Campus Steam & HVAC Engineer

University of California - Los Angeles (UCLA); Los Angeles (CA); On-site; USD 80,000 - 110,000; Full time

Job summary

UCLA seeks a skilled Steam Operator Engineer to maintain, repair, and install major HVAC equipment across campus, including chillers, boilers, and hydronic systems. You will inspect operating controls, perform safety assessments, and prepare accurate maintenance records while coordinating with staff and campus users.

Responsibilities require interpreting schematics, applying ADA and Fire/Life Safety codes, and ensuring optimal performance and reliability of systems in a dynamic university

Qualifications

• Minimum of CEUs: 24 trade-related classroom CEUs and 8000 trade hours preferred.
• Experience with HVAC systems, steam distribution, water treatment, pumps, and safety controls.
• Ability to read schematics and interpret maintenance instructions.
• Familiarity with ADA/Fire/Life Safety codes and building management software.

Responsibilities

• Maintain, repair, and install major HVAC equipment including chillers and boilers.
• Inspect controls and safety systems; document findings and actions.
• Prepare written maintenance reports and records; interact with campus community.
• Work overtime, weekends, and varied shifts as required.

Skills

HVAC systems

Troubleshooting

Equipment inspection

Safety compliance

Reading schematics

Control systems

Algebra basics

Education

4-year trade program or equivalent

CA noncommercial Class C License

LA Stationary Engineer Endorsement (LAUEL)

EPA 608 Technician Certificate

Tools

None

Job description

UCLA seeks a skilled Steam Operator Engineer to maintain, repair, and install major HVAC equipment across campus, including chillers, boilers, and hydronic systems. You will inspect operating controls, perform safety assessments, and prepare accurate maintenance records while coordinating with staff and campus users.

Responsibilities require interpreting schematics, applying ADA and Fire/Life Safety codes, and ensuring optimal performance and reliability of systems in a dynamic university