Lead all piping engineering functions including pipe stress analysis, piping standards, and pipe support design.
Perform pipe stress analyses using industry-standard software like AutoPIPE, ensuring compliance with ASME B31.1 and B31.3.
Develop and standardize company-wide piping material specifications and support procurement activities.
Commonwealth Fusion Systems is on a mission to deliver the urgent transition to fusion energy, designing and building commercially viable fusion power plants. Since 2018, we've raised $4 billion of capital, making us the largest and leading fusion company in the world, and we're looking for mission-driven thinkers and builders to join our team.
Under the direction of the Mechanical Project Lead, you will work with multi-disciplined teams to develop mechanical general arrangement, piping isometric, pipe support, and equipment layout drawings in a 3-D model.
You will utilize Hexagon's SmartPlant S3D modeling software to generate mechanical design deliverables, BOMs, and commodity lists, as well as resolve clashes and discrepancies.
As the mechanical design team lead, you will coordinate detailed design phases, provide guidance to other designers, and mentor less experienced drafters.
Sargent & Lundy is a leading nuclear engineering and design firm that has been providing clean energy solutions since 1954. The company employs thousands of professionals and fosters a culture of safety, innovation, and work-life balance.
Develop innovative structural connection products from concept through prototyping, testing, and technical validation.
Perform engineering analysis, create CAD models, and lead physical testing to validate product performance.
Collaborate cross-functionally with engineers, operations, manufacturers, and research partners to deliver commercially viable solutions.
Our partner is a company focused on developing innovative structural hardware for the growing mass timber industry. They operate in a small, agile environment with multidisciplinary engineering, operations, manufacturing, research, and commercial teams.
Travel up to 100% to customer sites for commissioning, troubleshooting, and repair of Plug Power products including hydrogen storage infrastructure and electrolyzers.
Execute and lead high-level service repair projects on existing hydrogen infrastructure, including liquid tank repairs and vacuum jacket line repairs.
Provide training to first responders, customers, and other service personnel on troubleshooting, maintenance, and service of hydrogen infrastructure.
Plug Power provides hydrogen fuel cell power solutions, including hydrogen storage infrastructure and electrolyzers. The company fosters innovation and is an equal opportunity employer, committed to creating a diverse environment.
Collaborate with a team on component qualification engineering for new nuclear facilities and upgrades.
Perform structural analysis and seismic/environmental qualification of components and equipment.
Prepare design calculations, review vendor reports, and support design basis documentation.
Sargent & Lundy is a trusted leader in nuclear engineering, design, and licensing since 1954. They have a Nuclear Power Group committed to clean, carbon-free energy, and offer comprehensive award-winning benefits.
Own the end-to-end design, analysis, and build-out of balance-of-plant systems including main steam, condensate, feedwater, air-cooled condenser, and heat exchangers for a first-of-a-kind nuclear power plant.
Lead trade studies, system architecture decisions, and detailed mechanical design while ensuring compliance with codes like ASME, API, and NRC.
Collaborate across multidisciplinary teams, manage vendors, and support commissioning and plant bring-up activities.
Applied Atomics delivers firm, clean electricity by designing, building, and operating nuclear plants directly alongside the facilities they power. Founded by engineers and operators from SpaceX and nuclear reactor backgrounds, the team is focused on clean power deployment and backed by Alpaca VC, Transition, and Morpheus Ventures.
Lead the design, development, and validation of critical mechanisms for reactor systems including reactivity control and safety actuators.
Perform detailed structural and thermal analyses, tolerance stack-ups, and manufacturing process development for high-reliability hardware.
Own hardware systems from concept through build and qualification testing in a fast-paced, hands-on environment.
Applied Atomics delivers firm, clean electricity with proven technology by designing, building, and operating nuclear plants alongside the facilities they power. Founded by engineers and operators who built launch sites and test complexes for SpaceX and commercialized nuclear reactors, the team is focused on clean power deployment.
Provide engineering technical support to clients and operators by analyzing service bulletins, technical problems, and aircraft system issues.
Coordinate with maintenance shops, suppliers, and internal teams to resolve operational and retrofit challenges.
Prepare reports, training materials, and presentations to ensure effective communication of technological improvements and maintenance solutions.
Embraer is an aerospace manufacturer that designs and produces commercial, executive, and defense aircraft. The company has a global workforce of thousands and emphasizes safety, innovation, and customer support.
Design and develop balance-of-plant systems including main steam, feedwater, condensate, and air-cooled condensers.
Perform thermal, structural, and fluid analyses, create CAD models and P&IDs, and support vendor coordination for pumps, valves, and heat exchangers.
Support hardware bring-up, field testing, and commissioning while ensuring compliance with ASME, API, and NRC codes.
Applied Atomics delivers firm, clean electricity with proven technology by designing, building, and operating nuclear plants alongside the facilities they power. Backed by Alpaca VC, Transition, and Morpheus Ventures, the team comprises engineers and operators with experience at SpaceX and in nuclear reactor design.
Support design, analysis, and development of the nuclear fuel system for next-generation reactors.
Evaluate commercial fuel designs, perform fuel performance modeling, and assess material behavior under irradiation.
Interface with external fuel suppliers and translate commercial fuel design data into internal models and design decisions.
Applied Atomics delivers firm, clean electricity by designing, building, and operating nuclear plants directly alongside the facilities they power. Founded by engineers and operators from SpaceX and nuclear reactor backgrounds, they are a small, focused team backed by venture capital.