Lead the design and development of HVAC, plumbing, fire protection, and mechanical piping systems for high-rise buildings and complex commercial projects, producing calculations, equipment selections, layouts, specifications, and construction documents. Provide technical leadership, coordinate with other disciplines and clients, mentor junior engineers, and oversee mechanical design deliverables through construction administration.
Manage multiple commercial fire protection projects from kickoff through closeout, ensuring they are delivered safely, on schedule, and within budget. Serve as the primary point of contact for customers, field leadership, and vendors while overseeing financial reporting and project documentation.
The Project Manager will lead commercial fire protection projects from award through closeout, ensuring they are delivered safely, on schedule, and within budget. They are responsible for managing project financials, coordinating internal and external teams, and maintaining high quality and safety standards.
Design code-compliant fire suppression systems including sprinkler layouts, piping arrangements, and coordinated BIM models. Perform hydraulic calculations and manage the development of fabrication drawings and permit submittal packages.
The Structural Engineer will perform structural analysis and design for equipment, supports, and facility systems. They are also responsible for developing technical reports, calculations, and design documentation to support project execution.
The Mechanical Engineer will execute design and analysis for nuclear systems while ensuring compliance with quality assurance standards. They will also coordinate across engineering disciplines and develop technical documentation to support project execution.
Develop pipe routing layouts, pipe support designs, and mechanical documentation for industrial facilities. Coordinate mechanical layouts with structural, electrical, and civil engineering teams to ensure project requirements are met.
Prepare and revise discipline-specific drawings, layouts, and design documentation for commercial nuclear projects. Coordinate with engineers and multi-discipline teams to resolve design issues and support plant modifications.
The mechanical engineer will design and develop reactor components using SolidWorks while serving as a technical interface between design and FEA teams. They are responsible for translating design requirements into analysis inputs and incorporating FEA results back into component designs.
Lead structural engineering efforts for nuclear projects, including the design and analysis of critical systems like pipe supports. Ensure all engineering work complies with strict regulatory standards and quality assurance programs.
Lead and supervise a team of designers and drafters in the preparation of complex electrical and control system drawings for nuclear projects. Manage project timelines, resources, and deliverables while ensuring compliance with regulatory standards and design integrity.
The Piping Engineer will perform engineering calculations, develop isometrics, and prepare design change packages for nuclear power plant systems. They will also evaluate piping layouts for code compliance and collaborate with cross-functional teams to support plant upgrades and retrofits.
The E&IC Engineer will design replacement control system solutions for aging equipment and develop engineering packages for installation and commissioning. They will also integrate new devices into existing distributed control systems while coordinating with cross-functional teams to ensure safety and reliability.
Perform advanced structural analysis and design for concrete and steel systems within nuclear and DOE facility environments. Prepare detailed calculation packages, design documentation, and technical reports to ensure compliance with regulatory and safety standards.
The Mechanical Engineer will execute design and analysis for nuclear systems while ensuring compliance with quality assurance standards. They will also coordinate project efforts across engineering disciplines and develop necessary technical documentation.
Design and implement security infrastructure upgrades, including intrusion detection and surveillance systems, for nuclear and power generation facilities. Coordinate the integration of these systems into plant control environments while ensuring operational reliability and seamless user functionality.
