Facilities Management Core Curriculum: Building Systems, Operations, and Risk
What the core curriculum covers
The core curriculum is the operational heart of facility management: how a building's systems work, how they are maintained, how space is allocated, and how risk is controlled. Candidates should be comfortable with the major building system families - structural and envelope, HVAC, electrical and emergency power, plumbing, fire and life safety, vertical transportation, and security/access control - and with how each system's failure affects occupants and business continuity. Expect questions on maintenance strategy: the distinction between reactive, preventive, predictive, and condition-based maintenance, and why a mature program shifts planned work above 70–80% of total labor hours. Understand life-cycle costing, capital planning, and the difference between capital renewal and deferred maintenance.
Concepts to master
Know the vocabulary of work order management (priority codes, mean time to repair, mean time between failures), the purpose of a computerized maintenance management system (CMMS), and how asset registers support budgeting. Space management concepts include occupancy density, chargeback, stacking plans, and the difference between usable and gross area. Risk topics include business impact analysis, continuity of operations planning, emergency preparedness, and the hierarchy of controls for workplace safety.
Traps in questions
Questions often swap preventive for predictive maintenance, or confuse a business impact analysis (which prioritizes functions) with a risk assessment (which scores likelihood and consequence). Another common trap is treating deferred maintenance as an accounting problem rather than an accumulating risk and cost multiplier. Watch for answers that sound efficient but skip documentation or stakeholder notification.
Rule of thumb
Use the 1-10-100 rule for maintenance decisions: spending 1 unit to prevent a failure avoids roughly 10 units of corrective repair and 100 units of consequence (downtime, damage, safety). When a question offers a cheap reactive option versus a slightly costlier planned option, the planned option is usually correct unless the question explicitly signals a non-critical, low-consequence asset.