Job Description:

• Designs sub-systems of moderately to complex automatic machines, robotic cells, and various material handling systems.
• Using customer specifications as starting point, works with engineers and designers to generate 3D models using Solidworks®.
• Produces high-quality detail models and drawings from sketches, provided within customer specifications within project allotted time. Final design to follow industry standard conventions, company best practices and be accurate.
• Use preliminary stress calculations on the proposed part before modelling. Perform FEA and apply analysis results to final models.
• Perform and record other calculations as required by the application including but not limited to Motor Power, Robot reach/payload/inertia, Chain pull force, etc.
• Performs tolerance analysis on designs and incorporates manufacturing best practices.
• Design structural components, assemblies and sub-assemblies of hydraulic presses, fabrications, and their related equipment.
• Produce standard designs using SolidWorks and create assembly prints, mechanical drawings, and weld fabrication specifications.
• Create designs in line with company procedure, regulations, and client standards.
• Generate detail and assembly drawings, associated BOMs and any technical documentation related to the product.
• Submit drawings to senior engineers and manufacturing teams.
• Ensures quality, cost and delivery commitments on projects are met.
• Work on schedule and within the budget on all mechanical aspects of the project and manage own time for maximum efficiency.
• Provide all information to support procurement of all mechanical related components, entering data into MRP system.
• Capable of writing technical documents in English at an engineering level.

Candidate requirements:

• Automation experience (pick-and-place, material conveyors)
• Machinery design (involving at least two systems)
• Competent with 3D CAD modelling systems with ability to draft engineering drawings using SolidWorks and FEA analysis principles is requisite.
• Demonstrated technical problem-solving abilities through experiments, analysis and systematic methods, technical documentation is essential.
• Must be capable of understanding mechanism design, dimensioning complex geometry, measurement standards and materials requirements.
• Knowledge in systematic engineering design process to meet functional requirement.