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1-Day CDP Course on 
Understanding Electrical Load Consumption
HRDC CLAIMABLE 

​ONLINE OPTION
​
​Venue:
Zoom Meeting 

​Dates: 
24 June 2026
​
Time:
9.00 AM - 5.00 PM

Trainer:
Assoc Prof Dr. Muhammad Nabil Bin Hidayat

Registration Fee: 
IEM Member Fee - RM486.00
Public Registration Fee -  RM648.00
( 8% SST Applies)​
​

ONSITE  OPTION

​Venue:
Wisma IEM, Petaling Jaya, Selangor 

​Dates: 
9 December 2026
​
Time:
9.00 AM - 5.00 PM

Trainer:
Assoc Prof Dr. Muhammad Nabil Bin Hidayat

​Registration Fee: 
IEM Member Fee -  RM864.00
Public Registration Fee -  RM1,080.00 
(8% SST Applies)

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HRD Corp Claimable:

​​Approved Duration: 31/03/2026 - 31/03/2027
HRD Corp Serial No: 10001673750

ST CDP Details:

ST CDP Serial No: APPLYING
Approved Duration:  APPLYING

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Synopsis

Learning  Outcome

This course provides participants with a comprehensive and practical understanding of electrical load consumption in buildings and facilities, framed within current energy management practices and regulatory requirements. It begins with essential safety, regulatory, and EECA 2024 context, followed by clear explanations of basic electrical energy concepts, energy pricing, and the structure of the electricity supply system. Participants will learn to identify and classify types of electrical loads—including lighting, ACMV, motors, and plug loads—and understand how these loads shape load profiles, peak demand, base load, and energy cost. The course then focuses on measuring and collecting load data, covering what to measure, where to measure, suitable instruments, data quality, and basic measurement planning. Using real examples, participants will be introduced to basic load analysis, including trend interpretation and regression-based approaches for energy management and performance evaluation. Finally, the course demonstrates how load information supports operational, control, and investment decisions, helping participants prioritize actions, justify improvements, and verify results. Through case studies and practical exercises, participants will gain the skills needed to interpret data, reduce energy cost and risk, and support effective, data-driven energy management in their organizat.

• Explain and interpret fundamental electrical load concepts, including kW, kWh, maximum demand, base load, and load profiles, and relate them to electricity cost and system operation. ​
• Measure, organize, and analyze electrical load data using appropriate parameters and tools to identify Major Energy Users (MEU), inefficiencies, and abnormal patterns.
• Apply load information to propose, prioritize, and justify operational, control, or investment actions for improving energy performance and reducing cost and risk.

Target Audience

• Registered Energy Managers (REM) and aspiring energy managers
• Energy auditors and energy management practitioners
• Facility managers and building operation managers CDP Training Course Proposal
• Engineers (electrical, mechanical, building services, maintenance)
• Technical officers and supervisors involved in building or plant operations
• Sustainability / ESG / energy officers responsible for energy performance reporting
• Plant and operations managers who manage energyintensive systems
• Consultants and ESCO personnel involved in energy audits and performance improvement
• Government or institutional officers involved in energy compliance and monitoring
• Graduate engineers or technical staff seeking practical energy management skills

Trainer’s Profile

He is the head of Battery Energy Storage Technology Laboratory, School of Electrical Power Engineering, UiTM Shah Alam. He completed his study from Degree, Master’ s and Ph.D. in Electrical Engineering from Tottori University, Japan. He is currently Associate Profesor in UiTM and also HRD Corp recognized Trainer. His specialist is in Renewable Energy, Energy Audit, Sustainable Energy Management, Measurement and Verification for Energy Savings, Smart Grids, Power Electronics, Electrical Machine and Drives, Power Inverter and Converters. Due to his vast experience and knowledge in energy fields, he was also appointed to be a Trainer and Panel Assessor by the Malaysian Green Technology and Climate Change Corporation (MGTC). Insert a brieg profile of the trainer, highlighting their expertise, experience, and relevant credentials.

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Terms & Conditions: 

•  Closing date: one week before the event
• Payment via  BANK-IN TRANSMISSION 
• FULL PAYMENT must be settled before commencement of the course, otherwise participants will not be allowed to enter the hall. 
• ​Please be informed that the course will only be carried out if there is sufficient number of participants. The confirmation or cancellation email will be sent to the registered email address one or two weeks before the event dates.

 Cancellation Policy
IEMTA reserves the right to postpone, reschedule, allocate or cancel the course. Full refund less 30% if cancellation is received in writing more than 7 days before the start of the event. No cancellation will be accepted prior to the date of the event. However, replacement or substitute may be made at any time with prior notification and substitute will be charged according to membership status.
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