BPI-MFBA Exam Format | Course Contents | Outline | Syllabus | Objectives

BPI-MFBA Exam Syllabus & Study Guide

Before you start practicing with our exam simulator, it is essential to understand the official BPI-MFBA exam objectives. This course outline serves as your roadmap.

The information below reflects the 2026 syllabus defined by BPI.

Below are complete topics detail with latest syllabus and course outline, that will help you good knowledge about exam objectives and topics that you have to prepare. These contents are covered in questions and answers pool of exam.

1.1 Building Science 1. Understand basic heat transfer mechanisms 2. Understand moisture transport mechanisms 3. Understand multifamily building airflow characteristics (single zone, parallel floor, compartmentalization, etc.) 4. Understand and Identify typical multifamily ventilation system design strategies and applications 5. Associate interaction of stack effect and airflows in ventilation stacks 6. Understand air leakage issues related to elevators 7. Define effective R-value 8. Demonstrate how to use the psychrometric chart 9. Understand IAQ pollutant transport mechanisms 10. Understand basic combustion science 11. Understand combustion technologies 12. Understand how heat recovery works for ventilation systems 13. Understand how heat recovery works for domestic hot water systems 14. Identify correct lumen requirements for light levels in different areas of the building 15. Associate relationship between lighting/appliance retrofits with internal gains and heating/cooling loads 16. Be familiar with proper de-manufacturing and disposal procedures for appliances and lighting components 17. Calculate heating (and cooling) degree days 18. Know the heat content of typical fuels 19. Define sensible and latent loads 20. Understand interactivity of energy efficiency measures and predicted savings 1.2 Auditing Skills 1. Written communication skills 2. Verbal communication skills 3. Knowledge of and ability to use word processing software 4. Knowledge of and ability to use spreadsheet software 5. Determine who the decision-maker is for the building 6. Determine who has the information needed to provide the data needed to conduct a complete audit 7. List items for pre-interview data collection 8. Demonstrate ability to obtain accurate, appropriate, relevant information from all parties 9. Demonstrate ability to apply LAYER technique during interviews (Listen, Acknowledge, Explore, Respond) 10. Demonstrate ability to communicate information to a variety of audiences (residents, staff, management, etc.) 11. Understand the cultural context of each building’s housing environment 12. Understand and apply appropriate confidentiality protections when interviewing people and inspecting living units 13. Obtain and evaluate the existing maintenance schedule and capital replacement schedule 14. Educate building occupants and staff to ensure good decisions and practices are maintained post-audit 15. Determine purpose of audit: energy, IAQ, etc. 16. Identify common elements of an audit document 17. Ability to read and understand operating manuals for mechanical systems 18. Determine appropriate retrofit options based on observed and analyzed data 19. Determine when additional outside expertise is required to complete the inspection, analysis, and/or report 20. Demonstrate ability to accurately collect and record observed data 21. Demonstrate ability to review and analyze data to form logical conclusions 22. Estimate costs of installed measures 23. Estimate labor requirements for installation of measures 24. Predict results of installed measures 25. Prioritize installation of measures unique to multifamily buildings 26. Evaluate cost-effectiveness of measures 27. Evaluate savings opportunities related to demand reduction 28. Evaluate savings opportunities related to fuel switching 29. Determine energy consequences of IAQ control 30. Develop a work scope and project report based on audit results 31. Identify typical multifamily building structural systems and construction types 32. Identify components of multifamily building envelope systems 33. Identify typical multifamily building mechanical systems (heating, cooling, hot water, ventilation) 34. List and define comprehensive list of typical energy savings opportunities for the building type 35. Identify building envelope component assemblies 36. Identify types of unitary heating and cooling equipment (wall furnace, electric furnace, heat pump, wall A/C, etc.) 37. Identify motor types AC/DC 38. Demonstrate ability to develop a full mechanical equipment schedule 39. Demonstrate ability to develop a schedule of existing electrical fixtures and appliances 40. Determine appropriate recommendations for motor replacement schedules 41. Evaluate cost-effectiveness of motor replacement 42. Evaluate cost-effectiveness of advanced technologies for energy savings 43. Evaluate electrical savings for lighting retrofits in all areas of the building (living units, common areas, exterior) 44. Evaluate electrical savings from installation of energy efficient lighting controls 45. Evaluate daylighting opportunities for energy savings 46. Evaluate electrical savings for appliance replacement (refrigerators, window/wall AC units, washers, dryers, etc.) 47. Identify typical metering configurations 48. Determine how the metering configuration impacts the recommendations in the project report 49. Evaluate electrical savings opportunities using electrical use indices 50. Evaluate cost-effectiveness of demand reduction strategies 51. Evaluate opportunities for renewable energy retrofits 52. Demonstrate ability to produce a complete project report (evaluation of existing conditions, scope of proposed work, savings estimates, job cost estimates, other recommendations, etc.) 1.3 Inspection and Diagnostic Skills 1. Select appropriate tools and equipment to perform tasks required for the audit 2. Demonstrate proper use of tools and equipment to perform tasks required for the audit 3. Identification and diagnosis of moisture issues 4. Ability to read blueprints 5. Using blueprints, identify where important airflow paths may be 6. Visual inspection procedures for mechanical equipment (heating, cooling, hot water, ventilation) 7. Inspect condition and effectiveness of ventilation systems 8. Measure flow rates of mechanical ventilation systems 9. Inspect and verify type and condition of insulation in building envelope components 10. Locate building air leakage paths and bypasses contributing to stack effect and/or uncontrolled infiltration/exfiltration 11. Locate airflow communication paths between units 12. Associate elevator location and system design to airflow performance in the building 13. Evaluate when ventilation of elevator shafts may be sealed to improve building performance, energy savings, etc. 14. Window and door inspections for proper fit, operation, and performance 15. Evaluate estimated U-value of windows 16. Evaluate effective R-value of building envelope components 17. Identify locations of thermal bridges in the building envelope 18. Determine retrofit options for thermal envelope improvements 19. Identify mechanical system components and their functions for: hydronic, steam, forced air heating and cooling systems 20. Combustion efficiency testing 21. Determine if combustion equipment is operating within acceptable operating ranges 22. Assess heating plant operation and conditions 23. Understand mechanical system controls and their impact on system performance 24. Identify and assess condition of HVAC distribution systems 25. Identify fire suppression systems 26. Determine if EEM’s will compromise operation of fire suppression systems 27. Identify water circulation systems and evaluate potential energy savings 28. Understand pump sizing criteria 29. Identify point of use water saving measures (low flow devices, toilets, clothes washers, etc.) 30. Measure domestic hot water temperature at the point of use 31. Measure light levels using lumen meter 1.4 Installation and Analysis Skills 1. Collect utility consumption data (energy and water usage) 2. Graph monthly energy source usage 3. Apply unit-by-unit analysis 4. Apply whole building (or complex) analysis 5. Apply dual fuel analysis 6. Calculate heating, cooling, and base loads 7. Understand weather-dependent results of usage analysis 8. Compare usage analysis results to observed conditions in the building 9. Compare computer model to utility data 10. Know what to do when consumption data is not available or incomplete 11. Understand utility rate structures 12. Identify consumption patterns indicating savings opportunities 13. Establish energy use indices 14. Determine who pays for the utilities in the building 15. Establish fuel and energy load baselines 16. Attribute energy consumption to end uses 17. Establish proper fuel unit costs 18. Calculate heat loss and heat gain 19. Differentiate between bin/DD/hourly analysis 20. Calculate heating and cooling loads 21. Demonstrate ability to collect, prepare, and input data accurately 22. Calibrate the model and verify results are realistic 23. Know typical modeling algorithms 24. Understand how models work and how to troubleshoot 25. Identify existing software tools and their appropriate applications 26. Justify the model against actual consumption 27. Compare the cost of the predicted energy savings against the actual highest unit usage 28. Calculate the estimated energy savings for recommended EEM’s 29. Demonstrate life cycle analysis for recommended EEM’s 30. Quantify non-energy savings or costs related to recommended retrofits 31. Determine non-economic benefits of measures 32. Understand various cost-effectiveness criteria (BLCC, ROI, SIR, etc.) and when to use them 33. Determine financing options and include benefits in economic analysis 34. Understand economic impacts of demand rates and retrofit strategies 35. Understand inflation and discount factors 36. Document cost-estimates 1.5 Health and Safety 1. Visual inspection for health and safety issues in the living units, common areas, and mechanical rooms 2. Personal safety procedures 3. Identify all combustion sources in the building 4. Identify and address health and safety issues that may be impacted by energy saving measures 5. Be familiar with material safety data sheets 6. Comply with OSHA requirements related to the auditor’s work 7. Identify types, sources, and health effects of exposure for commonly found contaminants (CO, mold, asbestos, lead) 8. Identify building connections to pollutant sources (garages, commercial use areas, etc.) 9. Recognize IAQ related conditions including chemicals, moisture, mold, etc. 10. Assess IAQ problems and sources 11. Relate the observed IAQ to the building conditions to determine sources and mitigation strategies 12. Identify IAQ contaminant transport paths 13. Know CO detector requirements and applications 14. Combustion safety testing procedures for large systems 15. Evaluate the combustion air supply 16. Assess burner modulation and cycling