Top Engineering Jobs in Toronto, ON

Leads the design and implementation of cloud-based IoT and full-stack applications for connected manufacturing. Makes architecture decisions, mentors developers, improves software quality through testing and observability, collaborates with technical and business stakeholders, and troubleshoots complex production issues across application, infrastructure, data, and integration layers.

Leads automotive manufacturing R&D projects from concept through launch, managing milestones, resources, budgets, testing, fabrication, installation, and technical issues. Develops and validates automation, machine vision, robotics, and data-driven solutions. Performs engineering analyses including DFMEA, DFA, DFM, GD&T, and manufacturing process optimization. Supports continuous improvement, troubleshooting, equipment programming, quality compliance, and collaboration across internal teams and Cosma divisions. The role operates in an industrial manufacturing environment and may require occasional international travel, overtime, and shift or weekend work.

Supports production process and plant layout development for automotive manufacturing. Designs packaging and layouts, applies CAD and manufacturing engineering techniques, evaluates inspection data, improves cycle time and line performance, and supports continuous improvement. The role requires collaboration with customers, suppliers, and internal departments, along with knowledge of lean methods, CNC machining, aluminum processing, GD&T, FMEA, and design for manufacturability.

Supports manufacturing engineering and continuous improvement initiatives in an automotive production environment. Responsibilities include creating standardized work instructions, developing team metrics, conducting time studies and ergonomic assessments, analyzing data, implementing corrective actions, reducing costs and risks, and maintaining compliance with quality, safety, environmental, and 5S standards. The role is a student co-op position supporting technical team projects and process improvements.

Build, maintain, troubleshoot, and improve fineblanking, transfer, roller, and deep-draw dies. Responsibilities include constructing new tools, maintaining tooling documentation and spare-part inventories, establishing preventive maintenance schedules, improving die life and production efficiency, coordinating with suppliers, updating drawings, approving dies, and minimizing downtime. The role requires independent problem-solving, tool design and machining knowledge, blueprint reading, metrology, GD&T, SPC, CNC programming, and certified tool-and-die expertise.

Design and develop automotive hemming processes and tooling. Responsibilities include executing hem studies, defining flange and hemming processes, coordinating open-hem models, managing tool design and manufacturing timelines, conducting design reviews, supporting tool build and commissioning, maintaining Teamcenter documentation, creating spare-parts lists and standard work, obtaining customer approvals, and supporting quoting and continuous improvement while following safety and quality standards.

Leads the Core Platform organization for Magna’s Unified Factory Platform, defining long-term architecture and technical strategy across distributed systems, IoT, APIs, data pipelines, cloud infrastructure, and SaaS scalability. Builds and manages engineering teams, drives reliability, security, operational excellence, deployment velocity, and performance metrics, and partners with Product, Hardware, Customer Success, and executive stakeholders. The role also oversees global compliance, platform commercialization, and multi-year roadmap execution.

Builds, modifies, inspects, debugs, repairs, and tests tooling, fixtures, stamping dies, hemmers, and automated assembly equipment. Operates mechanical department machinery including lathes, milling machines, and surface grinders. Reads blueprints and tolerances, supports continuous improvement, trains apprentices, follows safety and ISO procedures, and communicates with supervisors and coworkers. Travel to customer sites, overtime, and day or overnight work may be required.

Designs and improves automotive manufacturing processes, particularly extrusion operations. Leads troubleshooting, product trials, continuous improvement, scrap reduction, OEE improvement, process capability, APQP, PFMEA, quality-system compliance, tooling reviews, supplier coordination, new product launches, and cost-reduction initiatives. Supports standardized work, preventative maintenance, production training, time studies, process documentation, and cross-functional projects while ensuring safety, quality, delivery, and productivity goals.

Set up, program, install, troubleshoot and commission single and multi-robot cells (primarily Fanuc). Develop robot program architecture, configure I/O and weld interfaces, support offline programming/simulation, maintain templates, train other technicians, read electrical/pneumatic schematics, and support continuous improvement in an automotive manufacturing environment.