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ASHRAE HFDP Exam Syllabus Topics:
| Section | Weight | Objectives |
| Topic 1: Standards, Guidelines, and Codes for HVAC&R System Design for Healthcare Facilities | 24% | - Standards and Guidelines
- 1. Apply FGI/AIA Guidelines for Healthcare Facilities
- 2. Interpret relevant ASHRAE Handbooks and design manuals
- 3. Demonstrate understanding of ASHRAE standards (170, 90.1, 62.1, etc.)
- Regulatory Codes
- 1. Recognize requirements of local authorities
- 2. Comply with federal, state, and local building codes
- 3. Understand Joint Commission and CMS requirements
|
| Topic 2: HVAC&R System Design for Healthcare Facilities | 39% | - Pressure Control
- 1. Identify types of rooms that require static pressure control
- 2. Apply methods to accomplish static pressure control
- 3. Describe methods for measurement, notification, and documentation
- Room Design
- 1. Design HVAC systems for operating rooms, patient rooms, isolation rooms
- 2. Optimize air distribution and filtration for clinical areas
- 3. Apply ventilation requirements for various healthcare spaces
- Equipment and Application
- 1. Understand redundancy requirements for critical systems
- 2. Apply specialized equipment for infection control
- 3. Select appropriate HVAC equipment for healthcare applications
- Energy Efficiency
- 1. Describe exemptions from the energy standard
- 2. Demonstrate knowledge of limitations of energy saving strategies
- 3. Determine inefficiencies in healthcare system design
- 4. Apply aspects of energy efficiency specific to healthcare
|
| Topic 3: Unique Requirements for Healthcare Facilities | 24% | - Disaster Mitigation, Management, and Recovery
- 1. Evaluate needs following catastrophic events
- 2. Demonstrate understanding of hazard vulnerability analysis
- 3. Design contingencies following utility system failure
- Controls and Instrumentation
- 1. Monitor temperature and humidity controls
- 2. Demonstrate understanding of HVAC system monitoring strategies
- 3. Monitor mechanical, electrical, and fire shut down controls
- 4. Demonstrate understanding of room pressure controls
- Operations and Maintenance
- 1. Develop maintenance programs for healthcare HVAC systems
- 2. Ensure system reliability and performance over time
- Medical Equipment
- 1. Understand requirements for imaging and surgical equipment
- 2. Coordinate HVAC design with medical gas and vacuum systems
- Infection Control
- 1. Design systems to minimize airborne pathogen transmission
- 2. Implement infection control risk assessments (ICRA)
- 3. Describe strategies for epidemiology related to HVAC
- Fire and Life Safety
- 1. Comply with NFPA codes for healthcare occupancies
- 2. Apply smoke control and fire protection strategies
- Testing, Adjusting, Balancing, and Commissioning
- 1. Prepare reports per guidelines
- 2. Describe test procedures for commissioning various areas requiring unique pressure relationships
- 3. Recognize performance metrics of commissioning
- 4. Demonstrate understanding of existing conditions prior to renovation
- Central Plants
- 1. Design and operate central utility plants for hospitals
- 2. Understand steam, chilled water, and emergency power systems
|
| Topic 4: Medical Background Information | 13% | - Airborne vs. Contact Infection and Contamination
- 1. Demonstrate understanding of infection control principles
- 2. Distinguish between airborne and contact transmission of pathogens
- Equipment
- 1. Describe relationship of medical equipment to HVAC design
- 2. Identify basic medical equipment
- Contamination of Water Supply
- 1. Apply water safety management strategies
- 2. Identify sources of water contamination in healthcare facilities
- Departments and Medical Procedures
- 1. Apply understanding of medical procedures to room designs
- 2. Apply HVAC design to medical functional areas
- Terminology
- 1. Recognize relevant medical terms (e.g., immune compromise)
- 2. Demonstrate understanding of various healthcare occupancy types
|
ASHRAE Healthcare Facility Design Professionals Sample Questions:
1. The following information refers to the diagram above.

The following information refers to the diagram above:
* The room is an Airborne Infection Isolation Room with a series anteroom.
* The room volume is 960 cubic ft. (27 cubic m).
* The room cooling load is 4,000 Btu/hr sensible only. (Ignore latent loads.) (1172 W)
* The supply air temperature is 55° F (12.8° C), and the room temperature set point is 75° F (23.9° C).
* The toilet exhaust is 100 cfm (47.2 L/s).
* The total room envelope leakage area is 35 sq. in. (22.575 sq. cm), (A_L).
* The anteroom supply air volume is 75 cfm (35 L/s).
* The design pressure difference complies with FGI Guidelines (D_p) (in. water/kPa).
* The room air flow difference (Q_d) is defined by the following:
Q_d = (7p)^0.65 x A_L / 0.019564
(SI) Q_d = (7p)^0.65 x A_L / 10,000
Based on the diagram and the information above, what is the MINIMUM design room air exhaust volume?
A) 100 cfm (48 L/s)
B) 250 cfm (117 L/s)
C) 300 cfm (142 L/s)
D) 75 cfm (35 L/s)
2. Which of the following is a code specific to healthcare facilities?
A) NFPA 96
B) NFPA 99
C) NFPA 90A
D) NFPA 45
3. Environmental conditions, systems, and physical plant equipment are BEST monitored by a:
A) Building operations staff member
B) Fire alarm system
C) Facility rounds checklist program
D) Building automation system
4. A single level of a medical center provides for inpatient care and measures 202 ft. (61.57 m) by 220 ft. (67.06 m). Which of the following represents the MINIMUM number of smoke compartments that this space must be divided into?
A) 1
B) 2
C) 3
D) 4
5. In accordance with ASHRAE Standard 170, which of the following areas is required to have a positive pressure relationship?
A) Cystoscopy surgical suite
B) Nuclear medicine laboratory
C) Morgue and autopsy area
D) Physical therapy room
Solutions:
Question # 1 Answer: B | Question # 2 Answer: B | Question # 3 Answer: D | Question # 4 Answer: B | Question # 5 Answer: A |