

Full Time

Start Date

Immediate

Expiry Date

02 Aug, 26

Salary

0.0

Posted On

04 May, 26

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

3D Design, 2D Drafting, GD&T, SolidWorks, FEM Analysis, Robotics, Mechatronics, Rapid Prototyping, Drivetrain Development, Mechanical Engineering, Technical Reporting, Design Optimization

Industry

Automation Machinery Manufacturing

Description

Your role 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 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 Why us? Franka Robotics stands out as a financially stable and supportive workplace, committed to the growth and well-being of our employees. With a focus on development opportunities, we empower team members to take on challenging tasks and impactful projects, encouraging both professional and personal growth. We’re proud to host a diverse, international team based in a central location with excellent public transportation links, making it easy for employees to stay connected. In addition to an engaging work environment, we offer a competitive benefits package that includes a company pension scheme, health insurance, and a childcare subsidy. We also believe in fostering a sense of community through regular company events, creating a workplace where our people can thrive both inside and outside of work. 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. We have great plans – we have great people – Do you want to become part of our FRANKA ROBOTICS Team?

Responsibilities

Design and develop mechanical components for advanced robotic systems throughout the entire hardware product lifecycle. Perform design optimization using computational analysis and validate designs through prototyping and laboratory testing.