Load calculation is a vital part of designing, selecting, and sizing an appropriate HVAC system. This course covers the necessary guidelines and procedures for performing both cooling and heating load calculations. Designed for individuals with little background in the subject, it also offers valuable insights for more experienced professionals seeking to enhance their skills.
"Great refresher and helped with the foundation of these topics covered."
"Very intensive course, lots of examples. The instructor is very knowledgeable."
"Needed to improve my knowledge on sizing. Best part: not just technical but appropriate practical areas of knowledge."
Yes. CANETCO offers custom delivery for organizations that want to train multiple staff members together. Contact us to discuss scheduling and group pricing.
Yes. If your organization has particular equipment, systems, or applications you want the course to focus on, we can tailor the content to address your specific requirements. Custom delivery is priced based on the scope of customization and the number of participants. Contact us to discuss your needs and we will develop a proposal that works for you.
The course covers the industry-standard load calculation procedures using ASHRAE design weather data for Canadian cities. Manual calculation methods are covered so participants understand the underlying methodology.
A cooling load is the rate at which heat must be removed from a space to maintain comfort during peak summer conditions. A heating load is the rate at which heat must be supplied to maintain comfort during peak winter conditions. Both must be calculated to properly size HVAC equipment.
All CANETCO courses are delivered live online via Zoom. Participants interact directly with the instructor and other attendees in real time, with workshops completed during the sessions.
Yes. This course is PEO PEAK compliant and the CPD hours count as formal core engineering learning toward your annual PEO PEAK continuing professional development requirement.

Over 40 years of engineering practice and teaching. Dr. Mohamed Hamed's approach centers on bridging theory with real-world practical experience.
Invest in structured, expert-led training that advances both your technical skills and your professional credentials.