- Oficina en Brockville
Mission:
Ensure IEC’s Brockville facility delivers high-quality, efficient, and cost-effective motor refurbishment. As the sole engineer, own technical problem-solving, process improvements, and operational engineering solutions. Drive measurable gains in quality, throughput, and reliability through technical expertise, collaboration, and full accountability for engineering outcomes—without direct people management.
Ensure IEC’s Brockville facility delivers high-quality, efficient, and cost-effective motor refurbishment. As the sole engineer, own technical problem-solving, process improvements, and operational engineering solutions. Drive measurable gains in quality, throughput, and reliability through technical expertise, collaboration, and full accountability for engineering outcomes—without direct people management.
Outcomes:
1. Process Documentation & Control: Develop and maintain complete, accurate work instructions, travellers, routings, and specifications for 100% of operations within 6 months.
2. Equipment & Tooling Reliability:
- Maintain >95% uptime across all shop and specialized equipment through preventive maintenance planning, engineering oversight, and root cause analysis of breakdowns.
- Implement documented maintenance standards and improvement plans for critical equipment.
3. Quality: Reduce defect or rework rates by 15% within 12 months through engineering-driven process improvements and operator guidance.
4. Process Efficiency: Reduce standard hours for key operations by 5% within 12 months through tooling, layout, or method improvements.
5. Technical Problem-Solving & Reverse Engineering:
- Complete reverse engineering of new or unknown components within X days of identification to enable uninterrupted operations and delivery commitments.
- Resolve >90% of technical issues within 1 week of reporting, minimizing production delays and downtime.
Role Responsibilities:
- Deep Expertise in Motor/Coil Engineering: winding, insulation systems, testing, and manufacturing methods.
- Process Engineering & Industrialization: ability to design, validate, and scale robust manufacturing processes.
- Analytical & Data-Driven: uses KPIs, data, and structured problem-solving to make decisions and drive improvements.
- Cost-Conscious Engineering: balances design choices, materials, and processes with cost implications.
- Cross-Functional Influence: able to lead through technical expertise and collaboration, not authority.
- Documentation & Standards: strong discipline in specifications, process sheets, PFMEAs, control plans, and SOPs.
