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Phase VII · FE Civil Academy

Construction Engineering

Plan, schedule, estimate and safely execute construction work.

Handbook: Construction Engineering
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Practical scenario

Your project schedule has slipped. You must compute the critical path, find total float on a lagging activity and evaluate earned value.

Why this matters

Construction content covers scheduling, estimating, controls and safety — practical knowledge you also need for capstone implementation planning.

Concept explanation

  • CPM determines the longest path through the network; activities on it have zero total float.
  • Forward pass gives early start and finish; backward pass gives late start and finish.
  • Earned value compares budgeted, earned and actual cost to diagnose schedule and cost performance.
  • Quantity takeoff plus unit costs plus indirect costs and markup gives the bid price.
Visualization: Construction Engineering schematic: label every known quantity, the unknown, and the sign convention before computing.

Unit guidance

  • Write units on every substituted value.
  • Cancel units symbolically before evaluating numbers.
  • Confirm the result unit matches the quantity you were asked for.

Handbook navigation

  • Open the Construction Engineering section of the handbook.
  • Search the term "project administration" rather than scrolling.
  • Note the equation number so you can return to it quickly.

Calculator guidance

  • Confirm angle mode before any trig entry.
  • Store intermediate values in memory instead of re-keying rounded numbers.
  • Round only at the final answer.

FE strategy

  • Draw the network and do the forward pass before answering anything about float.
  • CPI and SPI below 1.0 always mean trouble.

Conceptual example

A conceptual construction engineering item will ask which quantity increases, decreases, or stays the same when one input changes. Reason from the governing relationship, not from memory of a numeric answer.

Common mistakes

  • Confusing total float with free float.
  • Assuming the longest activity is on the critical path.
  • Reading CPI below 1.0 as good performance.

Guided practice

  • Work the first worked example with the solution visible.
  • Re-solve it closed-book and compare every step.
  • Explain the unit cancellation out loud.

Independent practice

  • Complete a 10-question Construction Engineering quiz in practice mode.
  • Classify every miss by error category.
  • Re-test the missed subtopic within 48 hours.

Summary

  • Critical path activities have zero total float.
  • CPI = EV/AC; below 1.0 means over budget.
  • Float belongs to the schedule, not to a party, unless the contract says otherwise.

Capstone application: Construction planning, scheduling and cost modules.

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