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Energy Specialist Training

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Engineering, Construction and Technology

Energy

Energy Specialist Training

For all levels

Energy Specialist Training

Become a certified-ready Energy Specialist with the technical depth employers and clients demand. This comprehensive training covers energy auditing, renewable system design, financial analysis, and strategic energy management. From building envelope assessments to carbon reduction roadmaps, you'll gain the skills to deliver real results across residential, commercial, and industrial settings.

Dedika for businesses

What you'll learn:

You will build a solid foundation in energy systems, covering electrical grids, fossil fuels, and renewable resources. You will learn how to conduct professional energy audits, evaluate mechanical systems, and produce client-ready reports. The training walks you through energy modelling software, efficiency retrofit strategies, and renewable system design for solar, wind, and storage. You will also master project financing structures, utility incentives, and regulatory compliance requirements. By the end, you will be equipped to lead strategic energy management programmes and advise organisations on achieving measurable carbon and cost reductions.

How you study in practice Energy Specialist Training

How you practise Energy Specialist Training

For businesses looking to train their team

With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course content

8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of Energy Systems

Lesson 1 • Renewable Energy Sources Overview
Introduces solar, wind, hydro, geothermal, and biomass resources and their generation principles. Connects resource availability to practical deployment decisions.
Lesson 2 • Energy Data and Measurement Tools
Introduces meters, sensors, and data loggers used to quantify energy consumption. Prepares students to collect accurate baseline data in field assessments.
Lesson 3 • Electrical Grid Architecture
Describes generation, transmission, and distribution layers of the electrical grid. Grounds students in the infrastructure context for energy specialist work.
Lesson 4 • Fossil Fuel Energy Sources
Examines coal, natural gas, and petroleum as primary energy sources and their combustion characteristics. Provides baseline understanding of conventional supply chains.
Lesson 5 • Energy Forms and Properties
Covers thermal, electrical, mechanical, and chemical energy and their measurable properties. Establishes the vocabulary needed for all subsequent technical analysis.

Chapter 2See details

Energy Auditing Principles and Methods

Lesson 1 • Building Envelope Assessment
Covers inspection of walls, roofs, windows, and foundations for thermal performance. Links envelope deficiencies directly to heating and cooling energy losses.
Lesson 2 • Lighting and Plug Load Analysis
Quantifies energy use from lighting systems and plug-connected equipment. Identifies high-impact reduction opportunities within the electrical end-use profile.
Lesson 3 • Mechanical Systems Evaluation
Assesses HVAC, water heating, and ventilation systems for efficiency and condition. Connects equipment performance to overall building energy consumption.
Lesson 4 • Audit Reporting and Documentation
Structures findings into professional reports with prioritised recommendations. Ensures deliverables meet client expectations and industry reporting standards.
Lesson 5 • Audit Types and Scope Definition
Distinguishes walkthrough, detailed, and investment-grade audits by depth and deliverables. Enables students to select the appropriate audit level for each client situation.

Chapter 3See details

Energy Modelling and Simulation

Lesson 1 • Scenario and Measure Analysis
Runs baseline and alternative scenarios to quantify energy and cost savings for each measure. Connects simulation outputs to investment decision support.
Lesson 2 • Model Input and Calibration
Covers data collection, input entry, and calibration against measured utility data. Ensures models reflect actual building conditions before scenario analysis.
Lesson 3 • Reporting Model Results
Translates simulation outputs into clear graphics, tables, and narrative summaries. Prepares students to communicate technical findings to non-technical stakeholders.
Lesson 4 • Building Energy Modelling Fundamentals
Introduces the physics and assumptions underlying whole-building energy simulation. Establishes model accuracy expectations and appropriate use cases.
Lesson 5 • Renewable Energy Simulation
Applies simulation tools to model PV, wind, and storage system performance over time. Extends modelling skills from buildings to on-site generation assets.

Chapter 4See details

Energy Efficiency in Building Systems

Lesson 1 • Lighting System Upgrades
Examines LED technology, lighting controls, and daylighting integration as efficiency measures. Enables students to design lighting retrofits that meet both energy and visual comfort goals.
Lesson 2 • Commissioning and Verification
Covers commissioning processes that confirm installed systems perform as designed. Links verification activities to savings persistence and client satisfaction.
Lesson 3 • High-Efficiency HVAC Systems
Covers heat pumps, variable refrigerant flow, and high-efficiency furnaces as upgrade options. Prepares students to match equipment to building load profiles.
Lesson 4 • Envelope Retrofit Strategies
Details insulation upgrades, air sealing techniques, and window replacements for existing buildings. Connects each measure to quantifiable reductions in heating and cooling loads.
Lesson 5 • Building Automation and Controls
Introduces building automation systems and smart controls for coordinated energy management. Shows how automation multiplies savings from individual equipment upgrades.

Chapter 5See details

Renewable Energy System Design

Lesson 1 • Energy Storage Integration
Examines battery technologies, sizing methods, and control strategies for storage systems. Enables students to integrate storage with renewable generation for reliability and optimisation.
Lesson 2 • Hybrid and Microgrid Systems
Combines multiple generation and storage sources into resilient microgrid configurations. Prepares students to design systems that operate both grid-connected and in island mode.
Lesson 3 • Solar Photovoltaic System Design
Covers site assessment, array sizing, inverter selection, and layout for PV systems. Builds competency in translating load data into a complete PV design package.
Lesson 4 • Small Wind System Design
Covers wind resource evaluation, turbine selection, and tower height optimisation. Prepares students to assess feasibility and design small wind installations.
Lesson 5 • Solar Thermal System Design
Addresses collector types, system configurations, and sizing for water and space heating. Connects thermal system output to building hot water and heating demand.

Chapter 6See details

Energy Finance and Economic Analysis

Lesson 1 • Financial Metrics and Decision Tools
Applies simple payback, net present value, and internal rate of return to energy investments. Enables students to compare projects on a consistent financial basis.
Lesson 2 • Energy Project Cost Estimation
Covers capital, installation, operations, and maintenance cost components for energy projects. Builds accuracy in cost estimation as the foundation for financial analysis.
Lesson 3 • Financial Proposal Development
Integrates cost, savings, incentives, and financing into a complete client-ready proposal. Connects financial analysis skills to professional deliverable production.
Lesson 4 • Project Financing Structures
Examines loans, leases, power purchase agreements, and on-bill financing as funding vehicles. Enables students to match financing structures to client financial profiles.
Lesson 5 • Incentives and Rebate Programmes
Surveys utility rebates, tax credits, and grant programmes that reduce project costs. Prepares students to identify and apply available incentives in project proposals.

Chapter 7See details

Energy Regulations and Standards

Lesson 1 • Energy Reporting and Disclosure
Covers benchmarking mandates, disclosure requirements, and energy audit obligations. Enables students to help clients meet mandatory reporting deadlines and formats.
Lesson 2 • Environmental and Emissions Regulations
Examines greenhouse gas reporting, carbon pricing mechanisms, and refrigerant regulations. Connects emissions compliance to energy project planning and equipment selection.
Lesson 3 • Building Energy Codes Overview
Explains the structure and purpose of prescriptive and performance-based building energy codes. Establishes the compliance framework that governs new construction and major renovations.
Lesson 4 • Equipment Efficiency Standards
Covers minimum efficiency requirements for HVAC, water heaters, and appliances. Ensures students specify only compliant equipment in project designs.
Lesson 5 • Renewable Energy Regulations
Addresses interconnection rules, net metering policies, and permitting for renewable systems. Prepares students to navigate approval processes for solar, wind, and storage projects.

Chapter 8See details

Strategic Energy Management

Lesson 1 • Monitoring and Continuous Improvement
Implements ongoing monitoring routines and review cycles to sustain and deepen savings. Ensures the energy management programme adapts to changing conditions and new opportunities.
Lesson 2 • Energy Management System Frameworks
Introduces plan-do-check-act energy management system frameworks and their organisational benefits. Provides the governance structure for all subsequent strategic planning activities.
Lesson 3 • Energy Action Planning
Develops prioritised action plans that sequence projects by impact, cost, and feasibility. Translates strategic targets into executable project portfolios.
Lesson 4 • Energy Baseline and Target Setting
Establishes normalised energy baselines and sets measurable reduction targets. Connects data-driven goal setting to accountability and performance tracking.
Lesson 5 • Organisational Change and Culture
Addresses behaviour change, staff engagement, and culture-building for lasting energy performance. Connects human factors to the technical and financial outcomes of the energy programme.

Certification

Your valid completion certificate

This course is for you:

Facility Manager: wants to cut operating costs through smarter energy decisions.
Recent Engineering Graduate: ready to specialise in the fast-growing clean energy sector.
Construction Professional: looking to add energy performance expertise to existing building skills.
Sustainability Coordinator: needs technical depth to back up organisational carbon reduction goals.
Career Changer: drawn to renewable energy and seeking structured, field-ready professional training.
Independent Consultant: expanding service offerings to include auditing and renewable system design.

What our students say

Your lessons are perfect. I purchased the one-year package and finally have the opportunity to follow various topics of interest without needing to change platforms... I'm grateful for everything you do, I've already recommended you to other people...