CM 4101 - Module 3
Assignment Study Guide & Support
Construction Management | Louisiana State University
2026 Updated
Questions and Answers with Complete Solutions
40-Item Practice Assignment with Step-by-Step Rationales, Solution Key, and Grading
Rubric
Assignment Study Guide & Support (Q&A with Complete
Document Type
Solutions)
Course CM 4101 - Construction Project Scheduling (LSU)
Module 3: Resource Management, Cost Loading, CPM
Module
Fundamentals, P6 Basics
LSU CM 4101 Curriculum - 2026 | 2027 Academic and Industry
Alignment
Standards
Resource categories & histograms; resource-limited vs.
time-limited scheduling; BCWS/BCWP/ACWP; direct vs. indirect
Skills Covered costs; SPI/CPI; CPM fundamentals; FS dependency; total float;
critical path; P6 activity types; baseline; EPS; schedule updates;
2026 cloud P6; AI forecasting; 5D BIM
Total Items 40 Multiple-Choice Questions (4 sections x 10)
Cognitive Mix ~30% Recall | ~50% Application | ~20% Analysis
Style ~75% Scenario-based (with calculations) | ~25% Direct
Edition Date October 2026 (2026/2027 Cycle)
Aligned with LSU CM 4101 Curriculum - Resource Management, Cost Loading, CPM, P6 - 2026/2027
,CM 4101 Module 3 Assignment - LSU - Construction Management Study Guide - 2026 Updated
Resource Management, Cost Loading, CPM, P6
Abstract
This study guide and assignment support document presents a 40-item multiple-choice practice
assignment aligned with the LSU CM 4101 Module 3 curriculum and the 2026/2027 academic and
industry cycle, focused on resource management, cost loading, Critical Path Method (CPM)
fundamentals, and Primavera P6 basics. Items are distributed across four domains: resource
management fundamentals and histograms (labor, equipment, material; peak demand and
overallocation; time-limited vs. resource-limited scheduling; leveling and smoothing); cost
estimating, budgeting, and schedule cost loading (direct vs. indirect costs; BCWS, BCWP, ACWP;
linear cost distribution; SPI and CPI; contingency vs. management reserves); CPM fundamentals and
network logic (Finish-to-Start dependencies; forward pass; total float; critical and near-critical
paths; lags; multiple critical paths); and Primavera P6 basics, schedule updates, and 2026 industry
practices (Task vs. Resource Dependent activity types; baseline creation; EPS; data-date updates;
cloud P6 collaboration; AI-driven resource forecasting; 5D BIM integration). Each item provides a
four-option stem with a single best answer and a layered rationale that derives the exact calculation
or software logic and identifies why each distractor represents a common student error or flawed
project-control practice. The instrument targets a cognitive distribution of approximately 30% recall,
50% application, and 20% analysis, with roughly 75% of items scenario-based to mirror real
construction scheduling practice. A complete solution key and a 100-point grading rubric (2.5 points
per item, with partial-credit guidance for resource and cost-loading scenarios) accompany the
assignment, and a mastery threshold of 75% is recommended for passing/proficient performance on
the CM 4101 Module 3 Assignment.
Keywords
Resource management; resource histogram; time-limited vs. resource-limited scheduling; BCWS; BCWP;
ACWP; direct vs. indirect costs; SPI; CPI; Critical Path Method; Finish-to-Start; total float; critical path;
Primavera P6; baseline; EPS; 5D BIM; LSU CM 4101; 2026/2027.
How to Use This Guide
Candidates should attempt all 40 items under timed conditions (approximately 45 seconds per recall item and
90 seconds per scenario or calculation item, for a total of roughly 45 minutes) before consulting the rationales.
For calculation items, work the BCWP, BCWS, CV, SPI, CPI, and remaining-duration computations on scratch
paper before selecting an answer. After scoring, items answered incorrectly should be re-studied by reading
both the correct rationale and the distractor explanations, because the distractors in this instrument are
deliberately engineered to reflect common student errors (e.g., confusing direct and indirect costs, inverting CV
sign, or misapplying FS logic). The solution key and grading rubric that follow the assignment support both
self-assessment and instructor-led administration.
Part 1 - Practice Assignment (40 Items)
Instructions: Select the single best answer (A-D) for each item. Scenario-based items require step-by-step
calculation or software/logic analysis. Answers and full rationales are printed immediately beneath each item to
support study-mode learning.
Section 1: Resource Management Fundamentals & Histograms
Page 2
, CM 4101 Module 3 Assignment - LSU - Construction Management Study Guide - 2026 Updated
Resource Management, Cost Loading, CPM, P6
Q1: The three primary categories of construction resources are: (Recall) (Direct)
A. Labor, equipment, and material [CORRECT]
B. Direct, indirect, and overhead
C. Time, cost, and quality
D. Planning, design, and execution
Correct Answer: A
Rationale: Construction resources are labor (people), equipment (machinery), and material (consumables).
Direct/indirect/overhead are cost categories; time/cost/quality are project objectives; planning/design/execution
are project phases.
Q2: A resource histogram is best described as: (Recall) (Direct)
A. A bar chart showing resource units required per time period across the project [CORRECT]
B. A pie chart of total project cost
C. A Gantt chart of activities
D. A network diagram of dependencies
Correct Answer: A
Rationale: A resource histogram displays resource units per time period (e.g., labor-hours per week) across the
project timeline, enabling overallocation identification. Pie charts, Gantt charts, and network diagrams serve
different purposes.
Q3: A resource histogram shows peak labor demand of 50 workers in week 6, but only 30 workers are
available. The histogram indicates: (Application) (Scenario)
A. An overallocation of 20 workers in week 6 that must be resolved by leveling, smoothing, or schedule
adjustment [CORRECT]
B. An under-allocation requiring additional work scope
C. A normal peak that requires no action
D. A software display error
Correct Answer: A
Rationale: Peak demand exceeding available capacity is an overallocation (50 - 30 = 20 workers) requiring
resolution via leveling, smoothing, or schedule adjustment. Under-allocation would show demand below
capacity; ignoring or attributing to a display error violates project-control principles.
Q4: A project must finish by a contractually fixed date, but the resource profile shows overallocations.
The appropriate scheduling approach is: (Application) (Scenario)
A. Time-limited scheduling (resource smoothing) - preserve the finish date, redistribute resources within
float [CORRECT]
B. Resource-limited scheduling - extend the project finish date as needed
C. Add resources indefinitely to resolve all peaks
D. Cancel the project
Correct Answer: A
Rationale: Time-limited (time-constrained) scheduling preserves the finish date and redistributes within float.
Resource-limited scheduling extends the date as needed. Adding resources indefinitely or canceling are not
viable project-control responses.
Page 3
Assignment Study Guide & Support
Construction Management | Louisiana State University
2026 Updated
Questions and Answers with Complete Solutions
40-Item Practice Assignment with Step-by-Step Rationales, Solution Key, and Grading
Rubric
Assignment Study Guide & Support (Q&A with Complete
Document Type
Solutions)
Course CM 4101 - Construction Project Scheduling (LSU)
Module 3: Resource Management, Cost Loading, CPM
Module
Fundamentals, P6 Basics
LSU CM 4101 Curriculum - 2026 | 2027 Academic and Industry
Alignment
Standards
Resource categories & histograms; resource-limited vs.
time-limited scheduling; BCWS/BCWP/ACWP; direct vs. indirect
Skills Covered costs; SPI/CPI; CPM fundamentals; FS dependency; total float;
critical path; P6 activity types; baseline; EPS; schedule updates;
2026 cloud P6; AI forecasting; 5D BIM
Total Items 40 Multiple-Choice Questions (4 sections x 10)
Cognitive Mix ~30% Recall | ~50% Application | ~20% Analysis
Style ~75% Scenario-based (with calculations) | ~25% Direct
Edition Date October 2026 (2026/2027 Cycle)
Aligned with LSU CM 4101 Curriculum - Resource Management, Cost Loading, CPM, P6 - 2026/2027
,CM 4101 Module 3 Assignment - LSU - Construction Management Study Guide - 2026 Updated
Resource Management, Cost Loading, CPM, P6
Abstract
This study guide and assignment support document presents a 40-item multiple-choice practice
assignment aligned with the LSU CM 4101 Module 3 curriculum and the 2026/2027 academic and
industry cycle, focused on resource management, cost loading, Critical Path Method (CPM)
fundamentals, and Primavera P6 basics. Items are distributed across four domains: resource
management fundamentals and histograms (labor, equipment, material; peak demand and
overallocation; time-limited vs. resource-limited scheduling; leveling and smoothing); cost
estimating, budgeting, and schedule cost loading (direct vs. indirect costs; BCWS, BCWP, ACWP;
linear cost distribution; SPI and CPI; contingency vs. management reserves); CPM fundamentals and
network logic (Finish-to-Start dependencies; forward pass; total float; critical and near-critical
paths; lags; multiple critical paths); and Primavera P6 basics, schedule updates, and 2026 industry
practices (Task vs. Resource Dependent activity types; baseline creation; EPS; data-date updates;
cloud P6 collaboration; AI-driven resource forecasting; 5D BIM integration). Each item provides a
four-option stem with a single best answer and a layered rationale that derives the exact calculation
or software logic and identifies why each distractor represents a common student error or flawed
project-control practice. The instrument targets a cognitive distribution of approximately 30% recall,
50% application, and 20% analysis, with roughly 75% of items scenario-based to mirror real
construction scheduling practice. A complete solution key and a 100-point grading rubric (2.5 points
per item, with partial-credit guidance for resource and cost-loading scenarios) accompany the
assignment, and a mastery threshold of 75% is recommended for passing/proficient performance on
the CM 4101 Module 3 Assignment.
Keywords
Resource management; resource histogram; time-limited vs. resource-limited scheduling; BCWS; BCWP;
ACWP; direct vs. indirect costs; SPI; CPI; Critical Path Method; Finish-to-Start; total float; critical path;
Primavera P6; baseline; EPS; 5D BIM; LSU CM 4101; 2026/2027.
How to Use This Guide
Candidates should attempt all 40 items under timed conditions (approximately 45 seconds per recall item and
90 seconds per scenario or calculation item, for a total of roughly 45 minutes) before consulting the rationales.
For calculation items, work the BCWP, BCWS, CV, SPI, CPI, and remaining-duration computations on scratch
paper before selecting an answer. After scoring, items answered incorrectly should be re-studied by reading
both the correct rationale and the distractor explanations, because the distractors in this instrument are
deliberately engineered to reflect common student errors (e.g., confusing direct and indirect costs, inverting CV
sign, or misapplying FS logic). The solution key and grading rubric that follow the assignment support both
self-assessment and instructor-led administration.
Part 1 - Practice Assignment (40 Items)
Instructions: Select the single best answer (A-D) for each item. Scenario-based items require step-by-step
calculation or software/logic analysis. Answers and full rationales are printed immediately beneath each item to
support study-mode learning.
Section 1: Resource Management Fundamentals & Histograms
Page 2
, CM 4101 Module 3 Assignment - LSU - Construction Management Study Guide - 2026 Updated
Resource Management, Cost Loading, CPM, P6
Q1: The three primary categories of construction resources are: (Recall) (Direct)
A. Labor, equipment, and material [CORRECT]
B. Direct, indirect, and overhead
C. Time, cost, and quality
D. Planning, design, and execution
Correct Answer: A
Rationale: Construction resources are labor (people), equipment (machinery), and material (consumables).
Direct/indirect/overhead are cost categories; time/cost/quality are project objectives; planning/design/execution
are project phases.
Q2: A resource histogram is best described as: (Recall) (Direct)
A. A bar chart showing resource units required per time period across the project [CORRECT]
B. A pie chart of total project cost
C. A Gantt chart of activities
D. A network diagram of dependencies
Correct Answer: A
Rationale: A resource histogram displays resource units per time period (e.g., labor-hours per week) across the
project timeline, enabling overallocation identification. Pie charts, Gantt charts, and network diagrams serve
different purposes.
Q3: A resource histogram shows peak labor demand of 50 workers in week 6, but only 30 workers are
available. The histogram indicates: (Application) (Scenario)
A. An overallocation of 20 workers in week 6 that must be resolved by leveling, smoothing, or schedule
adjustment [CORRECT]
B. An under-allocation requiring additional work scope
C. A normal peak that requires no action
D. A software display error
Correct Answer: A
Rationale: Peak demand exceeding available capacity is an overallocation (50 - 30 = 20 workers) requiring
resolution via leveling, smoothing, or schedule adjustment. Under-allocation would show demand below
capacity; ignoring or attributing to a display error violates project-control principles.
Q4: A project must finish by a contractually fixed date, but the resource profile shows overallocations.
The appropriate scheduling approach is: (Application) (Scenario)
A. Time-limited scheduling (resource smoothing) - preserve the finish date, redistribute resources within
float [CORRECT]
B. Resource-limited scheduling - extend the project finish date as needed
C. Add resources indefinitely to resolve all peaks
D. Cancel the project
Correct Answer: A
Rationale: Time-limited (time-constrained) scheduling preserves the finish date and redistributes within float.
Resource-limited scheduling extends the date as needed. Adding resources indefinitely or canceling are not
viable project-control responses.
Page 3
