HVAC Service Technician: Restore Comfort & Efficiency

SanCrest; Hull (MA); On-site; USD 55,000 - 85,000; Full time

Job summary

SanCrest in Hull, MA is seeking an HVAC technician responsible for diagnosing, repairing, and maintaining residential and light commercial heating and cooling systems. You will inspect systems, perform tune-ups, and respond to emergencies, troubleshoot issues, and ensure equipment runs efficiently to maximize comfort and energy savings.

You will use modern diagnostic tools, follow strict safety standards, document work clearly, and maintain a professional, customer‑first approach while

Qualifications

• Hands-on ability to diagnose and repair HVAC heating and cooling equipment
• Strong knowledge of inspection and maintenance procedures
• Familiarity with modern HVAC tools and diagnostic equipment
• Commitment to safety and quality workmanship
• Clear communication skills and customer education ability
• Accurate job documentation
• Reliability and professionalism in a team-oriented environment

Responsibilities

• Diagnose, repair, and maintain residential and light commercial HVAC systems
• Inspect systems, perform tune-ups, and provide emergency service when needed
• Troubleshoot problems and ensure units operate efficiently
• Educate customers on comfort and energy-saving options
• Document service work clearly and collaborate with a team

Skills

HVAC diagnostics

Repair skills

Maintenance knowledge

Safety compliance

Customer communication

Documentation

Team player

Tools

HVAC diagnostic tools

Job description

SanCrest in Hull, MA is seeking an HVAC technician responsible for diagnosing, repairing, and maintaining residential and light commercial heating and cooling systems. You will inspect systems, perform tune-ups, and respond to emergencies, troubleshoot issues, and ensure equipment runs efficiently to maximize comfort and energy savings.

You will use modern diagnostic tools, follow strict safety standards, document work clearly, and maintain a professional, customer‑first approach while