“…SkillTech offered excellent training and adapted the delivery to meet the specific needs of our state and the target audience.”
Tim Lenahan, Residential Program Manager for the Ohio Department of Development
“This was the best course I have ever taken. It was good to see an instructor having real experience with the facts and figures to back it up.”
Patrick MacBride, Building Inspector for the City of Westlake
“Of the dozens of workshops I have attended over the past eight years, the HRAI Ventilation program ranks among the best. Excellent instruction, great classroom materials and a very thorough course manual make this a real must for the Ventilation Professional.”
Joseph Nagan, Independent Consultant, Kaukauna, Wisconsin
Training & Development
SkillTech Academy, the Education Division of the Heating, Refrigeration and Air Conditioning Institute of Canada (HRAI) offers a variety of residential and commercial courses for the advancement of its members’ business and technical excellence. The completion of evening assignments is an important component of all HRAI SkillTech Academy courses. For additional information e-mail SkillTech.
HRAI’s 3-day Residential Mechanical Ventilation Installation certification training program is designed for Contractors, Installers and other Building Professionals currently involved with designing and installing mechanical ventilation systems for the residential sector. Based on Canadian Building Codes and the CSA F-326 Standard “Residential Mechanical Ventilation Requirements”, this course, which includes the 300 page HRAI Residential Mechanical Ventilation Manual, covers the installation and commissioning of all types of mechanical ventilation systems with or without heat/energy recovery, house as a system principles and basic ventilation system design. Graduates of this course will be eligible to attend the Residential Mechanical Ventilation Design –Level II Course.
Detailed information on:
- Mechanical System interaction
- Ventilation capacity
- Ventilation air distribution
- Exhaust-type systems
- Balanced systems
- HRV and ERV systems
And an overview of:
- System design and layout
- Duct layout and sizing
- Grille and diffuser sizing
- Control system selection
- Combustion appliances
- Depressurization testing
- Air flow measurement
- System start-up
This 3-day course is based on the National Building Code and the CSA F-326 Ventilation Standards. The curriculum expands on the design material that is contained in the Residential Mechanical Ventilation Installation Course, and covers detailed design methods for depressurization prediction (design), depressurization testing, duct design (ventilation systems), and outdoor air connections to forced warm air systems. Learn how to design R-2000 Ventilation Systems, Systems for Baseboard Heated Houses, Systems for Forced Warm Air Houses, Exhaust Only Systems, NBC "Code Minimum" Systems, and Systems for houses with "spillage susceptible" combustion appliances. The Residential Mechanical Ventilation Installation course is a prerequisite for this course.
This course is designed for contractors and building professionals interested in developing opportunities in the growing residential ventilation market, in addition to those currently involved with designing and installing residential mechanical ventilation systems, including energy recovery ventilators. The course covers the fundamentals of air quality assessment, system requirements, and focuses specifically on system design and installation. Course participants receive the complete HRAI Residential Mechanical Ventilation Manual, as endorsed by the Home Ventilating Institute (HVI). Those who achieve 75% or higher on the exam will obtain HRAI certification. This course qualifies for 16 hours of continuing education credits towards NATE recertification, and is "BPI-Recognized" training and qualifies for 16 hours of continuing education hours for individuals certified as a BPI Heating Specialist.
What people are saying about HRAI's Residential Mechanical Ventilation Training (PDF. Opens in new window)
View the course agenda (PDF. Opens in new window). If your company/association is interested in this training, please contact HRAI's Angie Mantei at 1-800-267-2231 Ext. 237.
This 4-day course is based on the new CSA standard F-280-12 “Determining the Required Capacity of Residential Space Heating and Cooling Appliances” a nationally recognized standard which is referenced by all Canadian Building Codes. The course covers basic principles of heat transfer as an introduction to calculate the heat loss and heat gain in building envelopes. These principles are applied to the study of above grade heat loss and heat gain and to below grade heat loss from foundations. The course also incorporates heat loss and heat gain due to air leakage and ventilation. Internal heat gains such as people and plug loads are also included while window shade analysis rounds out the process in performing the overall heat loss and gain calculation methodology. Linked to the new F-280-12 standard are two Microsoft Excel® spreadsheets which are required in order to obtain necessary envelope air leakage rates and foundation loads. The spreadsheets will be introduced during the course but will not be provided to course participants. Prior to attending this course, HRAI strongly recommends purchasing a copy of the standard, which includes the spreadsheets, from CSA.
Special Pricing for CSA F-280-12 Standard
Please Note: The spreadsheets for envelope air leakage rates and foundation loads mentioned above are required in order to prepare an accurate heat loss/gain calculation that is fully compliant with the new CSA F-280-12 standard. All participants in the 4-day HRAI Residential Heat Loss & Heat Gain course will be supplied with a CSA promotion code for a significant discount off the full list price of the CSA standard.
This revised 4-day course builds on the knowledge and skills acquired in the Residential Heat Loss & Heat Gain course. The curriculum covers the proper design of residential air distribution systems in the following topic areas: layout and design of duct systems, sizing of supply and return air ducts including the proper selection of supply and return registers and grilles, C.F.M. calculations, external static pressure, and sheet metal fittings. This course will be invaluable to persons installing and designing new or modifying existing air distribution systems in residential buildings. HRAI recommends that individuals interested in attending this course have prior knowledge of residential Heat Loss & Heat Gain Calculations.
This 2-day course will take the student through the basic theory, design selection, installation and commissioning of Integrated Combination Systems, which use domestic hot water heaters in conjunction with pre-packaged air handlers for residential space heating and potable hot water. HRAI recommends that individuals interested in attending this course have prior knowledge of residential Heat Loss & Heat Gain and Air System Design.
This 2-day course will instruct participants on the proper commissioning (start-up) of residential HVAC air and water systems. The course will cover the following topics: flows and pressures within a forced air or hydronic system, ventilation system commissioning and house depressurization. This course will be invaluable to those installing, servicing and commissioning new or existing residential mechanical systems. HRAI strongly recommends that individuals interested in attending this course have prior training in residential Mechanical Ventilation, Heat Loss & Heat Gain and Air System Design.
This 4-day certification program shows how to design basic residential radiant hydronic heating systems. It includes: converting heating load calculations into water flow rates and fluid temperatures, pipe sizes, flow velocities, head losses, surface temperatures, floor coverings, tube spacing and controls. Equipment selection includes boilers, circulators, valves, air separators and expansion tanks. This course will be invaluable to persons installing and designing new or modifying existing hot water radiant heating systems in residential buildings. HRAI strongly recommends individuals attending this course have prior knowledge of residential Heat Loss & Heat Gain Calculations and experience in calculating friction losses in ducts or pipes.
This 2-day program explores the numerous elements which influence IAQ in residential buildings and will introduce participants to the terms of Indoor Environmental Quality (IEQ) and its effects on health and wellness. The Prevention, Correction and Avoidance (PCA) approach to IAQ is detailed through instruction on the building sciences for cold climates including various options in HVAC equipment and systems. The program reviews the ASTM Standard D-7297-06, Standard Practice for Evaluating Residential Indoor Air Quality Concerns including a look at various instruments and instrumentation used by investigators.
Successful participants receive a wall certificate recognizing them as "qualified" by HRAI and will be asked to sign an Agreement that details their obligations under the Qualification Program. This course is not termed a Certification Program and is not included in the SkillTech Certification Wallet Card.
Small Commercial Training Courses
This 3-day course instructs participants in proper calculation of small commercial heat gains and heat losses, and applies to buildings of up to 3 stories and 600 square metres per storey. Specific topics discussed are: ventilation and infiltration requirements, solar heat gains, peak time of day, outside and inside design conditions, heat transmission through structural components, occupancy loads, heat gain from inside sources and humidification.
This 3-day course builds on the knowledge and skills acquired in the small commercial Heat Gain & Heat Loss Calculations course. Participants will learn to properly design commercial air distribution systems for applications of up to 3 stories and 600 square metres per storey. The course provides instruction on such specific topics as fan laws, duct types and their configurations, air distribution methods, layout and design of low velocity duct systems, design methods, air delivery systems and fire damper installation. Also covered is the sizing of supply and return air ducts, including the proper selection of supply and return registers and grilles, C.F.M calculations, external static pressure and sheet metal fittings. Please note: A-Duct-A-Lator is required for this course.