Time: 8:00 AM - 4:00 PM
Location: QSTP
USD 1500 (≈ QAR 5460)
Start Date: September 21, 2026
End Date: September 24, 2026
The Certified HVAC Design Professional (CHDP) Training Program is a premier, industry-aligned certification course designed to equip professionals with the expertise to design efficient, compliant, and sustainable HVAC systems. From foundational principles (load calculation, psychrometrics) to advanced topics (Building Automation Systems [BAS] controls, green building standards etc), this program blends theoretical knowledge with practical application—preparing participants to lead HVAC design projects for commercial, institutional other facilities. Aligned with global standards (ASHRAE, GSAS/LEED), it is the definitive pathway to becoming a trusted HVAC design expert capable of delivering high-performance, energy-smart solutions.
Disclaimer → GORD reserves the right to make alterations to the workshop program, venue, timings and date at any time without any liability on GORD towards individuals or organizations enrolling in the workshop.
$ 1500
Course Curriculum
Lecture: 1 Module 1: Introduction and Fundamentals of HVAC
Lecture: 2 Module 2: Psychrometrics
Lecture: 3 Module 3: Codes & Standards, ASHRAE Standards – 55, and 62.1
Lecture: 4 Module 4: Building Cooling & Heating Load Calculations
Lecture: 1 Module 5: System Selection
Lecture: 2 Module 6: Overview of Commissioning and Standard 180
Lecture: 3 Module 7: HVAC system’s Design Process
Lecture: 4 Module 8: Basic Design of Air side systems
Lecture: 1 Module 9: Basic Design of Hydronic systems
Lecture: 2 Module 10: HVAC Equipment
Lecture: 3 Module 11: HVAC Systems
Lecture: 4 Module 12: Building Controls and Automation Systems
Lecture: 1 Module 13: Sustainability, Green Building/High Performance Buildings/nZEB
Lecture: 2 Module 14: Working Example 1 – Education Facility
Lecture: 3 Module 15: Working Example 2 – Multistory Office Building
What you will Learn
By completing this program, you will learn:
1. Core Fundamentals
Calculate heating and cooling loads for any building type using industry-standard methodologies and software.
Interpret psychrometric charts to design effective air distribution and humidity control systems.
Select optimal HVAC systems (air-based or hydronic) based on project requirements and efficiency goals
2. System Design & Engineering
Design basic air systems, including ductwork layout, airflow balancing, and ventilation strategies
Develop hydronic systems, such as piping networks, pump sizing, and heat transfer calculations.
Evaluate and specify HVAC equipment (chillers, boilers, air handling units, Fan Coil Units, Fans, Pumps etc) for reliability and energy efficiency.
3. Advanced Technologies & Compliance
Integrate Building Automation Systems (BAS) to optimize control, reduce energy use, and enhance occupant comfort.
Apply green building standards (GSAS/LEED, HPB, NZEB) and adhere to ASHRAE guidelines (62.1, 55, 180) for ventilation, thermal comfort, and indoor air quality.
4. Real-World Application
Solve complex design challenges through case studies of education facilities and multi-story office buildings.
Translate theoretical knowledge into actionable plans—from concept to commissioning—for real-world projects.
Instructors
Course Features
Duration:
32.0 hours
Fees:
USD 1500 (≈ QAR 5460)
Learning Hours (LH):
Language:
English
Experience Level:
Intermediate
Accreditation:
Course Type:
Professional Courses
Status
