Top Mechanical Engineering Jobs in Montreal

Design and deliver mechanical solutions for excitation systems from proposal through manufacturing, testing, and installation. Support sales with specifications and cost estimates, produce CAD layouts and manufacturing drawings, perform site audits, select components, ensure compliance with safety and industry standards, and provide technical support to production, purchasing, and testing teams.

The Lead Mechanical Engineer oversees the design and lifecycle support of hydraulic power units and mechanical systems for hydropower plants. Responsibilities include technical support, equipment specification, project management, and interaction with suppliers.

Responsible for designing mechanical components of alternators for hydroelectric projects and providing technical support to the supply chain and on-site activities.

The R&D Mechanical Engineer will lead projects involving innovative solutions, manage intellectual property, and mentor junior engineers, ensuring product quality and customer satisfaction.

Design, reverse-engineer and standardize components for horizontal grinding mills; apply and integrate FEA/stress analysis into mechanical designs; produce detailed engineering calculations and drawings; support manufacturing, installation, field service and sales with technical input; maintain standard parts library and ensure on-time, on-budget engineering deliverables.

Seeking a Lead Mechanical Engineer to develop methods and special tooling for the disassembly and assembly of hydro turbines, ensuring project success and innovation in mechanical design.

The Lead Mechanical Engineer will define methods for handling, transporting, and supporting turbine and generator components, perform designs and calculations for tooling, and ensure project execution meets timelines and efficiency requirements.

Integrate and certify hydro-mechanical systems for aircraft, lead investigations on system failures, and manage development processes and testing activities.

The Senior Opto-Mechanical Engineer leads mechanical design, structural analysis, and performance evaluation of optical communication systems for space, ensuring reliability and production efficiency.

Lead development and integration of automation systems and semiconductor equipment for diamond processing, collaborating with teams to enhance system efficiency.

Design and optimize vacuum manufacturing systems, manage suppliers, and effectively communicate technical concepts while collaborating with engineers across disciplines.

The Senior Automation Engineer will lead the development and validation of automation equipment and processes, driving continuous improvement and collaboration across teams to enhance manufacturing efficiency and compliance.

Lead high-visibility R&D projects as a Mechanical Design Engineer, overseeing reactor system design, development, and manufacturing processes while troubleshooting existing designs.

Lead the mechanical design of precision opto-mechanical systems for space communication terminals, ensuring performance through innovative design and materials management.

The Senior Mechanical Engineer will design, develop, and test RF components and antennas for the Terawave Payloads, collaborating with cross-functional teams. Responsibilities include system development, component design, and resolving manufacturing issues.

The Senior Mechanical Engineer will design projects, oversee client interactions, manage project budgets, and ensure quality and compliance in engineering practices.

The Lead Mechanical Engineer will organize project tasks, design tools for erection and maintenance, gather information, and ensure efficient execution while focusing on project schedules.

The Lead Generator Mechanical Engineer designs hydro generator components and provides technical support during project execution while collaborating globally. Requires a mechanical engineering degree and 5+ years of related experience.

Design and optimize advanced modular data centers with a focus on two-phase direct-to-chip cooling applications and dual-use chiller systems. Participate in hands-on research, thermodynamic analysis, and validate performance through lab experiments.