Terrestrial Energy is developing for near-term commercial operation, a zero-emissions cogeneration plant for global industry using its proprietary Integral Molten Salt Reactor (IMSR) fission technology in an innovative, small and modular plant design. The IMSR is a non-Light Water Reactor of the Generation IV class that operates at the high temperature required for broad industrial relevance with transformative economic potential. The IMSR plant is capable of grid-based electric power generation and industrial cogeneration in many energy-intensive industries, including petrochemical and chemical synthesis for hydrogen and ammonia production. The IMSR plant offers a near 50 percent improvement in efficiency of electric power generation compared to Light Water Reactor nuclear plants. Its industrial cogeneration capability delivers to today’s markets industrial competitiveness, security of energy, and zero-emissions industrial production. The IMSR plant’s use of existing industrial materials, components, and fuels supports its near-term deployment, setting the stage for a rapid global decarbonization of the primary energy system. To execute this plan, we are now looking to add talented people to the team, each of whom will:

improve our team by adding diverse perspectives and innovative ways of problem solving
have demonstrated exceptional results in engineering projects
be a team player with the ability to collaborate closely and interact with other groups
be flexible and adaptable to change
have skillset and experience that relate to the following role:

The Specialist Mechanical Engineer (Stress Analysis), under the direction of the Mechanical Engineering Manager, is primarily responsible for stress analysis using Finite Element Analysis (FEA) for nuclear systems/components through the Basic Engineering phase. Other responsibilities include:

Prepare stress analysis calculations, analyses and assessment documents for piping, pressure vessels, and in-core components, including fatigue, creep, dynamic and static, linear and non-linear analysis. Prepare clear and concise technical reports documenting analyses where required.
Assess structural integrity risks and optimize mechanical design and performance using FEA results.
Communicate and work with various technical disciplines to understand interfacing system design(s) and interfacing requirements as well as system/component loading (thermal, pressure, hydrostatic, deadweight, seismic, etc)
Coordinate and interface with the plant layout lead in the development of 3D CAD models and 2D engineering drawings for the responsible mechanical components
Contribute to timely resolution of mechanical design challenges and address risks
Demonstrated ability to work independently and with teams on problems that are challenging to solve and requiring innovative solutions.
Conduct presentations to interdisciplinary teams and external parties
Interface with external vendors, experts and design agencies

Core Competencies

Stress Analysis
Communication
Critical Thinking
Decision Making
Leadership
Planning and Organizing
Problem Solving
Results Orientation
Teamwork & Collaboration
Flexible and adaptable

Requirements

Post-secondary degree or diploma in Mechanical Engineering, Materials Engineering or Nuclear Engineering or alternate degree in a related field
PE Certification
Minimum 5 years of work experience in mechanical and thermal stress analysis using FEA software
Knowledge of nuclear and/or non-nuclear pressure boundary codes including ASME Section III Division 1, CSA N285.0 and ASME B31.1, CSA B51
Advanced knowledge of ANSYS Mechanical, Creo Parametric, or other 3D modelling and FEA software
Strong understanding of solid mechanics / underlying material science
Experience with fatigue, creep, dynamic and static, linear and non-linear analyses
Demonstrated success in project delivery and the execution of mechanical design methods
Strong problem identification and problem resolution skills
Flexibility to adjust to shifting priorities and deadlines
Willingness to adapt and learn new approaches and areas of expertise
Strong communication (both written and verbal) skills
Skilled at developing and maintaining strong relationships across all levels of the organization and with external customers and vendors

Assets

Experience with high temperature reactor applications and knowledge of ASME Section III Division 5 is strongly preferred
Graduate-level degree (Master’s or PhD) with an applicable specialization
Industry experience in designing systems and components
Experience with analysis of non-metallic materials (particularly graphite core components)
Working knowledge of the effects of radiation on materials
Experience with pressure vessel design and registration process (TSSA, CNSC)
Knowledge of computer programming (Python, Matlab, C++, or other) for data pre/post processing or automation/customization of simulations in commercial software
Experience related to ASME Section III Appendix XXIII qualification in Design Reports

Benefits

Extended Healthcare Plan (Medical, Disability, Dental & Vision), + an additional Health Spending Account

A vacation policy designed to support your work-life balance

EAP Programs available to you and your family

$500 Wellness Subsidy

Annual Performance Review

Paid United Way Volunteer Days – A chance to give back!

Career development opportunities

Please submit a Resume and Cover Letter.

Candidates must be legally authorized to work in Canada without the need for sponsorship for employment visa status.

TEI Values diversity in its workforce and encourages applications from all qualified individuals. TEI is an equal opportunity employer.

If you require accommodation during the application or interview process, please advise us as soon as possible so appropriate arrangements can be made. If you require technical support in a format that is accessible to you, please contact Accessibility@terrestrialenergy.com

Apply now

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