HVAC Design Self-Training CourseOur HVAC Design Self-Training Course will help you to quickly gain the practical skills in HVAC design of industry scale projects other engineers obtain only after five to ten years of work within a consulting company. Everything you need in one package - Design Software, Study Materials, Assignment Projects, Drawings and more! Electronic delivery! |
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E-Book 'A to Z HVAC Design for Engineers'Learn the secrets of rational, math and sequence practiced by the best consulting companies in Canada and USA, designing air-conditioning systems for commercial and institutional buildings. Electronic delivery in easy-to-read pdf format! |
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'HVAC Engineering Toolkit'Unlock the potential for rapid interlinked HVAC systems design with this set of MS Excel coded spreadsheets. Includes the following design tools: 'Design Loads', 'Air Flow', 'Water Flow', ' Comfort', ' Psychrometrics' |
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'Design Loads™' MS Excel ModuleThis easy-to-use MODULE™ will calculate heating and cooling design loads, size air handling units’ sizes, fans, central and other heating and cooling coils, reheat coils, perimeter radiation, including constant and variable air volume air conditioning systems. Results are presented in printable and easy-to-read tables that can be submitted for permitting. |
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'Thermal Comfortâ„¢' MS Excel ModuleUse this easy-to-use module to quickly design a comfortable indoor environment as defined by ASHRAE Standard 52 'Thermal Environmental Conditions for Human Occupancy' |
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'Air Flowâ„¢' MS Excel ModuleAutomatically calculates diffuser jet projections, characteristic lengths, throws, number of outlets, ductwork sizing and more. Produces schedule-type outputs. Can be used as a stand-alone tool or integrated with the Design Loads Moduleâ„¢! |
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'Water Flowâ„¢' MS Excel ModuleThe WaterFlow Moduleâ„¢ will calculate piping network sizes for you, taking into account piping materials and fluid temperatures of your choice, and provide intuitive and easy-to-read schedule-type outputs! A Thermal Load Calculatorâ„¢ is also included, calculating thermal loads carried by direct and reverse return piping systems! |
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Self-study Design ProjectChallenge yourself to a complete HVAC systems design scenario. Dont miss the opportunity to see if you can handle the Project Engineer position - you will be given requirements, drawings and milestones. Get peer reviews of your work and professional advice from practicing Professional Engineers of Ontario. |
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- Training Course
- HVAC eBook
- Toolkit
- Design Loadsâ„¢
- Psychrometricsâ„¢
- Thermal Comfortâ„¢
- Air Flowâ„¢
- Water Flowâ„¢
- Project
- Tutoring
- Materials may be covered by tuition tax rebate program in your Country
- Reduce on-going training costs! Increase educational ROI
- Transparent,validated, highly accurate HVAC System Design Algorithms
- Validated, easy to use HVAC Loads, Piping and Ductwork Design Software Tools
- Take your career in HVAC Systems Design to the next level!
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