Senior Product Design Engineer – R&D

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As a Product Design Engineer, you will have the opportunity to demonstrate a solid working knowledge of mechanical systems; self-motivated, desire to learn from new challenges, solve problems and use communication skills to work in an experienced and highly interactive team. You must show a real passion for your work and must be able to communicate your ideas and concepts verbally and visually. Finally, you must demonstrate the ability to integrate feedback and demonstrate the ability to adapt to rapidly changing circumstances and working environments.​

 

As a part of the project team, you will cooperate with Senior Design Engineers; assist with product design, bug fixation, validation, and optimization. You will participate in all stages of projects from idea generation to actual production, and take part in the full design lifecycle. You will also support other technical engineers in gaining experience with mass production.

 

Being an engineer, you will join an experienced multidisciplinary team to create and design innovative products. You will work closely with an internal interdisciplinary team and external partners to promote key aspects of product definition, implementation, and testing. You must be agile, flexible, and able to succeed in extended peer-to-peer collaboration.

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JOB REQUIREMENTS:

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• Graduate in Mechanical Engineering or a related field (Manufacturing Engineering, Design Engineering).   

• Minimum of 4+ years of industry R&D experience.   

• Experience and a good mindset in using 3D tools (AutoCAD, CATIA, SOLIDWORKS).   

• Proven experience in developing A-Class surfaces for complex geometries.   

• Good knowledge of materials and manufacturing methods.   

• Experience in mechanical system design and prototyping, including precision mechanical assembly.   

• Experience with mechanical design tools under industrial standards and CAD software.   

• Experience in designing and prototyping mechatronic systems.   

• Experience with rapid prototyping processes (e.g., CNC machining, injection molding, 3D printing, sheet metal).   

• Experience with design for manufacturing (DFM) and design for assembly (DFA).   

• Deep understanding of mechanisms, dynamics/kinematics, linkage/joint, and CAM mechanisms.   

• Experience in running simulations (FEA, mold flow, thermal analysis, SI, etc.).   

• Excellent written and oral communication skills; ability to explain complex concepts and designs to colleagues in other departments.   

• Experienced in communicating with end-users, sales teams, and management to gather requirements, describe product features, and modify technical designs.   

• A real passion for work and Innovation.

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RESPONSIBILITIES:

 

• Design and Development:

  • Design and build 3D models for testing, conceptual modeling, and functional appearance modeling.  

  • Develop and refine A-Class surfaces for exterior and interior components, ensuring high aesthetic quality and manufacturability.  

  • Design mechanical systems and prototypes, including mechatronic systems.  

  • Demonstrate a solid working knowledge of mechanical systems, dynamics/kinematics, linkage/joint, and CAM mechanisms.  

  • Engage in an interdisciplinary design process to create integrated system designs in collaboration with hardware and software teams.  

  • Support advanced R&D initiatives and prototyping efforts with team members across disciplines.  

  • Research advanced materials and manufacturing processes and update emerging technologies to identify potential opportunities.

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• Collaboration and Communication:

  • Work closely with internal interdisciplinary teams and external partners to drive key aspects of product definition, implementation, and testing.  

  • Collaborate with Senior Design Engineers to assist with product design, bug fixation, validation, and optimization.  

  • Communicate ideas and concepts effectively, both verbally and visually.  

  • Communicate with end-users, sales teams, and management to gather requirements, describe product features, and modify technical designs.  

  • Provide integrated support to multi-function programs and support positive group interactions to accomplish program goals.  

  • Be agile, flexible, and able to succeed in extended peer-to-peer collaboration.  

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• Manufacturing and Production:

  • Apply design for manufacturing (DFM) and design for assembly (DFA) principles.  

  • Anticipate and address issues that may affect mass production (DFx).  

  • Support other technical engineers in gaining experience with mass production.  

  • Work with 3rd party vendors and integrate their products/services into the overall system design.  

  • Utilize rapid prototyping processes (e.g., CNC machining, injection molding, 3D printing, sheet metal).  

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• Analysis and Problem Solving:

  • Demonstrate the ability to integrate feedback and adapt to rapidly changing circumstances and working environments.  

  • Be self-motivated, eager to learn from new challenges, and adept at problem-solving.  

  • Apply fundamental principles of Mathematics, Statistics, and/or Physics.  

  • Experience in running simulations (FEA, mold flow, thermal analysis, SI, etc.).  

  • Take advantage of supporting resources to efficiently bring appropriate design pieces to life.  

  • Contribute to important schedules and commitments

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• Benefits:

  • Opportunity to work on cutting-edge advanced robotics.

  • Collaborative and innovative work environment.

  • Professional development opportunities.

  • Chance to directly impact the future of robotics.

  • Work on cutting-edge products and difficult issues with some really talented (and entertaining) individuals