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ASHRAE HFDP Exam Syllabus Topics:

Section	Weight	Objectives
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 - Energy Efficiency 1. Describe exemptions from the energy standard 2. Determine inefficiencies in healthcare system design 3. Demonstrate knowledge of limitations of energy saving strategies 4. Apply aspects of energy efficiency specific to healthcare - Room Design 1. Apply ventilation requirements for various healthcare spaces 2. Design HVAC systems for operating rooms, patient rooms, isolation rooms 3. Optimize air distribution and filtration for clinical areas - 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
Unique Requirements for Healthcare Facilities	24%	- Fire and Life Safety 1. Comply with NFPA codes for healthcare occupancies 2. Apply smoke control and fire protection strategies - 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 - 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 - Testing, Adjusting, Balancing, and Commissioning 1. Demonstrate understanding of existing conditions prior to renovation 2. Recognize performance metrics of commissioning 3. Prepare reports per guidelines 4. Describe test procedures for commissioning various areas requiring unique pressure relationships - Controls and Instrumentation 1. Demonstrate understanding of room pressure controls 2. Monitor temperature and humidity controls 3. Monitor mechanical, electrical, and fire shut down controls 4. Demonstrate understanding of HVAC system monitoring strategies - Medical Equipment 1. Coordinate HVAC design with medical gas and vacuum systems 2. Understand requirements for imaging and surgical equipment - Central Plants 1. Design and operate central utility plants for hospitals 2. Understand steam, chilled water, and emergency power systems - Operations and Maintenance 1. Develop maintenance programs for healthcare HVAC systems 2. Ensure system reliability and performance over time
Standards, Guidelines, and Codes for HVAC&R System Design for Healthcare Facilities	24%	- Regulatory Codes 1. Comply with federal, state, and local building codes 2. Recognize requirements of local authorities 3. Understand Joint Commission and CMS requirements - 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.)
Medical Background Information	13%	- Contamination of Water Supply 1. Apply water safety management strategies 2. Identify sources of water contamination in healthcare facilities - Terminology 1. Recognize relevant medical terms (e.g., immune compromise) 2. Demonstrate understanding of various healthcare occupancy types - Departments and Medical Procedures 1. Apply HVAC design to medical functional areas 2. Apply understanding of medical procedures to room designs - Airborne vs. Contact Infection and Contamination 1. Distinguish between airborne and contact transmission of pathogens 2. Demonstrate understanding of infection control principles - Equipment 1. Describe relationship of medical equipment to HVAC design 2. Identify basic medical equipment

ASHRAE Healthcare Facility Design Professionals Sample Questions:

1. An airborne infection isolation (AII) patient room has a volume of 1,100 cubic feet (31.15 m³) and requires a minimum supply airflow of 12 air changes per hour (ACH). Airflow across the door to maintain pressurization is 150 CFM (70.8 L/s). Leakage and toilet room exhaust is 130 CFM (61.4 L/s). What airflow should the exhaust fan serving the patient room and toilet room be sized for?

A) 370 CFM (174.6 L/s)
B) 150 CFM (70.8 L/s)
C) 500 CFM (236.0 L/s)
D) 70 CFM (33.0 L/s)

2. In accordance with ASHRAE Standard 170, which of the following must be maintained when air change rates are reduced during unoccupied periods?

A) Required temperature range
B) Required direction of air movement
C) Required humidity range
D) Required minimum outside air

3. Which of the following standards requires a machinery room when the maximum amount of refrigerant per the standard is exceeded?

A) ASHRAE Standard 15
B) ASHRAE Standard 34
C) ASHRAE Standard 170
D) ASHRAE Standard 62.1

4. In accordance with ASHRAE Standard 170, what is the MINIMUM outdoor air change rate for a patient room in a nursing unit?

A) 12 ACH
B) 2 ACH
C) 4 ACH
D) 6 ACH

5. HVAC design for cardiac catheterization suites must take into account that the facilities:

A) Are required to have treatment rooms with negative pressure
B) Are associated with relatively noninvasive procedures
C) Require infrequent mechanical upgrades
D) Contain significant electrical equipment loads

Solutions:

Question # 1
Answer: A

Question # 2
Answer: B

Question # 3
Answer: A

Question # 4
Answer: B

Question # 5
Answer: D