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What You'll Learn

Understand climate
sustainability
and energy policies plus codes/standards (ASHRAE
IECC
ISO 50001) to guide compliant reporting and decision-making.,Analyze energy units
procurement
tariffs
and rate structures to evaluate supply options
manage demand charges
and reduce point-of-use energy costs.,Apply energy audit approaches and instrumentation basics to measure energy and power
track KPIs
and identify energy management measures for facilities.,Evaluate energy accounting and project economics using time value of money
escalation
depreciation
and methods such as NPV
IRR
LCC
and payback analysis.,Understand electrical power systems
power factor
motors
and drives to improve efficiency
address power quality
and optimize motor applications for savings.,Design and assess lighting performance using photometric concepts
standards
retrofits
and controls to optimize visual comfort and energy efficiency results.,Analyze HVAC systems and building envelope fundamentals to estimate loads
use psychrometrics
and identify efficiency opportunities through design choices.,Implement building automation and controls concepts
including PID strategies
protocols
EIS
IoT
and AI
to monitor
optimize
and secure energy performance.,Design and evaluate thermal and electric energy storage strategies
including chilled water
ice
PCM
sizing
and operating approaches with clear limitations.,Analyze boiler and steam system performance using combustion efficiency
HHV/LHV
economizers
steam traps
condensate return
and heat recovery options.,Evaluate distributed generation and renewable energy systems
including CHP
solar
microgrids
and building-to-grid integration to improve resilient supply.,Optimize industrial energy systems by applying principles for pumps
compressed air
process steam
turbines
refrigeration
and waste heat recovery options.,Implement operations
maintenance
and commissioning practices to quantify losses
improve reliability
and sustain energy performance through verification.,Apply performance contracting and M&V fundamentals to structure ESPC/UESC projects
assess risk
calculate avoided cost
and verify savings with protocols.

Requirements

Participants should have a basic understanding of energy use in buildings or industrial operations
proficiency in English
and a strong interest in energy efficiency
utility cost management
energy audits
and improving operational performance through structured analysis and continuous improvement.

Description

This course contains the use of artificial intelligence

Certified Energy Management Professional (CEMP) is a structured professional development program for engineers, facility and operations teams, energy analysts, sustainability practitioners, and managers who are responsible for improving energy performance in buildings and industrial settings. It is designed for learners who want a coherent pathway from foundational concepts to advanced professional practice—moving beyond fragmented knowledge toward a disciplined, organization-ready approach to energy management.

In today’s operating environment, energy management sits at the intersection of financial performance, reliability, sustainability commitments, and regulatory or stakeholder expectations. Organizations are expected to understand how energy is used, where waste occurs, and how improvement decisions are justified and verified. This course supports professionals who want to contribute credibly by developing the ability to evaluate energy use systematically, prioritize energy efficiency actions responsibly, and support performance improvement that can be maintained over time.

Completion of the program reflects an understanding of energy management as a continuous, measurable responsibility—grounded in standards awareness, monitoring, and structured decision-making. Learners develop the capability to interpret energy and operational information, translate findings into practical recommendations, and communicate clearly with both technical teams and management. The goal is not only to recognize improvement opportunities, but to assess them using consistent methods that support sound planning and accountability.

The course places strong emphasis on real-world relevance: how energy performance is monitored, how audits inform improvement planning, and how organizations align technical actions with business objectives. It also supports a professional mindset of continuous improvement, reinforcing the importance of documented processes, credible evaluation, and measurement and verification principles that help ensure decisions remain defensible in practice.

For individual professionals, CEMP provides a structured route to strengthen credibility and broaden capability in energy efficiency, audit-informed planning, monitoring, and performance evaluation. For organizations, it supports internal capacity building, improved coordination across teams, and stronger alignment between sustainability objectives and operational performance. Whether your aim is to improve facility efficiency, reduce avoidable energy costs, or build a disciplined energy performance program, Certified Energy Management Professional (CEMP) offers a clear framework for responsible energy management practice.

Each lecture includes dedicated study material and an infographic summary. Learners should review the study material after watching the lecture to strengthen their understanding, and use the infographic summary for quick revision and easy recall of key concepts whenever needed.

Disclaimer: This is an independent energy management training and exam-preparation course. It is not affiliated with, endorsed by, or approved by AEEor the owners of the Certified Energy Manager (CEM) credential.Successful completion of this course earns an Accrevia Certificate of Completion—a verifiable credential with a unique QR code and Certificate ID that employers and organizations can use to confirm authenticity.

Who this course is for:

Engineering & Technical Energy Roles: For electrical
mechanical
and energy engineers
technicians
and analysts who want a structured
end-to-end view of energy systems—from motors and power quality to HVAC
lighting
and industrial utilities—so they can identify and evaluate efficiency opportunities with confidence.,Facilities
Operations & Maintenance Teams: For facility managers
building engineers
O&M supervisors
and utility coordinators responsible for day-to-day performance. This course supports practical capability in monitoring usage
reducing losses
improving equipment performance
and sustaining results through maintenance and commissioning practices.,Energy Auditing
Monitoring & Performance Improvement: For energy auditors and practitioners working with audits
measurement
and KPIs. Participants strengthen their approach to audit levels
instrumentation concepts
data interpretation
and prioritizing energy management measures that are grounded in verifiable performance.,Sustainability
ESG & Decarbonization Practitioners:For sustainability leads and ESG-aligned roles who need a technical understanding of how policies
GHG accounting
and energy standards connect to real operational improvements—supporting credible reporting and practical progress toward decarbonization goals.,Project
Finance & Decision-Makers for Energy Initiatives: For project managers
operations leaders
and professionals involved in budgeting and approvals. The course builds capability in energy accounting and economics—using concepts such as lifecycle cost
NPV/IRR
and payback—to compare options and make investment decisions transparently.,Building Automation
Controls & Energy Information Systems Professionals: For BAS/controls engineers
energy managers
and those working with energy information systems
IoT
and optimization. Learners gain a clearer foundation in control strategies
integration concepts
and managing performance while considering cyber-security and IT coordination.,Early-Career Learners Entering Energy Management: For students and fresh graduates seeking a comprehensive foundation across energy management topics
including standards
audits
building and industrial systems
and measurement and verification—helpful for understanding how energy performance work is structured in practice.