Building Energy Auditing Professional Course

About This Course

The Building MEP Energy Auditing Professional Course is designed to provide in-depth knowledge and practical skills in conducting energy audits for building mechanical, electrical, and plumbing (MEP) systems. The course covers energy efficiency strategies, auditing methodologies, calculation techniques, standards, tools, and reporting procedures aligned with international frameworks such as ASHRAE, ISO 50001, LEED, and local codes. Participants will gain a strong understanding of how to assess building energy performance, identify inefficiencies, and recommend cost-effective energy conservation measures (ECMs).

This course integrates theory with real-world case studies, calculation practice, and audit project simulations for commercial, residential, industrial, and institutional buildings, preparing participants to perform comprehensive MEP energy audits and support energy management strategies toward Net-Zero Energy and Sustainability Goals.

Course Overview

• Fundamentals of Energy Auditing for Building Systems

• Energy Consumption & Benchmarking Methodologies (ASHRAE Level I, II, III)

• HVAC, Lighting, Electrical, Plumbing, Fire Protection, and Renewable Integration Analysis

• Energy Efficiency Measures (EEMs) and Life Cycle Cost Analysis

• Practical auditing tools, data loggers, and software applications

• Energy Audit Reporting, Compliance, and Presentation Skills

• Case Studies: Hospitals, Data Centers, High-Rise Towers, and Green Buildings

• Capstone Project: Full MEP Energy Audit for a selected building

Key Learning Outcomes

By completing this course, participants will be able to:

• Understand energy auditing frameworks and classification (Pre-Audit, Walk-Through, Detailed Audit).

• Collect, analyze, and interpret building MEP energy data using instruments and software.

• Evaluate the efficiency of HVAC systems, boilers, chillers, air handling units, VRF/VRV systems, and distribution networks.

• Assess electrical systems: transformers, motors, power factor, UPS, lighting loads, and renewable energy integration.

• Review plumbing and water heating systems for water-energy efficiency.

• Apply ASHRAE and ISO standards in building energy auditing practice.

• Propose energy conservation measures with payback and ROI analysis.

• Generate professional audit reports with actionable recommendations.

• Support building owners, consultants, and facility managers in reducing energy costs and carbon footprints.

• Prepare for international certifications such as Certified Energy Auditor (CEA) and Energy Management Professional (EMP).

Who Should Enroll

• MEP Engineers (HVAC, Electrical, Plumbing, Fire Protection)

• Energy Managers and Consultants

• Facilities & Operations Managers

• Sustainability Professionals

• Architects and Building Designers

• Engineering Students and Graduates seeking careers in energy management

• Professionals pursuing international energy auditor certifications

Why Take This Course?

• Gain a comprehensive skillset to assess and optimize building energy performance.

• Build expertise aligned with global energy standards (ASHRAE, ISO 50001, LEED, BREEAM).

• Strengthen your career in sustainable design, facility management, and energy consulting.

• Learn hands-on auditing tools such as thermal imaging, data loggers, airflow meters, and simulation software.

• Access ready-to-use templates, energy audit checklists, and reporting formats.

• Apply knowledge in real-world projects through detailed case studies and assignments.

• Enhance employability in green building projects, smart cities, and mega-projects (NEOM, Lusail, Dubai).

Certification & Benefits

• Professional Certificate as “Building MEP Energy Auditing Professional” upon successful completion.

• Certification recognized for career advancement in energy auditing and facility management roles.

• Access to MEP Community Family and networking opportunities with industry professionals.

• Eligibility to apply course hours toward professional certifications (CEA, PMP, EMP, LEED GA/AP).

Suggested Duration Plan

• Total Duration: 10–12 weeks (flexible for self-paced or instructor-led format)

1. Weeks 1–2: Fundamentals & Standards

2. Weeks 3–4: HVAC Energy Audit

3. Week 5: Electrical & Lighting Audit

4. Week 6: Plumbing & Water Heating Systems Audit

5. Week 7: Fire Protection & Auxiliary Systems Audit

6. Weeks 8–9: Energy Modeling, ECMs, and Cost-Benefit Analysis

7. Week 10: Report Writing, Presentation, and Case Studies

8. Weeks 11–12: Capstone Project and Final Assessment

Assessments & Evaluation

• Weekly Quizzes (MCQs, short answers, problem solving)

• Assignments (energy data analysis, ECM identification, cost-benefit calculation)

• Practical Labs (using instruments, data loggers, software demos)

• Mid-Term Test (covering Modules 1–4)

• Final Project: Comprehensive Energy Audit Report & Presentation

• Peer Review & Instructor Feedback

Deliverables & Resources

• Energy audit formula sheets & thumb rules

• Data collection templates and Excel calculation sheets

• Standard energy audit checklist

• Sample ASHRAE Level I, II, III reports

• AutoCAD/Revit templates for energy modeling integration

• Case study reports for hospitals, towers, data centers

• Access to MEP Community for professional networking

Detailed Course Modules

Module 1 – Introduction to Energy Auditing & MEP Systems

• Energy Audit Objectives & Scope

• Types of Energy Audits: Preliminary, Walk-Through, Detailed, Investment-Grade

• Role of MEP systems in building energy consumption

• Introduction to global standards (ASHRAE, ISO 50001, LEED)

Module 2 – HVAC Systems Energy Audit

• Energy performance of chillers, boilers, AHUs, VRFs

• Chilled water & air distribution system evaluation

• Energy efficiency measures (VFDs, economizers, free cooling)

• Instrumentation: flow meters, pressure gauges, psychrometric analysis

Module 3 – Electrical Systems Energy Audit

• Electrical load profiling and demand-side management

• Motor and transformer efficiency evaluation

• Lighting system audit (LED retrofits, controls, daylighting)

• Power factor correction and harmonic analysis

• Renewable integration (PV, wind, hybrid)

Module 4 – Plumbing & Water Heating Systems Energy Audit

• Water usage and efficiency in MEP design

• Hot water systems and heat recovery

• Greywater recycling & pumping system audit

• Water-Energy Nexus: reducing combined utility costs

Module 5 – Fire Protection & Auxiliary Systems Audit

• Fire pump energy consumption analysis

• Emergency systems (generators, UPS)

• Building management systems (BMS/EMS) and IoT-enabled auditing

Module 6 – Energy Modeling & Conservation Measures

• Simulation tools: eQUEST, HAP, TRACE 700, EnergyPlus

• ECMs: retrofits, operational improvements, advanced controls

• Life cycle cost analysis & ROI evaluation

• Prioritization of measures

Module 7 – Reporting & Compliance

• Preparing energy audit reports for stakeholders

• Benchmarking (Energy Star Portfolio Manager, ASHRAE standards)

• Compliance with local energy codes and green building requirements

• Communicating results to clients and facility teams

Module 8 – Case Studies & Capstone Project

• Energy audit of a hospital

• Data center efficiency analysis

• High-rise commercial building case study

• Full audit project: data collection, analysis, report submission, and presentation

Get in Touch

Contact us for inquiries about our course.