Heating System Design Engineer – Clean Energy Home Heat Pumps

Aira; Worcester (MA); On-site; USD 51,000 - 62,000; Full time

Benefits offered by this job

Salary £42,000 per year

25 days annual leave

Health Cash Plan

Reward Gateway discounts

Life insurance

iPad, Phone and equipment provided

Job summary

Aira in Worcester is hiring a Heating System Design Engineer to survey sites, design air source heat pump installations for domestic properties, and ensure installations meet customer expectations and regulatory requirements. You will perform site surveys, gather data for heat loss calculations, determine emitter outputs, and advise on radiator replacement needs while keeping the customer informed throughout the process.

A proactive, service‑minded approach is essential.

Qualifications

• Qualifications to design high quality air source heat pump installations for domestic properties.
• Experience gathering data from quotes, sites and surveys to perform heat loss calculations and emitter sizing.
• Ability to resolve technical issues to keep installations on track and compliant.

Responsibilities

• Attend customer properties within your designated area to survey and collect data.
• Carry out room-by-room heat loss assessments and determine radiator replacement needs.
• Provide clear proposals, communicate price changes, and obtain customer approval.
• Keep up to date with manufacturer guidance, low-carbon heating regulations, and building regulations.

Skills

Heat pump design

Site surveys

Heat loss calculations

Customer communication

Regulatory knowledge

Education

Level 3 Award in installation and maintenance of air source heat pump systems

WRAS certificate

Level 2/3 Award in plumbing

Level 3 Award Low temperature heating & hot water

Job description

Aira in Worcester is hiring a Heating System Design Engineer to survey sites, design air source heat pump installations for domestic properties, and ensure installations meet customer expectations and regulatory requirements. You will perform site surveys, gather data for heat loss calculations, determine emitter outputs, and advise on radiator replacement needs while keeping the customer informed throughout the process.

A proactive, service‑minded approach is essential.