Provides direct and ongoing leadership for an organization of multiple subordinate managers and individual contributors designing and developing engineering solutions and managing projects for mechanical and thermal hardware, electronics enclosures, and production tooling for products.
Manages headcount, deliverables, schedules, and costs for multiple ongoing projects and programs, ensuring that resources are appropriately allocated and that goals, objectives, timelines, and budgets are met in accordance with program and organizational roadmaps.
Engages with program managers, marketing, supply chain, technical leaders and executives to communicate program status, elevate issues, and guide and influence strategic decision-making.
Works with key stakeholders to secure commitments for the necessary resources to complete the planned activities and conduct the required reviews.
Manages relationships with outsourced partners and suppliers, including setting expectations regarding deliverables, product quality, schedules, and costs; ensures that team members are effectively communicating and collaborating with outsourced resources.
Requirements
Four-year or Graduate Degree in Electrical Engineering, Computer Engineering, Computer Science, or any other related discipline or commensurate work experience or demonstrated competence.
Apply finite element and computational modeling to improve optical fiber manufacturing at the Wilmington, NC plant, turning model results into implemented process and equipment improvements to raise yield, throughput, quality, and energy efficiency.
Compensation
The range for this position is $101,784.00 - $139,953.00 assuming full time status.
Responsibilities
Develop, validate, and maintain thermal, structural, and computational fluid dynamics (CFD) models of glassmaking processes and equipment using commercial tools such as ANSYS, COMSOL, and Fluent
Work hands-on in the plant to gather process data, run experiments and trials, and use the results to calibrate and validate models
Use physics-based analysis to identify root causes of process limitations, and translate results into engineering requirements, design recommendations, and process windows
Evaluate design and process alternatives both virtually and hands on to reduce development time, cost, and risk
Partner with technology development, process engineering, and manufacturing teams to improve yield, throughput, quality, and energy use
Requirements
Masters in Physics, Mechanics, Mechanical Engineering, Applied Mathematics, or a related field (e.g., solid mechanics, fluid dynamics, theoretical physics)
Nice to have: Model validation against experimental and plant data
Nice to have: Uncertainty and sensitivity analysis
Nice to have: Multiphysics experience (coupled thermal, structural, and fluid)
Provide instruction to undergraduate students in the Integrated Engineering Laboratory course (ESNS 3750U) using a technology-enhanced learning approach.
Compensation
Salary Grade: Administered in accordance with Appendix A of the Sessional Lecturers Collective Agreement with PSAC
Responsibilities
Prepare and teach a theoretically and methodologically sophisticated and relevant course at the upper-year undergraduate level
Deliver the course using a technology-enhanced learning approach
Prepare, deliver and grade all course material and student assessments
Be available for consultation with students during and following completion of the course session
Oversee weekly laboratories
Requirements
PhD in a relevant engineering discipline
equivalent of education and extensive industrial experience
Nice to have: Nuclear Engineering program teaching experience
Nice to have: Learning Management System (Canvas) experience
Nice to have: Delivering classes remotely using online modalities (Kaltura Media, Google Meets, Zoom)
Perform and lead engineering activities supporting the design, analysis, repair, modification, and qualification of reactor vessel internal components for the operating nuclear fleet and advanced reactor programs.
Compensation
The base salary range for this position, which is dependent upon experience, qualifications and skills, is estimated to be $116,800 to $146,000 per year.
Responsibilities
Perform and lead design and structural analysis of reactor vessel internals, including evaluations supporting component repair, replacement, modification, and qualification.
Develop engineering solutions for components operating within the reactor vessel and primary pressure boundary environment, considering mechanical, thermal, hydraulic, seismic, fatigue, irradiation, and other applicable design loads.
Perform and review finite element analyses using ANSYS or similar tools, supplemented by engineering hand calculations and classical analysis methods as appropriate.
Prepare and review design reports, calculations, specifications, qualification reports, technical evaluations, drawings, and other engineering documentation.
Apply applicable ASME codes, NRC requirements, industry standards, licensing criteria, and Westinghouse design methodologies to engineering activities.
Requirements
Bachelor's degree in Mechanical Engineering
Bachelor's degree in Engineering Mechanics
Bachelor's degree in Aerospace Engineering
Lead Mechanical Engineer - Structures and Durability
Lead Engineer in the Structures and Durability Laboratory responsible for design, analysis, testing, and implementation of electromechanical/structural components.
Compensation
For candidates applying to a U.S. based position, the pay range for this position is between $98,400.00 and $164,000.00. The Company pays a geographic differential of 110%, 120% or 130% of salary in certain areas.
Responsibilities
Design, analyze, and test electromechanical/structural components
Conduct conceptual and detailed design
Perform testing, validation, and product implementation
Collaborate with support functions and external suppliers
Participate in project and technical reviews
Requirements
PhD in Mechanical Engineering or Aerospace Engineering
MS in Mechanical Engineering or Aerospace Engineering
Conduct research and development in numerical electromagnetics for hydropower applications, including simulation, optimisation, and model development.
Compensation
The Bachelor’s or Master’s thesis will be carried out on the basis of a contract for work. Upon successful completion of the agreed work, a fee will be paid.
Responsibilities
Literature review relating to the selected research topic
Joint preparation of a schedule with milestones
Familiarisation with existing simulation and calculation models
Development and implementation of new solution approaches
Execution and evaluation of simulations
Requirements
Bachelor's or Master's student at a technical university
Senior Manager, Mechanical/Hardware EngineeringNewHP · Singapore, Singapore
Senior Development Engineer - Modeling & SimulationNewCorning · Wilmington, US
Senior Stress EngineerNewL3HHCM20 · Mirabel, Canada
Sessional Lecturer – ESNS 3750U – Integrated Engineering Laboratory - Winter 2027Ontario Tech University · Oshawa, Canada
Lead Engineer | Reactor Vessel InternalsWestinghouse Electric Company, LLC · Cranberry Township, US
Bachelor's or Master's Thesis in Numerical ElectromagneticsANDRITZ AG · Weiz, Austria