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Guide for OSP-002: BICSI Outside Plant Designer

Quiz OSP-002: BICSI Outside Plant Designer

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/ 10

Quiz

1/10
You are conducting a pre-design site survey for a new fiber optic cable route that will connect two
commercial buildings across an area with mixed utility infrastructure. During your site assessment, you
discover existing underground conduit, overhead power lines, and water service lines along the proposed
route. Which of the following is the most critical first step you should take to ensure compliance and inform
your design decisions?
Select the answer
1 correct answer
A.
Contact the local utility locating service to mark and verify the location of all existing underground and aerial utilities
B.
Assume the conduit marked on the property survey drawings is accurate and sufficient for your cable placement planning
C.
Design around the utilities based on visual inspection from the street to avoid delays in the approval process
D.
Proceed with bore planning since boring underneath utilities eliminates the need for locating services

Quiz

2/10
You are designing an aerial cable distribution system for a 15-mile route across rural terrain. The route
includes several spans between existing utility poles, and your customer has requested the use of all-
dielectric self-supporting (ADSS) cable to eliminate grounding complexity. During your design review, you
identify three potential pole locations where unusually long spans (greater than 250 feet) would be required.
What should your design approach be for these long-span locations?
Select the answer
1 correct answer
A.
Use ADSS cable throughout and accept the longer spans, as ADSS is specifically designed to eliminate the need for intermediate support structures
B.
Install intermediate messenger cable support structures at these locations to reduce individual span lengths and distribute mechanical load appropriately
C.
Switch to traditional aerial cable with metallic messenger at only these three problem locations and continue with ADSS elsewhere on the route
D.
Reduce the fiber count of the cable at these spans to decrease weight and eliminate the need for additional pole hardware

Quiz

3/10
During the critical design review phase for an outside plant project, your engineering team has identified an
opportunity to optimize the underground conduit system. The preliminary design calls for 24 separate
conduit runs, but a design betterment proposal suggests consolidating multiple smaller-diameter PVC
conduits into fewer larger-diameter ducts using a segmented inner duct system. This consolidation would
reduce excavation depth, shorten the overall project timeline, and lower material costs while maintaining the
required number of cable pathways. Before approving this design change, what is the most important factor
to verify?
Select the answer
1 correct answer
A.
Confirm that the larger-diameter conduit is available from multiple suppliers to ensure cost competitiveness
B.
Verify that the proposed conduit size, material, and segmented duct design comply with applicable industry standards (such as BICSI OTDR standards) and local building codes, and that it maintains required clearances and pull distances for future cable installation
C.
Ensure that the consolidation reduces the total conduit length by at least 30% compared to the original design
D.
Confirm that all project stakeholders agree verbally before documenting the change in the project file

Quiz

4/10
You are designing an outside plant network for a university campus with both historic buildings and new
construction areas. The client's IT master plan indicates they will expand their data center capacity by 40%
within the next five years and anticipate moving to 400G optical connectivity. During your pre-design
research phase, you discover that several underground routes are constrained by existing utility easements,
and local zoning regulations require all new aerial installations to maintain 35-foot minimum clearance from
structures. Which of the following should be your primary focus during the pre-design preparation to ensure
the design accommodates future growth while meeting regulatory requirements?
Select the answer
1 correct answer
A.
Select fiber optic cables with the highest core count immediately to support 400G expansion without redesign
B.
Research existing infrastructure, easement restrictions, and local regulations; assess the client's future capacity requirements; and establish baseline financial parameters for both phased and full implementation approaches
C.
Design the entire network using only aerial routes to avoid underground easement conflicts and immediately install all 400G-ready infrastructure
D.
Recommend the client upgrade their IT master plan to align with standard industry deployment practices rather than their specific expansion timeline

Quiz

5/10
During a site survey for an existing office building retrofit, you observe that the building has three rooftop
structures: the existing main roof at 45 feet, an elevator penthouse at 65 feet, and an HVAC equipment
enclosure at 48 feet. The local utility company has requested coordination regarding their existing power
distribution lines that run parallel to the building at 50 feet above ground. You need to propose attachment
points for new communication cables and determine space allocation on the existing structure. Which of the
following represents the most critical factors you must verify and document during your pre-job site
assessment for this existing construction scenario?
Select the answer
1 correct answer
A.
Only the height of the main roof and assume HVAC equipment can be relocated to create attachment points
B.
Existing pole and attachment hardware specifications, clearance to utility lines, structural load capacity, easement agreements, and coordination requirements with utility companies
C.
The number of existing communication cables already installed and the cable types they use to determine compatibility
D.
Confirm that no zoning variance is required and immediately begin installation planning

Quiz

6/10
You are designing the aerial-to-underground transition structure for a new commercial development where
fiber optic cables will transition from a wooden utility pole (serving as the aerial platform) to an underground
bore installation. The aerial span uses a messenger strand with ADSS (All Dielectric Self-Supporting) cables,
and the underground section will be placed in PVC conduit. Local electrical code requires grounding of the
messenger strand, and the cable manufacturer specifies that ADSS cables must be terminated with specific
hardware rated for the cable's tensile strength. When selecting the termination hardware and designing the
transition structure, which of the following design considerations must you address?
Select the answer
1 correct answer
A.
Only the connector type needed at the junction point; grounding and structural support are handled separately by the electrical contractor
B.
Cable termination hardware rated for the messenger strand tensile strength, ADSS cable grounding requirements, support structure for the conduit entry point, and coordination of clearance between aerial and underground routes
C.
Replace the messenger strand with copper cable to eliminate separate grounding requirements and simplify the transition design
D.
Use standard commercial off-the-shelf termination hardware regardless of the ADSS cable manufacturer specifications since all aerial cables use similar connectors

Quiz

7/10
What do UTP Category 3, Category 5e and Category 6 designations indicate?
Select the answer
1 correct answer
A.
The frequency performance grade of the cable
B.
UL-rated Flame retardance of the cable
C.
How far the cable will work in networks
D.
They are trade names for cable types

Quiz

8/10
What minimum level of UTP cable type is required by 1000Base-T (Gigabit Ethernet)
Select the answer
1 correct answer
A.
Cat 5
B.
Cat 5e
C.
Cat 6
D.
Augmented Cat 6

Quiz

9/10
What is the main characteristic of unshielded twisted pair Category 5e or Category 6 cable that gives it high
frequency performance?
Select the answer
1 correct answer
A.
High performance plastics in the insulation of the pairs
B.
The size of the conductors
C.
The rate of twists in the pairs of wires
D.
The connectors

Quiz

10/10
Category 6A cable is specified and must be tested during certification to \_\_\_ MHz.
Select the answer
1 correct answer
A.
100
B.
250
C.
500
D.
1000
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  • Quiz name:OSP-002: BICSI Outside Plant Designer
  • Total number of questions:201
  • Number of questions for the test:50
  • Pass score:80%

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