Advanced HVAC Design
Master cutting-edge techniques in Advanced HVAC Design for optimal building performance and energy efficiency.
About This Course
The Advanced HVAC Design course provides a deep dive into HVAC load calculations, system selection, and execution techniques, equipping MEP professionals with the knowledge and tools to design, implement, and optimize HVAC systems for energy efficiency, cost-effectiveness, and regulatory compliance.
Designed for HVAC engineers, MEP consultants, and designers, this program focuses on modern methodologies, software applications, and industry best practices to enhance system performance, sustainability, and operational efficiency.
Who Should Enroll?
- HVAC engineers and designers looking to master advanced HVAC system design principles.
- MEP consultants and contractors aiming to enhance their expertise in load calculations, energy-efficient solutions, and compliance.
- Project managers and facility engineers seeking a practical understanding of system selection, installation, and troubleshooting.
- Sustainability professionals focusing on green HVAC solutions and BMS integration.
Career Opportunities
- HVAC system design and engineering
- MEP consulting and contracting
- Building energy management and optimization
- Smart building technology integration
- Commissioning and troubleshooting of advanced HVAC systems
Course Highlights:
1. Fundamentals of HVAC Systems
- Introduction to advanced HVAC technologies and modern system applications.
- Classification of HVAC systems: chillers, VRF/VRV, AHUs, FCUs, split systems, and heat pumps.
- Understanding thermodynamics and heat transfer principles in HVAC design.
2. Heat Load Calculations and Cooling Load Estimation
- Mastering cooling and heating load calculations using software like HAP, TRACE 700, and Revit MEP.
- Analyzing external and internal heat gains.
- Understanding ASHRAE cooling load temperature difference (CLTD) and radiant time series method (RTSM).
3. Psychrometrics in HVAC Design
- Fundamentals of psychrometric charts and air properties.
- Application of relative humidity, enthalpy, dew point, and dry bulb/wet bulb temperatures in HVAC system design.
- Optimizing indoor air quality (IAQ) and thermal comfort.
4. HVAC System Selection & Equipment Sizing
- Key parameters for selecting chillers, air handling units (AHUs), fan coil units (FCUs), and packaged units.
- Comparative analysis of VRF/VRV systems vs. conventional HVAC systems.
- Load matching and part-load efficiency considerations.
5. Duct and Piping Design for HVAC Systems
- Principles of duct sizing, layout, and pressure drop calculations.
- Duct material selection and fire safety considerations.
- Chilled water and refrigerant piping design, including velocity, pressure loss, and insulation.
- Application of ASHRAE, SMACNA, and DW 144 standards in ductwork and piping design.
6. Energy-Efficient HVAC Design Strategies
- Implementing variable air volume (VAV) and demand-controlled ventilation (DCV) systems.
- Energy-saving techniques, including heat recovery systems, economizers, and free cooling.
- Integration of renewable energy sources such as solar-assisted HVAC systems.
- Compliance with LEED and Estidama green building standards.
7. Execution and Installation Techniques
- Best practices for HVAC system installation, testing, and commissioning.
- Site management, quality control, and safety protocols.
- Ensuring code compliance (NFPA, ASHRAE, and local regulations).
8. Building Management Systems (BMS) and Smart HVAC Controls
- Automation and control strategies for optimizing HVAC system performance.
- Role of IoT, AI, and predictive analytics in HVAC efficiency.
- Case studies on successful BMS-integrated HVAC projects.
9. Commissioning, Troubleshooting, and Performance Optimization
- Pre-commissioning and post-commissioning procedures.
- Identification and rectification of common HVAC issues.
- Long-term system maintenance and lifecycle cost analysis.
10. Real-World Case Studies and Applications
- Analysis of successful HVAC design and implementation in commercial, residential, and industrial projects.
- Lessons learned from energy-efficient and sustainable HVAC installations.
- Exploring the future of high-performance HVAC systems in smart cities.
Why Choose This Course?
This course is tailored to professionals seeking expertise in advanced HVAC design principles, energy-efficient system implementation, and cutting-edge technology integration.
Participants will gain hands-on experience with industry-leading software tools such as HAP, TRACE, and Revit, enabling them to perform precise calculations and optimize HVAC system performance.
- Expert guidance from an industry leader with proven expertise in MEP engineering.
- Customized training programs designed to meet global standards and market demands.
- A strong focus on building careers in the GCC, Middle East, and beyond.
Get in Touch with MEP Trainers
Have questions? Ready to enroll? Reach out to us, and our team will assist you every step of the way.