Electrification Systems Designer (Mechatronics)

Epiroc Group; Pitt Meadows; On-site; CAD 96,000 - 127,000; Full time

Benefits offered by this job

Relocation support

Employee perks and discounts

Paid vacation and sick time

Job summary

Epiroc is hiring a Systems Designer in Pitt Meadows, BC, focused on top-level integration of electric drive systems in prototype vehicles and mechatronic tasks. The role emphasizes Model-Based Systems Engineering to support senior systems architects and ensures alignment with the overall system architecture.

Responsibilities include decomposing requirements into subsystems, defining interfaces between battery hardware, BMS, charging equipment, and vehicle controllers, and participating in system

Qualifications

• Requires 2-3+ years of related industry experience.
• Domain experience in Mechanical, Software, Electrical or Safety engineering.

Responsibilities

• Apply Model-Based Systems Engineering to support senior systems architects with design, analysis and validation of electrification products.
• Decompose high-level system requirements into subsystem and component-level requirements and ensure traceability.
• Define system interfaces between battery hardware, BMS software, charging equipment, and controllers.
• Participate in system safety activities, including risk assessments, FMEA support, and ISO 13849/IEC 61508 alignment.
• Use ALM tools to maintain requirements, traceability, and verification status.

Skills

MBSE

Analytical thinking

Attention to detail

Communication skills

Prioritization

Team collaboration

Problem-solving

Education

Engineering degree or diploma (Electrical/Mechanical/Mechatronic)

Mechatronic Engineering background

Tools

Polarion

Doors

Jama

Job description

Epiroc is hiring a Systems Designer in Pitt Meadows, BC, focused on top-level integration of electric drive systems in prototype vehicles and mechatronic tasks. The role emphasizes Model-Based Systems Engineering to support senior systems architects and ensures alignment with the overall system architecture.

Responsibilities include decomposing requirements into subsystems, defining interfaces between battery hardware, BMS, charging equipment, and vehicle controllers, and participating in system