ENGV 380 QUIZ 3 - CONSTRUCTION INDUSTRY,
MANAGEMENT FUNCTIONS & ESTIMATES QUESTIONS
& ANSWERS LIBERTY UNIVERSITY 2026
147 QUESTIONS
TABLE OF CONTENTS
# TOPIC
1 Differentiate construction industry sectors, stakeholders, and project delivery methods and justify
selection based on risk allocation and owner objectives
2 Apply the management functions of planning, organizing, leading, and controlling to construction project
scenarios and predict their impact on performance
3 Perform and interpret quantity takeoffs, unit-price estimates, overhead and markup calculations, and bid
preparation using current industry standards
4 Analyze contractual, ethical, and risk-management implications embedded in estimating and construction
management decisions
5 ENGV 380 Quiz 3
6 Construction Industry
7 Management Functions & Estimates Questions & Answers Liberty University 2026
8 Foundations of Construction Industry, Management Functions & Estimates (ENGV 380)
9 Applied Construction Industry, Management Functions & Estimates (ENGV 380)
10 Advanced Construction Industry, Management Functions & Estimates (ENGV 380)
11 Construction Industry, Management Functions & Estimates (ENGV 380) Review
ABSTRACT
Page 1
,This study document brings together 147 carefully worded exam questions drawn from ENGV 380
Quiz 3 - Construction Industry, Management Functions & Estimates Questions & Answers Liberty
University 2026, with the strongest emphasis placed on Differentiate construction industry sectors,
stakeholders, and project delivery methods and justify selection based on risk allocation and owner
objectives, Apply the management functions of planning, organizing, leading, and controlling to
construction project scenarios and predict their impact on performance, Perform and interpret
quantity takeoffs, unit-price estimates, overhead and markup calculations and and bid preparation
using current industry standards. Every item follows the wording style and level of reasoning you
meet in the real paper, and each one is paired with a clear rationale so the correct choice is never
a guess. Work through the set at your own pace, mark the questions that slow you down, then
come back to them until the reasoning feels automatic. Learners who revise this way walk into the
exam room recognising the pattern behind the questions instead of meeting them for the first time.
Keep going - steady, honest practice is what turns a difficult paper into a comfortable pass.
Q1 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
An owner wants maximum cost certainty at contract award, retains design control,
and will accept adversarial relationships to transfer risk. Which delivery method
best matches these priorities?
A. Design-Build (DB) with a guaranteed maximum price
B. Construction Manager at Risk (CMAR) with a GMP amendment
C. Design-Bid-Build (DBB) with a lump-sum contract CORRECT
D. Integrated Project Delivery (IPD) with shared risk/reward
RATIONALE: DBB with lump-sum bidding fixes cost at award and keeps design control with the
owner, at the cost of adversarial relationships and change-order risk. DB, CMAR/GMP, and IPD
all shift collaboration and/or risk-sharing earlier and reduce the owner's unilateral design control
or cost certainty at award.
Page 2
,Q2 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
A superintendent reassigns crews daily to whichever activity is behind schedule,
with no written look-ahead plan. Which management function is most directly
deficient, and what is the likely consequence?
A. Organizing; unclear authority will cause trade stacking and morale loss
B. Planning; short-interval coordination will degrade, causing cascading delays and idle
resources CORRECT
C. Leading; motivation will drop because crews lack recognition
D. Controlling; cost variance reports will be late
RATIONALE: Daily reactive reassignment without a look-ahead plan is a failure of the planning
function, which should establish short-interval schedules and resource sequencing. The
predictable result is poor coordination, cascading delays, and idle or stacked crews rather than
primarily an organizing, leading, or controlling deficiency.
Q3 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
A contractor's bid is $2.1M; after award, the owner issues a directed change
adding $150K of work. The contract has a 10% overhead-and-profit markup on
changes. What is the adjusted contract value?
A. $2,250,000
B. $2,265,000 CORRECT
C. $2,310,000
D. $2,100,000
RATIONALE: Change order value = $150,000 × 1.10 = $165,000; adjusted contract = $2,100,000
+ $165,000 = $2,265,000. Option A omits markup, C double-applies or miscalculates markup,
and D ignores the change entirely.
Page 3
, Q4 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
During a quantity takeoff for a masonry wall, which measurement convention is
most consistent with standard estimating practice (e.g., CSI/AACE)?
A. Deduct all openings regardless of size to avoid over-measuring
B. Measure net wall area and deduct openings over a stated threshold, adding lintels separately
CORRECT
C. Measure gross wall area and never deduct openings; add 10% waste factor
D. Measure only the exterior face area and double it for both faces
RATIONALE: Standard takeoff practice measures net area, deducting openings above a defined
threshold and adding separate items (lintels, reinforcement) to avoid double-counting or
omission. Deducting all openings, never deducting, or doubling faces without basis distorts
quantities and misprices the work.
Q5 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
An estimator uses a 5% contingency on a project with high design completion
(95% CDs) and a 15% contingency on a project at 30% design. This practice best
reflects which principle?
A. Contingency should be constant across projects to ensure comparability
B. Contingency should scale inversely with design maturity and directly with residual risk
CORRECT
C. Contingency is a profit center and should be maximized on all bids
D. Contingency should be replaced entirely by escalation allowances after bid
RATIONALE: Contingency is a risk reserve that decreases as design and scope certainty
increase; early-stage projects carry more unknown-unknowns and thus higher contingency.
Constant, profit-maximizing, or escalation-substitution approaches misapply the risk-based
rationale.
Page 4
MANAGEMENT FUNCTIONS & ESTIMATES QUESTIONS
& ANSWERS LIBERTY UNIVERSITY 2026
147 QUESTIONS
TABLE OF CONTENTS
# TOPIC
1 Differentiate construction industry sectors, stakeholders, and project delivery methods and justify
selection based on risk allocation and owner objectives
2 Apply the management functions of planning, organizing, leading, and controlling to construction project
scenarios and predict their impact on performance
3 Perform and interpret quantity takeoffs, unit-price estimates, overhead and markup calculations, and bid
preparation using current industry standards
4 Analyze contractual, ethical, and risk-management implications embedded in estimating and construction
management decisions
5 ENGV 380 Quiz 3
6 Construction Industry
7 Management Functions & Estimates Questions & Answers Liberty University 2026
8 Foundations of Construction Industry, Management Functions & Estimates (ENGV 380)
9 Applied Construction Industry, Management Functions & Estimates (ENGV 380)
10 Advanced Construction Industry, Management Functions & Estimates (ENGV 380)
11 Construction Industry, Management Functions & Estimates (ENGV 380) Review
ABSTRACT
Page 1
,This study document brings together 147 carefully worded exam questions drawn from ENGV 380
Quiz 3 - Construction Industry, Management Functions & Estimates Questions & Answers Liberty
University 2026, with the strongest emphasis placed on Differentiate construction industry sectors,
stakeholders, and project delivery methods and justify selection based on risk allocation and owner
objectives, Apply the management functions of planning, organizing, leading, and controlling to
construction project scenarios and predict their impact on performance, Perform and interpret
quantity takeoffs, unit-price estimates, overhead and markup calculations and and bid preparation
using current industry standards. Every item follows the wording style and level of reasoning you
meet in the real paper, and each one is paired with a clear rationale so the correct choice is never
a guess. Work through the set at your own pace, mark the questions that slow you down, then
come back to them until the reasoning feels automatic. Learners who revise this way walk into the
exam room recognising the pattern behind the questions instead of meeting them for the first time.
Keep going - steady, honest practice is what turns a difficult paper into a comfortable pass.
Q1 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
An owner wants maximum cost certainty at contract award, retains design control,
and will accept adversarial relationships to transfer risk. Which delivery method
best matches these priorities?
A. Design-Build (DB) with a guaranteed maximum price
B. Construction Manager at Risk (CMAR) with a GMP amendment
C. Design-Bid-Build (DBB) with a lump-sum contract CORRECT
D. Integrated Project Delivery (IPD) with shared risk/reward
RATIONALE: DBB with lump-sum bidding fixes cost at award and keeps design control with the
owner, at the cost of adversarial relationships and change-order risk. DB, CMAR/GMP, and IPD
all shift collaboration and/or risk-sharing earlier and reduce the owner's unilateral design control
or cost certainty at award.
Page 2
,Q2 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
A superintendent reassigns crews daily to whichever activity is behind schedule,
with no written look-ahead plan. Which management function is most directly
deficient, and what is the likely consequence?
A. Organizing; unclear authority will cause trade stacking and morale loss
B. Planning; short-interval coordination will degrade, causing cascading delays and idle
resources CORRECT
C. Leading; motivation will drop because crews lack recognition
D. Controlling; cost variance reports will be late
RATIONALE: Daily reactive reassignment without a look-ahead plan is a failure of the planning
function, which should establish short-interval schedules and resource sequencing. The
predictable result is poor coordination, cascading delays, and idle or stacked crews rather than
primarily an organizing, leading, or controlling deficiency.
Q3 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
A contractor's bid is $2.1M; after award, the owner issues a directed change
adding $150K of work. The contract has a 10% overhead-and-profit markup on
changes. What is the adjusted contract value?
A. $2,250,000
B. $2,265,000 CORRECT
C. $2,310,000
D. $2,100,000
RATIONALE: Change order value = $150,000 × 1.10 = $165,000; adjusted contract = $2,100,000
+ $165,000 = $2,265,000. Option A omits markup, C double-applies or miscalculates markup,
and D ignores the change entirely.
Page 3
, Q4 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
During a quantity takeoff for a masonry wall, which measurement convention is
most consistent with standard estimating practice (e.g., CSI/AACE)?
A. Deduct all openings regardless of size to avoid over-measuring
B. Measure net wall area and deduct openings over a stated threshold, adding lintels separately
CORRECT
C. Measure gross wall area and never deduct openings; add 10% waste factor
D. Measure only the exterior face area and double it for both faces
RATIONALE: Standard takeoff practice measures net area, deducting openings above a defined
threshold and adding separate items (lintels, reinforcement) to avoid double-counting or
omission. Deducting all openings, never deducting, or doubling faces without basis distorts
quantities and misprices the work.
Q5 DIFFERENTIATE CONSTRUCTION INDUSTRY SECTORS, STAKEHOLDERS, AND PROJECT
DELIVERY METHODS AND JUSTIFY SELECTION BASED ON RISK ALLOCATION AND OWNER
OBJECTIVES
An estimator uses a 5% contingency on a project with high design completion
(95% CDs) and a 15% contingency on a project at 30% design. This practice best
reflects which principle?
A. Contingency should be constant across projects to ensure comparability
B. Contingency should scale inversely with design maturity and directly with residual risk
CORRECT
C. Contingency is a profit center and should be maximized on all bids
D. Contingency should be replaced entirely by escalation allowances after bid
RATIONALE: Contingency is a risk reserve that decreases as design and scope certainty
increase; early-stage projects carry more unknown-unknowns and thus higher contingency.
Constant, profit-maximizing, or escalation-substitution approaches misapply the risk-based
rationale.
Page 4
