Medatech (Mobile Equipment Design & Automation Technology) designs and builds custom mobile heavy equipment. We started in the Mining sector in 2003 and have since expanded into Construction, Waste, Transportation, and Energy. We’re known for our ability to design, build and deliver innovative electric, hybrid and diesel-powered heavy equipment for various sectors such as mining, drilling, transportation and energy, including clients such as Vale, Torex and HydroOne.
For more information, visit www.medatech.ca

In addition to a competitive compensation and benefits package, we offer:

• Flexible working arrangements
• Training and mentorship opportunities
• Opportunities for advancement

Key Responsibilities:

• Responsible for:
• Prepare layouts, Drawings and bills of material
• Utilize Solidworks design suite to manage or develop wiring schematics, wiring harness drawings and panel assemblies
• Ensure compliance to various regulations and standards across multiple regions and markets
• Select and/or design components for function, cost, reliability, ad manufacturability
• Interact with suppliers and support purchasing process
• Interact with various other engineering groups and disciplines within the organization
• Work closely with the shop during building of equipment
• Perform test procedures on various machinery including AC motor control and HVDC systems
• Work closely with controls/software engineers and communicate associated design implications and requirements involving electrical/electronic system design
• Utilize multimeters/ oscilloscopes, Controller Area Network (CAN) tools for design, assembly, and validation

Required Qualifications:

• Post-secondary diploma or degree in a related field such as electrical engineering, or similar program
• Must possess a valid driver’s license and reliable vehicle for occasional client site visits
• Be knowledgeable of Ontario Electrical Safety Code and the Canadian Electrical Code
• Understand basic wiring, motor control, PLC programming and how they communicate across machinery and link together
• Possess a high proficiency in Microsoft applications (such as Word, Excel, PowerPoint and Outlook)
• Critical thinking and problem-solving skills
• Strong time management skills and the ability to work effectively under pressure with simultaneous deadlines
• Self-motivated and capable of taking initiative to complete tasks
• Ability to work independently and as part of a team

If you have the qualifications as outlined above and are interested in joining a dedicated team in a growing company, please forward your resume and cover letter. We thank you for your interest in our position! We are committed to providing equal opportunities for persons with disabilities. Accommodations are available at all stages of the recruitment process, at the candidate’s request.
Please note that your application and any related materials you provide may be processed, stored, reviewed, or otherwise used by systems in our recruitment selection process that may interact with AI tools. This includes any AI integrated functions that may be utilized by the job board through which you applied to our position.
Job Types: Full-time, Permanent

Schedule:

• Monday to Friday

Work Location: In perso

• Responsible for:
• Prepare layouts, Drawings and bills of material
• Utilize Solidworks design suite to manage or develop wiring schematics, wiring harness drawings and panel assemblies
• Ensure compliance to various regulations and standards across multiple regions and markets
• Select and/or design components for function, cost, reliability, ad manufacturability
• Interact with suppliers and support purchasing process
• Interact with various other engineering groups and disciplines within the organization
• Work closely with the shop during building of equipment
• Perform test procedures on various machinery including AC motor control and HVDC systems
• Work closely with controls/software engineers and communicate associated design implications and requirements involving electrical/electronic system design
• Utilize multimeters/ oscilloscopes, Controller Area Network (CAN) tools for design, assembly, and validatio