Mechanical Engineer

• Develop and manage mechanical engineering design deliverables for projects
• Support business development activities for the mechanical engineering group
• Ensure quality and consistency of engineering deliverables
• Perform site investigations and abide by safety regulations
• Use software tools like AutoCAD, Revit, and Carrier HAP for deliverables

• Electromechanical Design and packaging of components, indoor/outdoor cabinetry and systems incorporating a variety of parts and assemblies using SolidWorks 3-D modeling and other tools as required, with a sound approach on cost-effective solutions, DFM, DFA and DFHV.
• Self-managed ownership of assigned projects, communicating to stakeholders, completion of deliverables, meeting schedules and risk assessment. Capable for swift and agile response to dynamic changes of priorities, business needs and problem solving.
• Investigation, review and validation of compliance of standards, codes, products and customer requirements, applied to selection of components and design of system level solutions, including thorough understanding and support of static stress/loads and thermo-flow constraints.
• Prepare detailed manufacturing data packages including 2D and MBD drawings, including the complete product configurations with detailed BOM structures in ERP system.
• Support factory floor activities in troubleshooting, assembly and retrofit, including Support of general manufacturing activities as may be required or designated.
• Documentation of all manufacturing package according to the established company procedures, standard of works, practices and product line.
• Propose and promote improvements to best practices across related processes. Promote and maintain thorough understanding and execution of engineering process and system, mastering ERP and PDM related requirements.

Senior Mechanical Engineer

• Design, develop, and implement comprehensive functional validation plans for industry leading SerDes IP
• Create and enhance validation frameworks while partnering with cross-functional teams on design optimization, troubleshooting, and failure resolution
• Conduct thorough root cause analysis and systematic debugging of mixed signal design failures and functional issue
• Build and maintain post-silicon validation workflows and status reports
• Generate detailed validation reports documenting testing activities, outcomes, and improvement recommendations
• Partner with architecture, design, verification, board, platform, and manufacturing teams to optimize debugging processes and validation methodologies for mixed signal interfaces

Senior Staff Analog Circuit Design Engineer – SerDes

• Assist the design engineer in developing 3D models and 2D drawings and listing parts associated with these drawings.
• Reviewing drawings and parts lists to ensure their accuracy, in accordance with customer specifications and established design standards.
• Contributing to documentation management, meeting organization, and other administrative tasks necessary for the smooth operation of the team.
• Conduct documentary research to gather relevant information related to ongoing projects, thereby supporting the team's efforts.
• Assist with the logistical coordination of projects.
• Participate in light maintenance tasks on office equipment or tools used in design work.
• Participate in the continuous improvement of engineering tools, methods, and processes to optimize efficiency and quality of deliverables.

Mechanical Engineering Design Intern

• Create 3D airframe definition from concept to production for primary and secondary structural components and related systems installation components
• Develop and maintain 2D drawings with integrated working instructions
• Design and integrate systems installation components within aircraft structures
• Ensure designs meet applicable airworthiness regulations and engineering best practices
• Provide continuous engineering support to manufacturing and in‑service activities
• Participate in the design and control of major interfaces with internal teams and structural/system suppliers
• Monitor, support, and guide suppliers to ensure quality and timely delivery of engineering documentation
• Coordinate impact analysis and implementation of design changes
• Support and participate in certification activities
• Provide visibility to management on status, risks, and emerging issues
• Manage and modify metallic and/or composite aircraft structure digital mock‑ups using CATIA V5
• Ensure Fit, Form, Function, and Manufacturability requirements are met
• Investigate complex technical issues and define design solutions
• Review and approve technical documentation
• Identify design risks and weight reduction opportunities
• Act as a technical lead and support development of junior engineers

Structural and Systems Installation Design Engineer

• Create and maintain 3D digital mock‑ups for primary and secondary aerostructure components from concept through production
• Prepare and update 2D engineering drawings with integrated working instructions
• Ensure designs meet Fit, Form, Function, Manufacturability, and applicable airworthiness regulations
• Support stress, weights, and certification activities by providing accurate design definition
• Provide continuous engineering support to manufacturing and in‑service operations
• Design and integrate metallic and/or composite aerostructure components and assemblies
• Manage product structure using CAD and PLM tools
• Investigate complex design issues and develop effective technical solutions
• Identify design risks and weight optimization opportunities
• Review technical documentation and participate in design reviews
• Act as a technical reference and support development of junior engineers

Design Engineer

• Demonstrate accountability for cost, schedule, quality, and technical accuracy of assigned tasks
• Document requirements and ensure designs meet requirements
• Develop / modify mechanical designs to hold electronic components while meeting all requirements for installations in Nuclear power plants
• Confirm designs meet requirements through analysis and testing
• Engage customers to define scope, review results, and discuss technical risks
• Work with the technical leader to establish an effective work plan
• Apply engineering fundamentals and 1st order engineering principles
• Provide clear and complete analysis documentation
• Manage time effectively to provide quality deliverables within the expected project timeline
• Communicate effectively to leadership the status of work activities

Lead Mechanical Engineer

• Coordinate the design of facility expansions and maintenance capital projects executed by external engineering firms.
• Define scope covering schedule, cost, and risk.
• Coordinate execution to ensure all deliverables align with Enbridge standards, regulatory requirements, industry codes, and internal guidelines.
• Collaborate closely with Enbridge teams across Project Execution, Operations, and Shared Services to ensure project and organizational requirements are fully integrated into the design.
• Provides technical guidance to others on the team based upon technical expertise and recommends opportunities for improvement via lessons learned, technical standard change requests, engineering management plans, contractor evaluations, etc.
• Manage, review and approve the execution of the design deliverables by a third-party engineering firm against the project budget and schedule.
• Own and lead all aspects of the engineering project scope, schedule, capital cost estimate, execution planning, risks and supporting information related to assigned projects from project development through closeout.
• Ensure that all assigned projects are developed as fit for purpose and in accordance with all regulations, environmental, health and safety, applicable industry codes and corporate standards.
• Review vendor materials quotations, evaluate technical bids and recommend selections based on technical merit along with price and delivery.
• Collaborate with Supply Chain to procure material via internal tools.
• Lead and/or support business initiatives e.g. cost saving opportunities in line with business justification for projects.

Senior Mechanical Engineer – Facilities

• Contribute to chip architectures and lead micro-architecture and RTL development and HW/SW co-design efforts
• Investigate, scope and plan new AI/HPC SOC programs
• Define ASIC and/or block architecture, micro-architecture and register specification.
• Conduct detailed architectural and/or design requirement reviews with customers, cross-functional teams, IP Vendors
• Lead and execute the implementation of a specification based on RTL coding techniques and best practices
• Work with the physical design teams, reviewing and providing guidance in floorplanning, power analysis, synthesis and timing signoff.
• Work with the Verification team on pre-silicon verification tasks such as reviewing the verification test plans, coverage analysis, full-chip simulation, performance analysis and debug
• Help develop and/or evaluate design and verification methodologies and participate in improving existing ones
• Provide mentorship to the more junior team members

Senior Principal IC Design Engineer, AI/HPC

• Schematic capture and PCB layout supervising of circuit design.
• Design of high-speed circuits and board-to-board interconnects using the latest FPGAs, DDR memories, clock generators and distributors, high speed cables and connectors.
• Design, develop, analyze, and troubleshoot electronic systems and components for linescan camera products.
• This includes power distribution, signal routing, and control subsystems for integrated sensor platforms as well as communication and data interfaces.
• Selection of electronic parts.
• Supporting parts procurement and supply chain monitoring.
• Select components, analyze power and signal integrity, create detailed schematics, wiring diagrams, and electrical documentation.
• Apply EMI/EMC design principles and ensure compliance with industry standards.
• Interact with mechanical, FPGA, embedded software, and test engineers.
• Work with our Sustaining Engineering group with issues that they are dealing with.
• Work closely with Systems, Software, Firmware, Mechanical, and PCB Layout teams to refine requirements, define interfaces, and ensure cohesive system integration.
• Oversee the layout of complex high‑frequency PCBs.
• Conduct design reviews, create and execute verification test plans.
• Participate in project reviews of your own doing and from other departments.
• Prepare and present diagrams, charts, drawings, calculations to support team decisions.
• Participate in all aspects of the project life cycle including concept definition and trade-offs, requirements development, design, testing, release, and maintenance.
• Provide senior‑level engineering support throughout the product lifecycle.

Electronics Design Engineer

• Assist in the inspection, maintenance, and troubleshooting of mechanical equipment such as kilns, conveyors, crushers, and pumps
• Assist in the design, development, and testing of mechanical components and systems
• Support CAD modeling, drafting, and documentation using tools such as SolidWorks or AutoCAD
• Conduct research and analysis to support engineering decisions
• Support reliability engineering initiatives including vibration analysis, lubrication programs, and failure root cause analysis
• Participate in mechanical design and drafting using CAD software (e.g., AutoCAD, SolidWorks)
• Help develop and update preventive maintenance procedures and documentation
• Contribute to plant improvement projects focused on safety, efficiency, and sustainability
• Collaborate with operations, electrical, and instrumentation teams to support cross-functional projects
• Maintain accurate records of work performed and assist in preparing technical reports
• Assist in the management of contractor/vendor services during plant shut down
• Perform administrative tasks such as management of office supplies
• Ensures the safety of themselves and all colleagues through enforcing safe work practices and providing motivation and effective communication

Mechanical Engineering Co-Op

• Set a high bar of quality across the product by owning the front-end. Identify and systematically reduce UI and UX debt, improve implementation patterns, and raise the overall level of craft across the application.
• Embed within product teams to lead UI implementation for new features from concept through launch. Partner closely with product managers, designers, and engineers to ensure shipped experiences meet a high standard for quality, usability, and polish.
• Own and evolve Telegraph, our design system. Define and maintain component APIs, composition patterns, interaction standards, and documentation that enable teams to build consistent, scalable interfaces efficiently.
• Champion accessibility and performance as core product requirements. Ship experiences that are fast, resilient, and accessible by default through semantic implementation, keyboard support, focus management, testing, and ongoing performance optimization.
• Partner closely with designers throughout the product development process. Work collaboratively in code and design tooling to iterate on concepts, refine interactions, and reduce the gap between design and implementation. Help evolve a workflow that replaces traditional handoffs with continuous collaboration.
• Create leverage for the broader organization by translating intent into scalable implementation: reusable components, guidelines, sandboxes/playgrounds, and “how to use it” documentation that reduces drift.
• Build the infrastructure and workflows that support AI-accelerated product development. Some areas we’re currently exploring include: automating QA and code review processes, connecting design and engineering tools, and setting up prototyping templates.

Senior Design Engineer

• Designs, develops, and builds analog circuits in advanced process nodes for analog and mixed-signal IPs.
• Designs floorplans, performs circuit design, extracts chip parameters, and simulates analog behavior models.
• Creates test plans to verify design according to circuit and block microarchitecture specifications and evaluates test results.
• Verifies functionality to optimize circuit for power, performance, area, timing, and yield goals.
• Collaborates cross-functionally to report design progress and collects, tracks, and resolves any performance and circuit design issues.
• Optimizes performance, power, area, and reduces leakage of circuits.
• Works with architecture and layout team to design circuit for best functionality, robustness, and electrical capabilities.
• As a principal engineer, recognized as a domain expert who influences and drives technical direction across Intel and industry.
• Develops and mentors other technical leaders, grows the community, acts as a change agent, and role models Intel values.
• Aligns organizational goals with technical vision, formulates technical strategy to deliver leadership solutions, and demonstrates a track record of relentless execution in bringing products and technologies to market.

Principal Analog Circuit Design Engineer – SerDes

• Strategize, evaluate, develop, and execute innovative diagnostic methods that will improve the tools that NFI Group employees have for understanding the nature of vehicle electrical system issues in our transit and coach vehicles
• Monitor the prevalence of different vehicle electrical system issues across our fleets and devise solutions to mitigate those issues
• Assess new systems, features, and components for proper diagnostic capability and address any gaps found
• Prepare data and create reports on project status related to diagnostic capability and address any gaps found
• Establish effective communication, cooperation, and information flow with other groups and departments
• Provide engineering support to Production, Quality Assurance, Customer Service and others as required
• Interact with vendors and customers on design related issues and document vendor approvals
• Complete diagnostic testing of components and system to meet system & vendor requirements
• Assists Designer / Draft person on tasks as required by Design Manager
• Other duties as assigned

Design Engineer – Junior, Intermediate

• The Power Electronics Design Engineer is responsible for the design, simulation, testing, and certification of high power electronic systems.
• Develop and implement simulation models using tools such as MATLAB/Simulink, PSpice, PSCAD, PSIM, and other relevant software to represent power electronic systems and components.
• Design and implement advanced control strategies for multilevel inverters to achieve optimal performance in diverse applications such as high-power Uninterruptible Power Supply (UPS) and Energy Storage Systems (ESS).
• Conduct Hardware-in-the-Loop (HIL) testing for power electronics systems development, ensuring seamless integration and functionality using OPAL-RT’s and Typhoon’s real-time simulators.
• Design and optimize PCBA schematics and layouts using Altium Designer to ensure efficient and reliable circuit board functionality.
• Develop and execute comprehensive test plans for high-power UPS systems (around 3 MVA), including functional, performance, and reliability testing. Ensure tests cover all necessary specifications and standards, as well as safety.
• Evaluate, design, size, characterize, and control IGBT-based power modules for various applications, considering efficiency, reliability, and performance.
• Design and analyze AC/AC, AC/DC, DC/AC, and DC/DC converter topologies, controllers, modulation techniques, etc.
• Ensure compliance with industry standards such as UL1778, UL60950, IEC 62040, FCC Part 15, and other applicable UL and IEC standards in all design and development activities. Investigate and troubleshoot issues related to power electronics systems through simulation-based analysis, identifying root causes and proposing effective solutions to address identified challenges.

Power Electronics Design Engineer

• Develop accessories for our current and future vehicles
• Advance projects from initial concepts through to production
• Shape the vision guiding accessory integration on upcoming platforms
• Collaborate with design, marketing, procurement, quality assurance, vehicle group teams, and suppliers throughout the product development process
• Contribute to defining performance criteria, prepare validation plans for each accessory, and ensure their execution
• Test prototypes under real-world operating conditions
• Conduct studies, analyses, and calculations to guide design technicians and project implementers using general and specific technical parameters

Mechanical Engineer – Accessories Development

• Développer des accessoires pour nos véhicules actuels et à venir
• Faire évoluer les projets des concepts initiaux jusqu'à leur mise en production
• Influencer la vision qui oriente l’intégration d’accessoires sur les nouvelles plateformes à venir
• Collaborer avec les équipes du design, du marketing, des achats, de l'assurance de la qualité, du groupe véhicule, ainsi qu’avec les fournisseurs dans les différentes étapes du processus de développement de produits
• Participer à l'établissement des critères de performance, établir les plans de validation de chaque accessoires et assurer leur exécution
• Tester des prototypes dans des conditions réelles d’utilisation
• Mener des études, des analyses et des calculs afin de guider, à l'aide de paramètres techniques généraux et spécifiques, les techniciens concepteurs et les réalisateurs de projets dans leur travail

Ingénieur(e) Mécanique – Développement Accessoires

• You think in systems, you ship production code, and you care deeply about what actually makes it into the hands of users.
• You'll work alongside a design engineer already on the team, and together you'll own the bridge between design intent and shipped experience across our core product.
• You'll build and evolve the design system in code, raise the quality bar for UI that ships, and create the tooling and workflows that help the entire design and engineering org move faster.
• You'll own the integrity of the design system across both surfaces.
• You'll be the person who cares about the last 10%: transitions, micro-interactions, responsive behavior, loading states, edge case UI, accessibility.
• You'll look at how the design and engineering teams collaborate, prototype, and ship, and you'll build tools and processes that make it better.
• You're capable of shipping production-ready code. Whether that's components in the design system, UI improvements in the product, or internal tooling, the work you do is built to the standard of something that goes in front of users.
• You'll partner closely with product designers, but the collaboration model isn't a handoff. Designers own the problem space, user insight, and experience strategy. You own making that strategy real at the highest level of craft.
• You'll also work directly with frontend and full-stack engineers. You'll establish patterns and components they can build on, review UI implementations, and raise the standard for what 'done' looks like in the codebase.

• Prepare contract drawings, schematics, schedules, details, and sketches from conceptual design through to construction.
• Produce aspects of mechanical design and drawings in REVIT, as well as in AutoCAD.
• Assist in the design of building related mechanical systems including HVAC, Plumbing, and Fire Protection systems across Canada using applicable codes, standards, and reference materials.
• Review equipment selections, perform preliminary engineering calculations, and develop preliminary designs.
• Facilitate and ensure the quality of the project deliverables.
• Follow production guidelines and project standards in the department drafting standards manual.
• Review shop drawings and other contractor submittals for compliance with construction documents.
• Perform field surveys for drawing developments, site reviews and as-recorded drawings.
• Communicate with other team members and become familiar with Stantec standards. To complete assignments and projects in a timely manner as required by the Job Captain or supervisor.

Mechanical Engineering Student – Buildings, Fall 2026

• Own problems end-to-end: Take full ownership of product features from understanding the problem, to designing the experience, to writing the front-end code and shipping it to users.
• Prototype in code: Replace static mockups with functional prototypes to validate ideas quickly and de-risk decisions with real customer feedback.
• Drive design-led development: Work in a fixed-time, variable-scope environment. Focus on outcomes over outputs, partnering closely with backend and core engineering to deliver meaningful impact.
• Ship fast without sacrificing quality: Balance speed and craft. Deliver polished, production-ready experiences on tight timelines, with strong attention to detail in both design and code.
• Elevate the UI architecture: Evolve our design system and component libraries so design and code stay perfectly in sync across mobile and web platforms.
• Act as a force multiplier: Raise the bar for the entire design team by helping designers ship in code and integrate AI tools into their workflows—improving speed, autonomy, and technical depth across the organization.

See all jobs on JobTailor

Mechanical Engineer

Senior Mechanical Engineer

Senior Staff Analog Circuit Design Engineer – SerDes

Mechanical Engineering Design Intern

Structural and Systems Installation Design Engineer

Design Engineer

Lead Mechanical Engineer

Senior Mechanical Engineer – Facilities

Senior Principal IC Design Engineer, AI/HPC

Electronics Design Engineer

Mechanical Engineering Co-Op

Senior Design Engineer

Principal Analog Circuit Design Engineer – SerDes

Design Engineer – Junior, Intermediate

Power Electronics Design Engineer

Mechanical Engineer – Accessories Development

Ingénieur(e) Mécanique – Développement Accessoires

Design Engineer

Mechanical Engineering Student – Buildings, Fall 2026

Design Engineer