Requirements

• Analyse problems and/or deficiencies; thereafter, conceptualise, plan and develop mechanical solutions and designs for new product

• Perform engineering calculations and equipment sizing to support design work

• Research of cutting-edge robotic technologies and conceptualise new robotic products based on new technologies and market needs

• Develop robotic systems including sub-component selections and electrical interface designs using model-based development (MBD) methodology

• Create & review technical drawings, plans, and specifications of components & systems using computer-aided software for machining / fabrication / manufacturing

• Conduct FEA study to optimise the structural performance of components & systems

• Conduct experiments and evaluations to improve and innovate product designs

• Conduct tolerance stack analysis to ensure the component tolerances satisfy precision system performance

• Release fabrication drawings, BOMs, and other production/technical documentation

• Design benchmark test setups and processes; plan and perform testing for new products

• Produce working prototypes (hands-on assembly) for testing and demonstration

• Collaborate with multi-disciplinary engineering teams, and work with vendors and contractors (including fabrication houses)

• Produce detailed documentation to track project development and design process

• Manage project progress and ensure the project timeline is met within budget

• Requirement & Qualification:

• Bachelor’s or Master’s Degree, preferably, in Mechanical Engineering or Mechatronics, or any other relevant fields of study

• Minimal 3 years of relevant working experience

• Firm grasp of engineering concepts with experience designing mechanical and robotic systems

• Excellent mathematics skills: and ability to apply advanced mathematical principles and statistics to solve problems

• Excellent mechanical design experience using CAD software such as SolidWorks, AutoCAD, or similar (MATLAB and Simulink will be a plus).

• Familiar with different manufacturing and production techniques, such as, machining, milling, CNC, sheet metal bending, molding, etc.

• Good knowledge in properties of engineering materials and their applications

• Excellent knowledge of sensors, actuators, pneumatics, motors, direct-drives, bearings, gearboxes and other mechanical components

• Always comply with industrial standards, proper engineering practices

• Exceptional technical, problem-solving, and reasoning skills

• Self-motivated, able to work individually as well as a great team player

• Able to adapt to the fast-paced environment and handle tight timelines at work

• Good communication and interpersonal skills with people at all levels, internally and externally, and in a professional and responsible manner