Join us to become a sought-after expert in Qatar’s thriving construction and engineering industry.
- HVAC Design (Load Calculation)
- System Selection & Classification
- Air Distribution System
- Ventilation Systems
- Chilled Water Systems
Design Training in MEP System
HVAC System Design
Dynatech is specialized in providing comprehensive training programs to individuals seeking to excel in the field of HVAC design within the MEP industry. Our specialized training programs combine theoretical principles with real-world applications, enabling participants to create energy-efficient and sustainable HVAC systems for buildings and infrastructure. Led by industry experts and utilizing state-of-the-art software and techniques, our training prepares individuals for a successful career in HVAC design.
- English
- Offline
- 6 Weeks
Course content
Introduction To HVAC System & Design
1. Vapour Compression Cycle
2. ASHRAE-Human Comfort Conditions
3. Types of Heats and Heat Transfers
4. System Psychrometrics-DB, WB, RH,DP
5. System Classification
HVAC Design (Load Calculation)
1. Design Basics (Requirements, Standards & Factors)
2. Load Estimation Sheets &ASHRAE Handbook
3. Heat Load Calculation (Manual Calculation based on a Project)
4. Heat Loss Calculation (Manual Calculation based on a project)
5. Hourly Analysis Program (HAP) -Software Training based on a real time Project
System Selection And Classification
1. Design Review (HAP Output)
2. Classification of HVAC Systems (Constant Air Volume (CAV), Variable Air Volume (VAV))
3. System Division based on a Project
4. Equipment Selections-Based on computer selection sheet from Manufacturers
5. Perfomance chart review
6. Coefficient of Performance (COP)/Energy Efficiency Ratio (EER)
Air Distribution System
1. Introduction to Air Distribution System (Based on AHSRAE, SMACNA and DW Standards)
2. Duct Design-Velocity Method (Based on real time Project)
3. Duct Design -Equal Friction Method (Based on real time Project)
4. Duct Design-Static Regain Method (Based on real time Project)
5. Air Terminals and Selection of Terminals
6. External Static Pressure Calculation for Ducts
7. Fan Selection (Pressure and Noise Considerations)
Ventilation Systems
1. Introduction to Ventilation
2. Types of Ventilation Systems (Positive, Negative & Balanced)
3. Smoke Ventilation System with Design
4. Stairwell Pressurization System with Design
5. Kitchen Ventilation System with Design
6. Car Park Ventilation with Design
7. Lobby Pressurization with Design
8. Mehcanical Room Ventilations
9. Types of Equipments and Selections
10. Energy Recovery System-HRU
11. Ecology Units
12. Ozone Generators
Chilled Water Systems
1. Chilled Water System Design (Primary, Secondary, Teritiary Systems)
2. Chillers and Chiller Selections (Air Cooled and Water Cooled)
3. Piping Design for Chilled Water System
4. Valves and Valve Selections
5. Pumps and Pump Head Calculations
6. Net Positive Suction Head (NPSH) and Total Dynamic Head (TDH)
7. Pressurization Unit and Expansion Tanks
8. Heat Exchanger Selection and application
9. Chemical Dossing System
10. Chiller Plant Manager
11. Cooling Tower Basics
Project Execution
1. Project Flowchart
2. BOQ and take off.
3. Air Balancing
4. Water Balancing
5. Testing and Commissioning
6. Maintenance (Preventive and Corrective)
7. Project Handover
Software Supports
1. Carrier HAP -Carrier HAP is a software tool for performing heating and cooling load calculations and analyzing HVAC system performance in buildings.
2. McQuay Duct Sizer – McQuay Duct Sizer software is used for accurately sizing HVAC duct systems in commercial and industrial projects.
3. McQuay Pipe Sizer – McQuay Pipe Sizer is a software tool for sizing pipes in HVAC and plumbing systems
4. ASHRAE Duct Fitting Database – The ASHRAE Duct Fitting Database provides airflow resistance data for HVAC duct fittings.
5. Excel Sheets for ESP and Pump Head Calculations
FAQ
HVAC system design involves designing a heating, ventilation, and air conditioning system tailored to meet specific building requirements. It focuses on ensuring optimal temperature,air velocity, , air quality, and energy efficiency through the selection of suitable equipment, duct work,air terminals and controls. Dynatech Qatar specializes in providing comprehensive training programs for HVAC system design within the MEP industry. Their training integrates theoretical knowledge with practical applications, equipping participants to create sustainable and energy-efficient HVAC solutions for various applications. Led by industry experts and utilizing advanced software and techniques, Dynatech’s programs prepare individuals for successful careers in HVAC system design.
HVAC design is shaped by factors like building size,geographical orientation,type of application, climatic conditions, energy efficiency goals, indoor air quality needs, occupant comfort preferences, and regulatory standards. These elements guide the selection of equipment, system layout, and control strategies to ensure effective performance and sustainability. Dynatech Qatar specializes in providing comprehensive training programs for HVAC system design within the MEP industry. Their training integrates theoretical knowledge with practical applications, equipping participants to design energy-efficient and sustainable HVAC systems. Led by industry experts and utilizing advanced software and techniques, Dynatech Qatar’s programs prepare individuals for successful careers in HVAC design.
In a high-rise building, HVAC systems use centralized equipment for heating, cooling, and ventilation. They distribute air through ducts in vertical shafts, employing zone controls for efficient temperature management and maintaining indoor air quality across multiple floors.For Energy efficiency heat recovery units are mandatory in high rise building to manage the temperature of Fresh Air to building. Dynatech Qatar specializes in providing comprehensive training programs for HVAC system design within the MEP industry. Their training combines theoretical principles with practical applications, equipping participants to design energy efficient and sustainable HVAC systems. Led by industry experts and using state-of the-art software, Dynatech Qatar prepares individuals for successful careers in HVAC system design, ensuring they meet industry standards and client requirements effectively. Connect with social network.
Key considerations for designing an effective HVAC system include building size,building orientation, layout, and usage, climatic conditions, energy efficiency goals, indoor air quality requirements, occupant comfort preferences, and adherence to regulatory standards. These factors ensure optimal performance and sustainability in HVAC system design. Dynatech Qatar is specialized in providing comprehensive training programs for HVAC system design within the MEP industry. Their training combines theoretical principles with practical applications, empowering participants to create energy-efficient and sustainable HVAC solutions. Led by industry experts and utilizing advanced software and techniques, Dynatech Qatar’s training prepares individuals for successful careers in designing HVAC systems that meet modern building requirements and environmental standards