Building MEP Energy Management Professional

Building MEP Energy Management Professional (BMEP-EMP)

1. About the Course

The Building MEP Energy Management Professional (BMEP-EMP) course is an advanced professional training program that equips engineers, project managers, facility managers, and sustainability consultants with the technical expertise and managerial skills required to achieve energy efficiency in Mechanical, Electrical, and Plumbing (MEP) systems. The course emphasizes both design and operational strategies, ensuring participants can identify inefficiencies, propose cost-effective solutions, and align projects with global sustainability standards such as ISO 50001, ASHRAE, LEED, BREEAM, Estidama, and WELL Building Standards.

Participants will gain deep insights into the energy consumption patterns of MEP systems, advanced optimization techniques, renewable energy integration, smart technologies (IoT, BMS, EMS), and life-cycle cost analysis. Case studies from high-rise towers, hospitals, data centers, and district cooling networks will reinforce real-world applications. The course blends theory with hands-on assignments, energy modeling, audit practices, and a capstone project to prepare professionals for leadership roles in the growing field of energy-conscious building engineering.

2. Course Overview

The program covers the following areas in detail:

• Principles of MEP system energy management and efficiency improvement.

• Energy audit processes tailored for MEP systems (ASHRAE Levels I–III).

• HVAC efficiency measures: chilled water systems, VRF/VRV, heat recovery, advanced dampers, and valves.

• Electrical energy optimization: lighting, motors, UPS, renewable integration.

• Plumbing and water systems efficiency: pumps, fixtures, hot water optimization, greywater systems.

• Smart energy management: Building Management Systems (BMS), IoT-enabled monitoring, and AI-driven predictive maintenance.

• Compliance and certification frameworks (ASHRAE, ISO 50001, LEED, Estidama, and others).

• Capstone project: Developing a comprehensive MEP Energy Management Plan for a complex building project.

3. Key Learning Outcomes

By the end of this course, participants will be able to:

• Conduct detailed energy audits for MEP systems in commercial and residential buildings.

• Evaluate HVAC, electrical, and plumbing systems for energy conservation opportunities.

• Use simulation and modeling tools to predict energy performance.

• Apply IoT and AI to optimize building energy use in real time.

• Design integrated renewable energy systems for buildings (solar PV, geothermal, hybrid solutions).

• Ensure compliance with global energy efficiency codes and standards.

• Develop financial and ROI models for energy efficiency investments.

• Lead project teams to implement net-zero building strategies.

  4. Who Should Enroll

  • Mechanical, Electrical, and Plumbing (MEP) Engineers.

  • Energy managers and auditors.

  • Facility and operations managers.

  • Project management professionals in construction and infrastructure.

  • Consultants and contractors working on green building certification projects.

  • Sustainability specialists are involved in net-zero energy initiatives.

  5. Why Take This Course

  • Gain comprehensive MEP energy management expertise relevant to global projects.

  • Learn how to reduce energy costs, enhance performance, and ensure compliance.

  • Acquire practical skills in energy auditing, financial justification, and project delivery.

  • Be prepared for high-demand careers in energy efficiency, project consulting, and sustainable design.

  • Earn a recognized certification that strengthens career prospects and industry credibility.

  6. Certification & Benefits

  • Professional certification as Building MEP Energy Management Professional (BMEP-EMP).

  • Access to case studies, design templates, audit checklists, and financial models.

  • Eligibility for career advancement in sustainability and facilities management.

  • Recognition across international energy efficiency and green building markets.

Course Title: Project Energy Management Professional

Course Module Structure

Module 1: Fundamentals of MEP Energy Management

• Introduction to energy management in buildings.

• Energy consumption patterns of HVAC, electrical, and plumbing systems.

• Global sustainability frameworks (Net Zero, ISO 50001, LEED, Estidama).

Module 2: Energy Audits & Benchmarking

• Energy audit levels (ASHRAE I, II, III).

• Tools and methodologies for audits.

• Key Performance Indicators (kWh/m², energy intensity).

• Benchmarking with Energy Star Portfolio Manager and regional databases.

Module 3: Energy Management in HVAC Systems

• Heat load calculation & optimization.

• Chillers, cooling towers, and VRF/VRV efficiency improvements.

• Chilled water plant optimization (chillers, pumps, cooling towers).

• District cooling systems and efficiency strategies.

• VRF/VRV system efficiency improvements.

• Advanced dampers, valves, and energy recovery ventilators (ERV/HRV).

• Advanced control devices (PICV, PICD, smart dampers, valves).

• Case study: Hospital HVAC optimization.

Module 4: Energy Management in Electrical Systems

• Lighting efficiency (LED, daylight harvesting).

• Motor and transformer optimization.

• UPS, power factor correction, harmonics mitigation.

• Smart metering and demand-side management.

• Case study: Data center electrical optimization.

Module 5: Energy in Plumbing & Water Systems

• Water conservation strategies and low-flow fixtures.

• Graywater and blackwater treatment with energy recovery.

• Pump efficiency and variable frequency drives (VFDs).

• Hot water systems optimization.

Module 6: Renewable & Alternative Energy Systems

• Solar PV, CSP, and geothermal integration.

• Wind turbines for hybrid projects.

• Bio-energy and waste-to-energy technologies.

• Hybrid energy solutions for smart cities.

Module 7: Smart Systems & Digital Energy Management

• Building Management Systems (BMS) and Energy Management Systems (EMS).

• IoT sensors, AI, and predictive analytics for energy monitoring.

• Fault detection and predictive maintenance.

• Big data in energy optimization.

Module 8: Financial & Project Management for Energy Efficiency

• Lifecycle cost analysis (LCCA).

• ROI and payback period calculations.

• Energy performance contracting (EPC).

• Risk assessment in energy management projects.

Module 9: Codes, Standards, and Compliance

• ASHRAE 90.1, ASHRAE 189.1, and IEC standards.

• ISO 50001 energy management system framework.

• LEED/BREEAM/Estidama and green building rating systems.

• Regional compliance requirements (GCC, EU, North America).

Module 10: Case Studies & Capstone Project

• Real-world project simulation: Prepare an MEP energy management plan.

• Case studies: hospitals, data centers, smart cities, and mixed-use complexes.

• Presentation and peer evaluation.

8. Assessments & Evaluation

• Weekly Quizzes to test understanding of core concepts.

• Assignments: Audit calculations, simulation reports, cost analysis.

• Case Study Reports: Evaluating energy efficiency of existing buildings.

• Capstone Project: Full energy management plan with presentation.

9. Suggested Duration Plan

• Total Duration: 12–16 weeks (flexible learning).

• Modules 1–3: 4 weeks (Foundations and HVAC).

• Modules 4–6: 4 weeks (Electrical, Plumbing, Renewables).

• Modules 7–9: 3–4 weeks (Smart systems, financials, compliance).

• Module 10 (Capstone): 2–3 weeks.

10. Deliverables & Learning Resources

• Formula sheets and calculation templates.

• Energy audit checklists (ASHRAE Level I–III).

• ROI and payback analysis spreadsheets.

• AutoCAD/Revit energy simulation templates.

• Case study reports and industry best practices.

• Reading resources (ASHRAE handbooks, ISO 50001 guides, LEED reference manuals).

Get in Touch

Contact us for inquiries about our BEMP course.