Responsible for aiding with the researching, designing, developing, testing and commissioning various Mechanical systems developed at EES Vancouver.
Responsibilities- Help with the design of the mechanical systems associated with their project(s)
- Responsible for the function and safety of the mechanical systems associated with their project(s)
- Critically review mechanical system designs
- Effectively communicate and collaborate with various people across the Epiroc Organisation, Customers and other stakeholders to achieve project goals
- Identify and mitigate risks to ensure successful project outcomes
- Prepare technical documentation:
- Part drawings, FEA reports, Various types of design reports, FMEA Analysis', ISO, CSA and other industry standards, etc - Identify opportunities for process and design improvement/optimization
- Plan for and execute testing and commissioning of the systems created as part of assigned projects
- Work alongside others for the integration of various systems, ensuring compatibility, efficiency, safety and reliability across the entire system
- Maintaining assigned project's CAD and PLM data
- Creation of technical drawings and reports
Knowledge/Education- Mechanical Engineering or Mechatronics Engineering degree, diploma, or similar
- 2+ years of related industry experience (preferred)
- Experience with functional safety application design and development under IEC EN 61508
- Baseline understanding of programming logic and how it controls mechatronic systems
- In-depth understanding of standard and prototyping manufacturing processes including, casting, forging, welding, milling, lathing, cutting (various types), bending, 3D printing
- In-depth understanding of Mechanical engineering principles
- In-depth knowledge of integrating battery systems, electric drivetrains, power electronics, thermal management and other components to create a fully functional vehicle. Integration involves the physical placement and connection of components and ensuring compatibility, efficiency, safety and reliability across the entire system
- Baseline knowledge of various communication protocols such as CAN and Ethernet
- Baseline understanding of various types of sensors, actuators and their respective control requirements
- Knowledge of, and experience with industry standards
- Proficient in 3D modelling, CAD best practices, and large assembly management
Skills and Abilities:- Ability to understand system schematics and diagrams. e.g. Mechanical, Hydraulic, Cooling, Electrical, Functional block diagrams
- Strong mathematical and problem-solving abilities
- Excellent written and verbal communication skills
- Logical and methodical approach to problem-solving
- Meticulous attention to detail
- Friendly disposition. Work well with people of various backgrounds, skillsets, demeanors, and positions
- An ability and desire to push the boundaries of themselves
- Ability to perform general assembly, fabrication and manufacturing
This job description is not intended to be an exhaustive list of all duties, responsibilities, or qualifications associated with the job. Employees are held accountable for all duties of the job.
Wage/salary for position: $85,540.00 - 108,482.00
