We are seeking a Mechanical Engineer III, Commercial Building Design to join our team. In this role, you will be responsible for the mechanical design of medium and large commercial building projects at a nuclear generating station in Richland, WA.
Compensation
The pay range is $62.66 to $85.68 per hour, depending on experience and qualifications.
Responsibilities
Develop detailed mechanical construction drawings
Perform comprehensive heating and cooling load calculations
Design and coordinate HVAC systems, potable water supply, sanitary waste, sewer infrastructure, and mechanical systems controls
Navigate and support the permitting process
Conduct site surveys and punch list inspections during construction
Requirements
Bachelor's degree in Engineering from an accredited college or university
Senior Systems Engineer supporting the development of single axis solar trackers and other solar power plant equipment.
Responsibilities
Communicate with the Product Management team to understand the product needs and translate them into engineering requirements and design solutions.
Perform system architecture design, including functional block diagrams and interface definitions.
Develop and manage system level requirements from definition to implementation and verification.
Drive all engineering disciplines and work closely with manufacturing teams through the development cycle to bring the product from concept to mass production.
Create and implement test plans to bring up, debug, and validate designs to meet functional and performance goals with a focus on safety and reliability.
Requirements
BS or MS or PhD in Mechanical Engineering, Aerospace Engineering, System Engineering or equivalent
Nice to have: 2+ years’ experience in Systems Engineering
Supports aircraft maintenance, modification, and repair activities by evaluating discrepant conditions, interpreting technical data, and developing basic engineering solutions under guidance from more experienced engineers.
Responsibilities
Apply critical thinking, proactive learning, and engineering problem‑solving skills to evaluate nonconforming conditions and determine appropriate engineering dispositions.
Review and interpret engineering drawings, specifications, models, tolerances, and technical documentation to support MRB decision‑making.
Communicate effectively across engineering and production teams using strong written and verbal communication skills.
Support off‑shift or overtime work as required to meet program schedules and aircraft delivery commitments.
Navigate and work within aircraft hangars, flight lines, and manufacturing facilities; must be able to board and exit aircraft, including maneuvering in restricted areas such as wings, fuselage compartments, and fuel tanks using appropriate safety gear.
Lead the mechanical digital design function, providing technical leadership, oversight, and strategic direction for mechanical digital delivery across projects.
Responsibilities
Lead the mechanical digital design function on projects
Take ownership of the mechanical discipline model strategy
Oversee the creation, management, and quality of BIM elements for structural systems
Establish and maintain discipline-specific modeling methodologies, content libraries, workflows, and best practices
Provide technical leadership in the use of 3D modeling and BIM tools
Requirements
Bachelor’s degree in Civil Engineering, Mechanical Engineering, Engineering Technology, Architecture, Construction Technology, or a related technical field
Mechanical Engineer position to join our growing Washington Works team. This role serves as a Mechanical Engineer for the Chemours Central Manufacturing Technology Organization assets at the Washington Works plant in Parkersburg, WV.
Compensation
Pay Range (in local currency):
$110,544.00 - $172,725.00
Responsibilities
Provide mechanical engineering support to the manufacturing area operations.
Provide mechanical engineering expertise for project work to ensure its compliance with specifications, engineering standards and quality assurance.
Provide mechanical expertise for troubleshooting and modifying operating equipment and facilities
Initiate Change of Designs (COD’s) to help improve the safety, quality, environmental, and/or cost of the unit
Lead Root Cause Analysis (RCA) for equipment failures.
Requirements
Bachelor’s Degree in Mechanical Engineering from an ABET accredited university
Nice to have: manufacturing environment experience
Vehicle CAE Engineer responsible for NVH, durability, strength, and stiffness simulations for EV body, chassis, and closure structures.
Responsibilities
Support NVH and durability analysis for BIW, HV Battery structure, Trimmed Body, and full vehicle structures using tools such as ANSA, Optistruct, and nCode Design Life.
Assist in building, running, and debugging full vehicle NVH and durability models using pre-processing tools like ANSA and HyperMesh.
Analyze simulation results, identify design issues, and provide recommendations for improvement.
Perform iterative simulations to optimize component and vehicle-level performance targets.
Support vehicle and component testing activities and assist in correlating CAE results with physical test data.
Requirements
Bachelor of Science Degree in Mechanical or Aerospace Engineering, or equivalent, from an ABET-accredited or equivalent program.
Build specialist capability in storage tank integrity and fitness-for-service assessment supporting Australian project teams while working remotely from the Philippines.
Responsibilities
Deliver asset integrity, fitness-for-service and remaining-life assessments for above-ground storage tanks and related infrastructure.
Develop axisymmetric finite element models in Strand7, applying approved inputs, modelling methods and acceptance criteria.
Turn design, inspection, operating and condition data into clear, traceable calculations, models and technical reports.
Support the assessment of corrosion, cracking, fatigue, distortion and other service-related degradation.
Strengthen technical quality by identifying data gaps, documenting assumptions and uncertainties, completing self-checks and incorporating review feedback accurately.
Requirements
Tertiary qualification in Mechanical Engineering or a related engineering discipline