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CEM Equipment Lifecycle & Procurement Flashcards

6 cards from real CEM practice questions. Tap to flip, then mark Knew It or Still Learning โ€” missed cards come back until you master them.

Read the first 6 CEM Equipment Lifecycle & Procurement flashcards as text
  1. Which stage of the equipment lifecycle typically represents the highest total cost of ownership?

    Answer: Operation and maintenance

    Operation and maintenance costs typically account for the largest portion of total lifecycle cost, often exceeding the initial purchase price.

  2. What does a Life Cycle Cost (LCC) analysis primarily help equipment managers determine?

    Answer: The total cost of owning and operating equipment from acquisition to disposal

    LCC analysis evaluates all costs associated with equipment from procurement through disposal to support better purchasing and replacement decisions.

  3. Which procurement method requires vendors to meet both technical specifications and price criteria?

    Answer: Best value procurement

    Best value procurement evaluates bids on a combination of technical merit and price rather than price alone.

  4. At what point in the equipment lifecycle should disposal planning ideally begin?

    Answer: During the acquisition phase

    Effective lifecycle management requires that disposal planning begin during acquisition so end-of-life costs and environmental requirements are built into the total cost model.

  5. What is the primary purpose of an equipment specification in the procurement process?

    Answer: To clearly define the performance and technical requirements the equipment must meet

    Equipment specifications establish objective performance and technical criteria that enable fair, competitive bidding and ensure the purchased equipment meets operational needs.

  6. Which factor is most critical when evaluating equipment for replacement during the lifecycle assessment?

    Answer: The comparison of continued ownership costs versus replacement costs

    Replacement decisions should be driven by economic analysis comparing ongoing ownership costs (repairs, downtime, efficiency losses) against the cost of new equipment.