Senior Building Mechanical Engineer, Relativity Space

• Education & Certification – Bachelor’s degree in Mechanical Engineering or a related field; a master’s degree and/or Professional Engineer (PE) license is a plus
• Experience in Mechanical Systems – 5+ years of experience in building mechanical systems design, construction, and maintenance, preferably in a manufacturing or industrial setting, with expertise in HVAC, MCC, chillers, boilers, and process piping
• Building Controls & Automation – Knowledge of building automation and management systems (BAS, BMS, BIS), including integration with facility management platforms
• Technical & Regulatory Knowledge – Strong understanding of applicable codes, standards, and best practices (e.g., ASHRAE, NFPA, ASME), along with proficiency in design software like AutoCAD and Revit
• Problem-Solving & Collaboration – Excellent troubleshooting skills for complex mechanical systems and the ability to work effectively in a collaborative team environment
• Communication & Leadership – Strong communication skills with the ability to coordinate with internal teams, external consultants, and contractors to ensure successful project execution

Desirable

• Mechanical System Design & Implementation – Oversee the design, installation, and maintenance of HVAC systems, chillers, process piping, and gas systems (e.g., nitrogen, compressed air, argon) to ensure operational efficiency, safety, and scalability for manufacturing and testing needs
• Construction Administration & Vendor Management – Manage mechanical aspects of construction projects, including equipment submittal reviews, responding to RFIs, coordinating with external design consultants, suppliers, and construction managers to ensure project alignment and quality execution
• Preventative Maintenance & Risk Mitigation – Develop and implement preventative maintenance programs for mechanical equipment, ensuring reliability, efficiency, and lifespan while integrating risk mitigation strategies
• Project Management & Cost Estimation – Lead projects from conception to completion, including scope of work development, RFP creation, bid solicitation, contractor management, QA/QC processes, and ROM estimates to guide budgeting decisions
• Building Automation & Operational Efficiency – Support the integration of a Building Automation System (BAS) to monitor and control mechanical systems, optimizing performance and reducing energy consumption
• Documentation & Continuous Improvement – Maintain as-built documentation, ensure integration into the site Master CAD and maintenance management system, and work collaboratively with internal teams and external consultants to enhance mechanical design and implementation