Overview In this role you will design HVAC and plumbing systems for labs, R&D facilities, central plants, and federal/airport projects within our Aviation & Federal team. You collaborate in a multidisciplinary group to deliver code-compliant designs, lead design development, and support construction administration. You'll influence project outcomes from concept through construction, driving efficient, compliant, and world-class mechanical solutions. This opportunity combines technical depth with growth in a team owned culture.
Compensation / Benefits- employee-owned culture
- industry-leading benefits package
- robust training programs
- diversity and inclusion commitment
- career growth opportunities
- supportive, collaborative environment
Responsibilities- Prepare design drawings and specifications with the team to meet deadlines
- Conduct HVAC and plumbing design tasks including load calculations, energy modeling, equipment selection, and routing
- Perform hydraulic modeling and existing condition assessments; ensure code compliance
- Participate in construction administration (submittals, RFI responses, meetings)
- Coordinate with electrical, structural, civil, architectural disciplines; mentor junior staff
- Develop design criteria, calculations, construction details, quantities, and cost estimates
- Support QA/QC processes for project deliverables and submittals
- Assist with client presentations and field surveys of existing conditions
Key requirements- ABET-accredited program and 3 years of mechanical engineering experience (Bachelor's)
- Or Master's in Mechanical Engineering with 2 years of experience (consulting preferred)
- Strong knowledge of building codes and design standards (ASHRAE 62.1 & 90.1)
- Proficient in CAD tools (AutoCAD, Revit) and BIM; experience with 3D rendering and HVAC analysis programs
- Excellent written and verbal communication; analytical problem-solving
- Professional Engineer (PE) license highly preferred
- strong communication
- team mentorship
- collaboration
- HVAC design and plumbing design
- load calculations
- energy modeling
