Facility Manager CFM Reddit Questions

Identifying wireless repeater locations (A) is the most relevant step in resolving dead zones because signal coverage depends on proper placement of wireless access points and repeaters.

Why is this the best choice?

Allows optimization of Wi-Fi and cellular coverage

Helps in identifying interference or obstructions

Why not other options?

(B) Wireless frequencies affected help diagnose interference but do not resolve coverage issues.

(C) Time of day outages may indicate congestion but not physical dead zones.

(D) Mobile phone service provider matters only if the issue is carrier-specific.

Six Sigma is a widely recognized industry-standard quality program that focuses on:

Reducing defects and inefficiencies.

Improving process control and consistency.

Enhancing customer satisfaction through data-driven decision-making.

Why the other options are incorrect:

(A) CMMS Reports track maintenance tasks but are not a formal quality program.

(B) Facility benchmarks provide performance comparisons but do not define a structured quality program.

(D) Certified Maintenance and Reliability Reports focus on equipment reliability, not overall quality improvement​.

When implementing an Integrated Workplace Management System (IWMS), failing to capture requirements correctly at the start impacts cost and schedule (Option A).

Why Option A is Correct?

Poorly defined requirements lead to scope creep, rework, and misalignment with business needs, increasing costs and delays.

A well-defined IWMS strategy ensures seamless integration, proper software configuration, and efficient implementation.

IFMA’s Technology Core Competency emphasizes that FM professionals must define clear goals and requirements upfront to avoid costly modifications later.

Why Other Options Are Incorrect?

Option B (Temperature control and cost): IWMS implementation does not directly impact HVAC performance or temperature control.

Option C (Special relations and utilizing color): IWMS is a digital system and not related to spatial aesthetics or color design.

Life-cycle costing (LCC) accounts for all costs associated with a building throughout its lifespan, including:

Initial costs (planning, design, construction).

Operational costs (utilities, maintenance, repairs).

End-of-life costs (renovation, decommissioning, disposal).

LCC enables informed decision-making by comparing long-term cost implications of different design and material choices, supporting sustainable and cost-effective facility management​.