CALIFORNIA TRAFFIC ENGINEER LICENSING
EXAMINATION COMPLETE QUESTIONS AND
DETAILED SOLUTIONS LATEST UPDATE THIS
YEAR JUST RELEASED
Exam Coverage Summary
1. California Vehicle Code, Streets and Highways Code, and traffic-related legal
requirements.
2. California Manual on Uniform Traffic Control Devices (CA MUTCD)
applications.
3. Traffic engineering principles including volume, speed, delay, and capacity
analysis.
4. Intersection control warrants, signal timing, coordination, and operational
analysis.
5. Traffic safety evaluation, collision analysis, and countermeasure selection.
6. Traffic impact studies and transportation planning methodologies.
7. Geometric roadway design and multimodal accommodations.
8. Intelligent Transportation Systems (ITS), traffic management, and signal
communications.
9. Parking, pedestrian, bicycle, transit, and accessibility engineering.
10.Professional ethics, engineering judgment, documentation, and California
engineering practice.
Question 1
,Which California traffic engineering document establishes statewide
standards for traffic control devices while remaining consistent with the
national MUTCD framework for uniformity?
A. California Greenbook
B. California MUTCD
C. Highway Capacity Manual
D. Highway Design Manual
Answer: B
Rationale: The California MUTCD establishes standards for signs, signals,
pavement markings, and other traffic control devices used throughout
California while remaining consistent with the national MUTCD.
Question 2
When evaluating whether a new traffic signal should be installed at an
existing intersection, which engineering process should generally be
completed before recommending signal installation?
A. Conducting traffic signal warrant analysis
B. Installing temporary signals immediately
C. Lowering the speed limit first
D. Increasing roadway lighting only
Answer: A
,Rationale: Signal warrants evaluate traffic volumes, pedestrian activity,
crash history, and operational conditions before recommending installation.
Question 3
Which traffic engineering study primarily measures the number of vehicles
passing a specific roadway location during a defined observation period?
A. Turning movement count
B. Traffic volume count
C. Collision diagram
D. Parking occupancy study
Answer: B
Rationale: Traffic volume counts measure the number of vehicles passing a
location over a specified period and provide essential planning and
operational data.
Question 4
Which primary purpose best describes the function of pavement markings
within a comprehensive roadway traffic control system?
A. Increasing roadway landscaping
B. Guiding, warning, and regulating road users
C. Identifying utility easements
, D. Measuring pavement thickness
Answer: B
Rationale: Pavement markings supplement signs and signals by guiding,
warning, and regulating motorists, bicyclists, and pedestrians.
Question 5
During a traffic impact analysis for a proposed commercial development,
what is typically the first engineering task before evaluating mitigation
measures?
A. Estimating project-generated traffic demand
B. Designing signal timing plans
C. Installing new roadway signs
D. Conducting pavement rehabilitation
Answer: A
Rationale: Trip generation estimates determine how much traffic the
development is expected to produce before operational impacts are
evaluated.
Question 6
Why is engineering judgment considered essential when applying California
traffic engineering standards to unique roadway situations?
EXAMINATION COMPLETE QUESTIONS AND
DETAILED SOLUTIONS LATEST UPDATE THIS
YEAR JUST RELEASED
Exam Coverage Summary
1. California Vehicle Code, Streets and Highways Code, and traffic-related legal
requirements.
2. California Manual on Uniform Traffic Control Devices (CA MUTCD)
applications.
3. Traffic engineering principles including volume, speed, delay, and capacity
analysis.
4. Intersection control warrants, signal timing, coordination, and operational
analysis.
5. Traffic safety evaluation, collision analysis, and countermeasure selection.
6. Traffic impact studies and transportation planning methodologies.
7. Geometric roadway design and multimodal accommodations.
8. Intelligent Transportation Systems (ITS), traffic management, and signal
communications.
9. Parking, pedestrian, bicycle, transit, and accessibility engineering.
10.Professional ethics, engineering judgment, documentation, and California
engineering practice.
Question 1
,Which California traffic engineering document establishes statewide
standards for traffic control devices while remaining consistent with the
national MUTCD framework for uniformity?
A. California Greenbook
B. California MUTCD
C. Highway Capacity Manual
D. Highway Design Manual
Answer: B
Rationale: The California MUTCD establishes standards for signs, signals,
pavement markings, and other traffic control devices used throughout
California while remaining consistent with the national MUTCD.
Question 2
When evaluating whether a new traffic signal should be installed at an
existing intersection, which engineering process should generally be
completed before recommending signal installation?
A. Conducting traffic signal warrant analysis
B. Installing temporary signals immediately
C. Lowering the speed limit first
D. Increasing roadway lighting only
Answer: A
,Rationale: Signal warrants evaluate traffic volumes, pedestrian activity,
crash history, and operational conditions before recommending installation.
Question 3
Which traffic engineering study primarily measures the number of vehicles
passing a specific roadway location during a defined observation period?
A. Turning movement count
B. Traffic volume count
C. Collision diagram
D. Parking occupancy study
Answer: B
Rationale: Traffic volume counts measure the number of vehicles passing a
location over a specified period and provide essential planning and
operational data.
Question 4
Which primary purpose best describes the function of pavement markings
within a comprehensive roadway traffic control system?
A. Increasing roadway landscaping
B. Guiding, warning, and regulating road users
C. Identifying utility easements
, D. Measuring pavement thickness
Answer: B
Rationale: Pavement markings supplement signs and signals by guiding,
warning, and regulating motorists, bicyclists, and pedestrians.
Question 5
During a traffic impact analysis for a proposed commercial development,
what is typically the first engineering task before evaluating mitigation
measures?
A. Estimating project-generated traffic demand
B. Designing signal timing plans
C. Installing new roadway signs
D. Conducting pavement rehabilitation
Answer: A
Rationale: Trip generation estimates determine how much traffic the
development is expected to produce before operational impacts are
evaluated.
Question 6
Why is engineering judgment considered essential when applying California
traffic engineering standards to unique roadway situations?
