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Programme Overview

The Low Carbon Heating Technician Programme is designed to prepare learners for careers in the rapidly growing sustainable heating and energy efficiency sector.

As governments and industries move toward Net Zero targets, there is increasing demand for technicians skilled in low-carbon heating systems such as air source heat pumps, ground source heat pumps, solar thermal systems, underfloor heating, smart heating controls, and energy-efficient building technologies.

This programme combines technical training, practical workshops, safety procedures, system design principles, maintenance practices, and employability skills to ensure graduates are industry-ready.

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Duration

10 Weeks (2.5 Months)

Study Commitment

• 2 Live Sessions Per Week
• Practical Workshops
• Technical Projects
• Industry Case Studies

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Delivery Mode

✅ Live Online Classes

✅ Practical Technical Workshops

✅ Industry Simulations

✅ Project-Based Learning

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Programme Fee

Standard Tuition Fee

£1,695

Early Bird Fee

£1,495

Registration Fee

£50

Flexible Payment Plan

• £450 Deposit
• Balance payable in 2 Installments

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Course Structure

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Module 1: Introduction to Low Carbon Heating Systems

Week 1

Topics Covered

• Climate Change & Net Zero Goals
• Sustainable Building Technologies
• Low Carbon Heating Principles
• UK Clean Heat Strategy
• Future Heating Technologies
• Career Opportunities

Practical Activity

Low Carbon Heating Market Analysis

Learning Outcome

Understand the role of low-carbon heating technologies in achieving sustainability goals.

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Module 2: Heating & Plumbing Fundamentals

Week 2

Topics Covered

• Basic Plumbing Principles
• Water Systems
• Pipework Fundamentals
• Heating System Components
• Heat Transfer Principles
• System Efficiency

Practical Workshop

Heating System Components Identification

Learning Outcome

Develop foundational knowledge of heating and plumbing systems.

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Module 3: Air Source Heat Pump Systems

Weeks 3 – 4

Topics Covered

• Heat Pump Principles
• Air Source Heat Pump Components
• Installation Requirements
• System Sizing
• Performance Monitoring
• Maintenance Procedures

Practical Workshop

Heat Pump System Design Exercise

Practical Project

Residential Air Source Heat Pump Installation Plan

Learning Outcome

Understand the design, operation, and maintenance of air source heat pump systems.

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Module 4: Ground Source Heat Pump Systems

Week 5

Topics Covered

• Ground Source Technology
• Ground Loop Systems
• Borehole Systems
• Installation Considerations
• System Efficiency
• Maintenance Requirements

Practical Activity

Ground Source Heat Pump Feasibility Assessment

Learning Outcome

Understand the operation and application of ground source heating technologies.

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Module 5: Solar Thermal Heating Systems

Week 6

Topics Covered

• Solar Thermal Principles
• Hot Water Generation
• Solar Collectors
• Storage Systems
• System Integration
• Performance Monitoring

Practical Workshop

Solar Thermal System Evaluation

Learning Outcome

Understand how solar thermal systems contribute to sustainable heating solutions.

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Module 6: Underfloor Heating & Smart Controls

Week 7

Topics Covered

• Underfloor Heating Systems
• Heating Zones
• Smart Thermostats
• Building Automation
• Energy Management Systems
• Remote Monitoring

Practical Workshop

Smart Heating Control Configuration

Learning Outcome

Design and manage energy-efficient heating systems using smart technologies.

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Module 7: Energy Efficiency & Building Performance

Week 8

Topics Covered

• Building Heat Loss Assessment
• Energy Efficiency Measures
• Insulation Fundamentals
• EPC Ratings
• Sustainable Building Design
• Carbon Reduction Strategies

Practical Project

Residential Energy Efficiency Assessment

Learning Outcome

Evaluate building performance and recommend energy-saving improvements.

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Module 8: Installation, Maintenance & Fault Finding

Week 9

Topics Covered

• Installation Best Practices
• System Commissioning
• Preventive Maintenance
• Fault Diagnosis
• Troubleshooting Techniques
• Customer Service Standards

Practical Workshop

Heating System Fault-Finding Exercise

Learning Outcome

Develop practical maintenance and troubleshooting skills.

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Module 9: Health, Safety & Environmental Compliance

Week 10

Topics Covered

• Workplace Safety
• Risk Assessments
• Working with Heating Systems
• Environmental Regulations
• Safe Installation Procedures
• Industry Standards & Compliance

Practical Activity

Low Carbon Heating Risk Assessment

Learning Outcome

Apply industry-standard health, safety, and environmental procedures.

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Capstone Project

Students will complete a comprehensive Low Carbon Heating Design Project.

Project Deliverables

• Building Heat Loss Calculation
• Heating System Recommendation
• Heat Pump Selection
• Energy Savings Analysis
• Maintenance Plan
• Client Presentation

Final Assessment

• Technical Knowledge Examination
• Practical Project Evaluation
• Professional Presentation

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Software & Tools Covered

Technical Tools

• Heat Loss Calculation Software
• Energy Assessment Tools
• Heating System Design Software
• Microsoft Excel
• Smart Heating Monitoring Platforms

Equipment Awareness

• Heat Pump Systems
• Pressure Testing Equipment
• Smart Thermostats
• Heating Control Systems
• Plumbing & Installation Tools

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Professional Certifications Awarded

Upon successful completion:

GDSL Professional Certificate in

Low Carbon Heating Technology

Additional Certificates

• Air Source Heat Pump Systems
• Ground Source Heat Pump Systems
• Solar Thermal Technologies
• Energy Efficiency & Building Performance
• Low Carbon Heating Safety & Compliance

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Career Opportunities

Graduates can pursue careers such as:

Heating & Energy Roles

• Low Carbon Heating Technician
• Heat Pump Installation Technician
• Renewable Heating Technician
• Energy Efficiency Technician

Building Services Roles

• Building Services Technician
• Facilities Maintenance Technician
• Sustainable Building Technician

Renewable Energy Roles

• Heat Pump Service Technician
• Green Energy Technician
• Clean Energy Support Technician

Sustainability Roles

• Energy Efficiency Advisor
• Sustainability Support Officer
• Carbon Reduction Project Assistant

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Entry Requirements

Suitable For

• Plumbers
• Electricians
• HVAC Technicians
• Engineering Students
• Building Services Professionals
• Construction Workers
• Career Changers

No Previous Heat Pump Experience Required

Basic technical knowledge is beneficial but not mandatory.

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Programme Benefits

Every Student Receives

✅ Heat Pump Technology Training

✅ Energy Efficiency Assessment Skills

✅ Practical Industry Projects

✅ Technical CV Development

✅ Interview Preparation

✅ Career Coaching

✅ Professional Certification

✅ Access to Green Energy Career Resources

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Why Choose GDSL?

🌱 Industry-Aligned Low Carbon Heating Curriculum

🔥 Heat Pump & Renewable Heating Focus

🏠 Energy Efficiency & Sustainable Buildings Training

⚡ Practical Technical Skills Development

🎓 Professional Certification

💼 Employability & Career Support

🌍 Growing Demand Across the UK & Europe

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Duration

10 Weeks

Tuition Fee

£1,695

Delivery Mode

In-Person + Practical Workshops

Next Intake

Monthly

Included

• Heat Pump Systems
• Solar Thermal Technologies
• Underfloor Heating
• Smart Heating Controls
• Energy Efficiency Assessments
• Maintenance & Fault Finding
• Health & Safety Training
• Career Development Support

Ideal Candidates

🔥 Plumbers

⚡ Electricians

🏗 Building Services Professionals

🌱 Renewable Energy Enthusiasts

🎓 Technical Students & Graduates

🔄 Career Changers

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