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HVAC SYSTEM DESIGN ENGINEERING
HVAC Design Engineering Course Syllabus:
This HVAC Design Engineering Course offers a thorough exploration of HVAC (Heating, Ventilation, and Air Conditioning) systems design principles, regulations, and practical applications. Participants will delve into key concepts, codes, and industry standards, mastering the latest techniques for efficient and effective HVAC system design. Through hands-on exercises and real-world case studies, attendees will learn to create sustainable and compliant HVAC solutions tailored to diverse environments
1. Introduction to HVAC Engineering
• Why HVAC?
• History of HVAC
• Life without HVAC
• Career in HVAC and Growth
2. Physics behind HVAC
• Important concepts/Equations
• BTU, TR, Unit Conversion
• Heat Transfer
• Conduction, Convection, Radiation
3. HVAC Parameters
• Dry bulb temperature
• Wet Bulb Temperature
• Dew Point Temperature
• Absolute Humidity and Relative humidity
• Enthalpy, Sensible & Latent Heat
• Significance of Above Parameters in System Design
4. HVAC Refrigeration Cycles & Principles
• Compression
• Condensation
• Expansion
• Evaporation
5. Types of AC System
• Window AC
• Split AC
• VRF System
• Package unit AC
• Air Handling Unit (AHU)
• Fan Coiled Unit
• Chilled Water System
6 . HVAC Duct System
• Duct classification
• Duct Insulation
• Duct Designing
o Manual Method
o Velocity Constant Method
o Static Regain Method
o McQuay Duct Size
7. Chiller Piping System Design
• Design of chilled water pipes
o Constant Velocity Method
o Velocity + Friction Method
• Chilled water pipe Insulation
• Chilled water pump Selection
• Open head pumping system
• Closed head pumping system
8. Fans & Ventillation
• Fan laws
• Pressure laws
• Types of fans & selection
• Forward backward curve pump
• Toiler exhaust
• Kitchen exhasut
• Basement exhaust
9. Air Terminal System
• Diffuser and its type
• Grill
• Sizing
10. Psychometric Chart Reading and Application
11. HVAC Load Calculation
• Manual Load Calculation
• HAP Software
12. Boiler System Design
13. HVAC Drafting via 2D and 3D CAD tools
14. Fundamanetals of Energy Modelling
15. CFD Modelling
16. HVAC Equipment Selection Guide and Tools
17. ASHRAE and Other Codes & Standards
18. Quizzes and Assignments Every Week
19. Projects
• Retail Project
• Office fit-out project
• Residential project
• Commercial Project
20. Final Comprehensive Test (Written & Oral)
21. Resume Preparation Workshop
22. Mock Interviews
New Batch Date & Timing
- Starting Date: First Week of The Month
- Class Timing: Contact Us
- Course Duration: 3-4 Months
Contact us !
- +1 945 265 2331
- contact@everestmepinstitute.com
Course Cost
Cost:
- Course starting fee: $ 999.99 down payment
- Upon getting job: 10% of the first year salary. Payable in 6 installements (Deduct down payment). Legally binding contract needs to signed. Course value is $15,000.00
Eligibility:
- For engineering courses, minimum associate degree (2 -year) is required, Bachelor’s degree is preferred.
- For CAD/3D drafting courses, minimum high school degree is required.
- Proof of eligibility to work in the USA is required before starting the course.
Course Benefits & Other
Services:
- Learn hard skills that will serve lifetime.
- Due to shortage of electrical, mechanical and plumbing engineers, MEP engineer’s compensation is growing fast all over the United States.
- 100% placement assistance with resume preparation,mock interviews, and marketing.
- First year job support and guidance by in-house experts.
- H1B and GC sponsorship available for qualifed candidates. Must have work permits.
- We get paid only if you get paid, so our team is 100% dedicated to your success.
- We are a team of industry professionals ranging from 10-20 years of experience in MEP industry.