Course overview
Air Source Heat Pump Course by Skills Training Group in Glasgow
The Skills Training Group’s Air Source Heat Pump (ASHP) course is designed for engineers to acquire the skills necessary to specify, survey, design, and install domestic and small commercial air source heat pump systems up to 16 kW.
Course Assessment:
- A combination of written and practical assessments
- Multiple-choice questions
- A design scenario
Upon successful completion of the assessment, participants will be awarded the RQF Level 3 Award in the Installation & Maintenance of Heat Pump Systems by LCL Awards.
Qualification Requirements:
- Entry to the course is subject to an Initial Assessment by the Approved Centre and the prerequisites detailed in the Entry Requirements section below.
- Current certification in Water Regulations/Water Byelaws, Hot Water Storage Systems & Safety (Approved Document (AD) G3), and Low Temperature Heating and Hot Water Systems in Dwellings is required where not already covered by an N/SVQ qualification.
Modules breakdown
Key Learning Topics in the Air Source Heat Pump Course
The course encompasses a comprehensive range of topics essential for proficiency in air source heat pump systems:
- Health and Safety: Understanding the hazards and safe operation methods associated with air source heat pump systems.
- Regulations and Standards: Familiarity with regulations and standards relevant to air source heat pump installations, testing, and commissioning.
- Heat Pump Unit and Components: Learning about the functions and operational characteristics of heat pump units and their components.
- System Components: Insight into the purpose and operational characteristics of various components in an air source heat pump system.
- System Types and Hydraulic Emitter Circuits: Understanding different air source heat pump systems and arrangements for hydraulic emitter circuits.
- Selection and System Design: Grasping the principles of selecting and designing air source heat pump systems.
- Design Principles: Learning about design factors and principles relating to these systems.
- Installation Preparation: Preparation required for installing air source heat pump systems.
- Installation and Commissioning: Learning specifics of installing, commissioning, and handing over air source heat pump systems.
- Installation Organisation: Organising and preparing for the installation process.
- Testing and Commissioning: Skills in testing and commissioning air source heat pump systems.
- Client Handover: Ability to effectively hand over systems to clients.
- Inspection, Servicing, and Maintenance: Understanding the criteria for inspecting, servicing, and maintaining these systems.
- Diagnosis and Repair: Learning to diagnose and repair problems in air source heat pump systems.
- Competency in Fault Diagnosis: Gaining competence in identifying and repairing faults and failures in these systems.
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Entry Requirements for the Air Source Heat Pump (ASHP) Course
Prerequisites
An Initial Assessment conducted by the Approved Centre (AC) on application for the qualification will determine the learner’s capability to complete the qualification.
Learners holding a Level 2 or 3 vocational qualification (NVQ) in the Building Engineering Sector as detailed below, which includes the current WRAS Water Regulations/Water Byelaws, Hot Water Systems & Safety (Approved Document (AD) G3), and Low Temperature Heating and Hot Water Systems in Dwellings, will confirm their capability to complete the qualification and therefore meet the pre-requisite requirements:
- N/SVQ Level 2/3 in Plumbing or equivalent earlier certification that provides evidence of competence; or
- N/SVQ Level 2/3 in Heating and Ventilating (Domestic Installation) or equivalent earlier certification that provides evidence of competence; or
- N/SVQ Level 2/3 in Heating and Ventilating (Industrial and Commercial Installation) or equivalent earlier certification that provides evidence of competence; or
- N/SVQ Level 2/3 in Oil-Fired Technical Services or equivalent earlier certification that provides evidence of competence; or
- N/SVQ Level 2/3 in Gas Installation and Maintenance or equivalent earlier certification that provides evidence of competence.
Alternatively
Learners that do not hold a vocational qualification as detailed above who are experienced wet central heating installers, evidenced by registration with Gas Safe Register (CENWAT), OFTEC (OFT10-105E or OFT15-108W), MCS (Heat Pump or Solar Thermal Hot Water) or HETAS (H004), will confirm their capability to complete the qualification and therefore meet the pre-requisite requirements.
Plus, current certification in (if not covered in the above N/SVQ qualifications):
- Water Regulations/Water Byelaws (or equivalent)
- Hot Water Storage Systems & Safety Approved Document (AD) G3
- Low Temperature Heating and Hot Water Systems in Dwellings
Note: The experience requirements for these learners will normally be 3 years. Where the Initial Assessment of the learner confirms they have the necessary skills, knowledge and experience which can be evidenced via RPL assessment, this duration may be reduced. Current certification means that it has not expired or been revoked.
The above pre-requisites are not required where this qualification is being delivered as part of an N/SVQ or apprenticeship.
Learners not holding a qualification above will be required to provide evidence to the Approved Centre of an alternative suitable qualification and/or provide confirmation of their related work experience and skills (minimum of 3 years).
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Training Manuals
You will receive a detailed course training manual on the first day of your Air Source Heat Pump Course.
Booking Process
To book your place, please call 0808 164 2780. Our customer service team will assist you with choosing suitable dates and confirm availability. Payment can be made using a debit or credit card to secure your enrollment.
Learning and Assessment
The Air Source Heat Pump Installation Course offers a blend of theoretical and practical training. This culminates in a combined practical and theoretical examination on the third day.
During the training, candidates will have the opportunity to operate a fully functional heat pump unit and engage with real equipment in a live environment, providing hands-on, practical experience.
Contact usFrequently Asked Questions
What Do ASHP's do?
Heat pumps transform solar energy absorbed by the ground or air into heat for water, and they work well even in cold climates. Heat pumps can extract over 400 percent of usable energy from sunlight through the use of electricity to convert solar radiation into useful heat for homes and businesses.
Are Air Source Heat Pumps Going To Be Popular?
The UK government's goal is to install 19 million heat pumps in new construction in order to achieve Net Zero by 2050. The government heat pump subsidies make this renewable energy source even more cost-effective and easier to implement.
Why air source heat pumps are good for the environment
Air source heat pumps are a great solution for those looking to reduce their carbon footprint and support sustainability. These systems are considered green energy as they work by using renewable energy from the air to heat homes and buildings, rather than relying on fossil fuels or nuclear energy.
One of the key benefits of air source heat pumps is their energy efficiency. They use less energy than traditional heating systems and, because they rely on renewable sources, they also reduce the amount of carbon emissions released into the atmosphere. This helps to mitigate the effects of climate change and protect the environment.
In addition to being more energy-efficient, air source heat pumps also offer a more sustainable alternative to traditional heating methods. By relying on renewable energy sources like wind and hydro energy, they reduce the reliance on finite fossil fuels, helping to promote alternative energy solutions and support the transition to a greener future.
Overall, air source heat pumps are a great option for those looking to reduce their carbon footprint and support sustainability. With their energy efficiency and reliance on renewable energy, they provide a more environmentally-friendly and sustainable solution to heating needs.