Master Essential Skills & Launch Your Career as a Renewable energy Technician.

Our programme offers hands-on training and industry insights to prepare you for success in solar, wind, battery storage, and EV charging sectors.

Programme Overview

The Renewable Energy Technician Programme is designed to equip learners with the technical knowledge, practical competencies, and workplace skills required to work in the renewable energy sector.

Students will gain hands-on knowledge of solar photovoltaic (PV) systems, wind energy technologies, battery storage systems, electric vehicle charging infrastructure, energy efficiency solutions, and renewable energy maintenance practices.

The programme combines technical training, practical projects, safety awareness, and employability preparation to ensure graduates are industry-ready.

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Duration

10 Weeks (2.5 Months)

Study Commitment

• 2 Live Instructor-Led Sessions per Week
• Practical Workshops
• Industry Case Studies
• Independent Learning Activities

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Delivery Mode

✅ Live Online Classes

✅ Practical Demonstrations

✅ Project-Based Learning

✅ Career Coaching & Mentoring

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Programme Fee

Standard Tuition Fee

£1,495

Early Bird Fee

£1,295

Registration Fee

£50

Flexible Payment Plan

• £400 Deposit
• Remaining Balance in 2 Installments

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Course Structure

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Module 1: Introduction to Renewable Energy

Week 1

Topics Covered

• Global Energy Challenges
• Climate Change & Net Zero
• Renewable Energy Sources
• Renewable Energy Careers
• Energy Industry Overview
• Sustainability Principles

Practical Exercise

Renewable Energy Industry Research Project

Learning Outcome

Understand the renewable energy sector and career opportunities.

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Module 2: Electrical Fundamentals for Renewable Energy

Week 2

Topics Covered

• Basic Electrical Principles
• Voltage, Current & Resistance
• Electrical Circuits
• Power & Energy Calculations
• Electrical Components
• Electrical Safety

Practical Workshop

Electrical Measurements using Multimeters

Learning Outcome

Develop foundational electrical knowledge required for renewable energy systems.

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Module 3: Solar Photovoltaic (PV) Systems

Weeks 3 – 4

Topics Covered

• Solar Energy Principles
• Solar PV Components
• Solar Panel Technologies
• System Design Basics
• Installation Procedures
• Maintenance & Troubleshooting

Practical Project

Design a Residential Solar PV System

Learning Outcome

Understand how solar PV systems are designed, installed, and maintained.

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Module 4: Wind Energy Systems

Week 5

Topics Covered

• Wind Energy Fundamentals
• Wind Turbine Components
• Wind Farm Operations
• Energy Generation Processes
• Maintenance Procedures
• Offshore Wind Technologies

Practical Exercise

Wind Turbine Performance Analysis

Learning Outcome

Understand the operation and maintenance of wind energy systems.

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Module 5: Battery Storage & Smart Energy Systems

Week 6

Topics Covered

• Battery Technologies
• Energy Storage Systems (BESS)
• Smart Grids
• Grid Integration
• Power Management
• Energy Monitoring Systems

Practical Workshop

Battery Storage System Assessment

Learning Outcome

Understand how energy storage supports renewable energy generation.

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Module 6: Electric Vehicle (EV) Charging Systems

Week 7

Topics Covered

• EV Technology Fundamentals
• EV Charging Infrastructure
• Charging Station Components
• Installation Standards
• Maintenance Procedures
• Future Mobility Technologies

Practical Project

EV Charging Site Planning Exercise

Learning Outcome

Gain knowledge of EV charging systems and related career opportunities.

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Module 7: Renewable Energy Maintenance & Troubleshooting

Week 8

Topics Covered

• Preventive Maintenance
• Fault Finding Techniques
• Equipment Inspection
• System Diagnostics
• Repair Procedures
• Performance Monitoring

Practical Workshop

Renewable Energy System Fault Diagnosis

Learning Outcome

Develop skills in maintaining and troubleshooting renewable energy systems.

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Module 8: Health, Safety & Environmental Compliance

Week 9

Topics Covered

• Workplace Health & Safety
• Risk Assessment
• Safe Working at Heights
• Electrical Safety Procedures
• Environmental Regulations
• Emergency Response Procedures

Practical Exercise

Renewable Energy Site Risk Assessment

Learning Outcome

Apply health, safety, and environmental best practices.

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Module 9: Employability & Career Development

Week 10

Topics Covered

• Renewable Energy Career Pathways
• Professional CV Development
• LinkedIn Optimization
• Interview Preparation
• Job Search Strategies
• Professional Networking

Practical Activity

Career Portfolio Development

Learning Outcome

Prepare for employment within the renewable energy sector.

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Capstone Project

Students will complete a practical project involving:

Renewable Energy System Proposal

Including:

• Site Assessment
• Energy Demand Analysis
• Solar/Wind Technology Selection
• Cost Estimation
• Maintenance Plan
• Sustainability Assessment

Final Presentation

Students present their project to a review panel.

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Software & Tools Covered

Renewable Energy Tools

• Solar PV Design Software
• Energy Consumption Calculators
• Battery Storage Modelling Tools
• Microsoft Excel
• Project Planning Tools

Technical Equipment Awareness

• Digital Multimeters
• Solar Testing Equipment
• Energy Monitoring Devices
• Electrical Safety Equipment

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Professional Certifications Awarded

Upon successful completion:

GDSL Professional Certificate in

Renewable Energy Technology

Additional Certificates

• Solar PV Fundamentals
• Wind Energy Fundamentals
• Battery Storage Systems
• Renewable Energy Maintenance
• Renewable Energy Health & Safety

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Career Opportunities

Graduates can pursue careers as:

Renewable Energy Roles

• Renewable Energy Technician
• Solar PV Technician
• Solar Installation Assistant
• Wind Energy Technician Assistant
• Energy Systems Technician

Utilities & Energy Roles

• Utility Operations Technician
• Smart Grid Support Technician
• Energy Maintenance Technician
• Sustainability Support Officer

Construction & Infrastructure Roles

• Renewable Energy Site Technician
• Green Building Technician
• Energy Efficiency Technician

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Entry Requirements

Suitable For

• High School Graduates
• Technical College Students
• Engineering Students
• Electricians
• Engineering Graduates
• Career Changers
• International Applicants

No Previous Renewable Energy Experience Required

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Programme Benefits

Every student receives:

✅ Practical Renewable Energy Training

✅ Industry Case Studies

✅ Career Coaching

✅ Professional CV Development

✅ Interview Preparation

✅ Renewable Energy Career Guide

✅ Professional Certification

✅ Access to Industry Opportunities

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Why Choose GDSL?

🌱 Industry-Focused Renewable Energy Curriculum

⚡ Practical Technical Skills Development

🔋 Exposure to Solar, Wind & Battery Technologies

🎓 Career-Ready Training

💼 Employability & Career Support

🌍 Growing Global Industry Opportunities

📈 Future-Proof Skills for the Green Economy

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Develop practical renewable energy skills and prepare for exciting career opportunities in solar, wind, battery storage, utilities, and sustainable infrastructure.

Duration

10 Weeks

Tuition Fee

£1,495

Delivery Mode

Live Online + Practical Workshops

Next Intake

Monthly

Included

• Solar PV Systems
• Wind Energy Technology
• Battery Storage Systems
• EV Charging Infrastructure
• Renewable Energy Maintenance
• Health & Safety Training
• Career Development Support

Ideal Candidates

🌱 Renewable Energy Career Seekers

⚡ Electricians

🔧 Technicians

🏗 Construction Professionals

🎓 Engineering Students & Graduates

🔄 Career Changers

This programme is positioned as an entry-to-intermediate level technical course and can serve as a feeder pathway into more advanced GDSL programmes such as the Renewable Energy Career Accelerator, Engineering Technician Bootcamp, and Project Management for Energy & Infrastructure. .