Top Engineering Jobs in Toronto, ON

Leads molding manufacturing engineering activities from product development through production launch. Responsibilities include evaluating part manufacturability, quoting molds and capital equipment, coordinating materials, machinery, manpower, measurements, and methods, developing PFMEA and process documentation, improving OEE and scrap performance, managing launch milestones and quality issues, coordinating suppliers and cross-functional teams, and mentoring team members.

Designs large injection-molded-part tooling for automotive fascias, rockers, claddings, and wheel flares using Siemens NX Mold Wizard. Performs feasibility studies, engineering changes, design reviews, and tool evaluations; collaborates with design, machining, build, scheduling, estimating, and program teams. Supports quality, safety, continuous improvement, and manufacturing initiatives while mentoring junior designers and managing selected tool design projects.

Senior technical specialist in e-coating, pre-treatment and powder coating supporting global divisions and R&D. Lead troubleshooting, technology development, DOE/testing, supplier audits, OEM interfacing, project RFQs, training, and process optimization to meet automotive requirements.

Develop and maintain cloud-based IoT applications for manufacturing. Design secure, scalable full-stack solutions, APIs, data integrations and pipelines. Collaborate with architects, product owners, developers, and stakeholders; follow DevOps and agile practices; mentor team members and troubleshoot production issues.

Analyze and optimize tooling, assembly and joining processes for automotive body and chassis. Lead process improvements, PFMEA, root cause analysis, fixture design, automation and data-driven decisions. Support project planning, client communication, and cross-functional execution while ensuring quality and delivery.

Lead R&D and manufacturing projects from concept to launch, manage milestones, budgets and resources, design and validate automation and machine vision systems, perform hands-on testing and machine programming, conduct engineering analyses (DFMEA, DFA, DFM, GD&T), drive continuous improvement and ensure compliance with automotive quality standards.

Lead die process and development projects for automotive stamping: ensure on-time delivery and quality, run formability and spring-back analyses, perform FEA correlation, conduct tooling and soft-tool reviews, support try-outs (T1/FPG), coordinate vendors/customers, train teams, audit KPIs, and drive continuous improvement and root-cause actions.

Lead a team to design, deploy, and maintain Industrial IoT and cloud-connected smart factory solutions. Build AWS-based, AI-enabled workflows, manage IaC (Terraform), CI/CD, monitoring, and collaborate with cross-functional teams to improve manufacturing performance.

Coordinate and maintain die program documentation; manage external design vendors and internal/customer design reviews; release designs for manufacturing; support tooling, FEA, sales and program management; define machining processes; support packaging studies and QMS procedures; drive continuous improvement and QAS re-work processes; perform die design/changes and provide technical support across manufacturing and engineering functions.