Top Engineering Jobs in Toronto, ON

Leads manufacturing engineering, continuous improvement, tooling, process development, equipment installation, engineering changes, and production troubleshooting for automotive steel and aluminum components. Manages projects from concept through launch, conducts manpower and line-balancing studies, develops CAD layouts and documentation, supports quoting and customer changes, and uses PLC programming to optimize automated equipment. Requires collaboration across departments, quality problem-solving, and adherence to safety and automotive quality standards.

The Quality Engineer supports production quality, new program launches, customer and supplier PPAP, APQP, control plans, PFMEA, product validation, audits, and warranty issue resolution. The role leads problem-solving activities, launch containment, engineering changes, supplier deviation closures, inspection planning, test fixture verification, and quality documentation. It also provides guidance and training to quality team members while ensuring compliance with automotive quality standards, safety requirements, and continuous improvement practices.

Leads automotive quality engineering activities across PPAP, APQP, product validation, launches, supplier quality, control plans, PFMEA, testing, and customer warranty issue resolution. Coordinates engineering changes, supplier deviations, inspection standards, launch containment, test fixtures, and production readiness while ensuring compliance with customer and program requirements.

Develop and validate automotive stamping die processes, focusing on formability, springback, dimensional accuracy, cosmetic quality, and process improvement. Conduct FEA and Sigma analyses, review engineering and buyoff documentation, lead corrective actions and correlation initiatives, investigate root causes, and support feasibility studies, tooling reviews, CAD deliverables, and customer or supplier communications. Maintain project timing, quality, KPI reporting, and compliance with safety and quality systems.

Leads automation and controls operations in a high-volume automotive assembly plant. Supervises technicians and engineers while overseeing PLC, HMI, SCADA, robotics, vision, conveyor, and motion-control systems. Responsibilities include programming, commissioning, troubleshooting, root-cause analysis, continuous improvement, documentation, safety compliance, supplier coordination, spare-parts management, preventive maintenance, production launches, and KPI reporting. Requires strong technical expertise, team leadership, and experience in industrial automation and manufacturing.

Develops, validates, and improves automotive welding processes and equipment. Analyzes weld drawings, specifications, and quality data; supports new program launches; coordinates with vendors; investigates weld failures and customer concerns; performs root cause analysis; maintains weld documentation; trains production personnel; and drives improvements in weld quality, efficiency, safety, and cost.

Deploys, installs, tunes, monitors, and supports autonomous mobile robotics solutions at manufacturing sites. Troubleshoots robotics, networking, and security issues; validates deployment milestones; supports customers; documents field activities; and trains internal teams and customers. Collaborates with installation contractors, product development, engineering, and operations teams. The role is hands-on, customer-facing, field-based, and requires extensive travel across North America and potentially Europe.

Performs product and weld testing for automotive exterior components, including environmental, durability, salt spray, load, and conformance testing. Operates and maintains test equipment, troubleshoots lab systems, analyzes samples, evaluates pass/fail results against specifications and standards, and supports PPAP and DVP&R activities. Assigns test priorities, prepares technical reports and presentations, recommends corrective actions, and supports prototype builds while following safety and quality requirements.

Create and maintain 2D CAD plant layouts covering production areas, equipment, workstations, material flow, aisles, and pathways. Support equipment installations, automation projects, process changes, capacity studies, and plant layout optimization. Perform laser scans and integrate layouts with 3D models and point-cloud data. Collaborate with engineering, maintenance, operations, quality, and suppliers to validate layouts, identify installation risks, and support digital factory initiatives while following safety, quality, and continuous improvement standards.

Designs and improves automotive manufacturing processes, particularly extrusion, roll forming, and injection molding. Leads continuous improvement, scrap reduction, OEE enhancement, process troubleshooting, product trials, time studies, tooling and equipment reviews, and new product launches. Develops PFMEAs, control plans, standardized work, and other quality documentation while supporting APQP and IATF requirements. Collaborates with suppliers, project teams, production personnel, and customers to improve safety, quality, productivity, capacity, and cost performance.