AVF 4720 Module 6 Written Assignment: Self-Inspections and Maintenance Under Part 139 Example

Reviewed by Edgar Pennington, MBA Thomas Edison State University Updated October 2026

This AVF 4720 Module 6 example is the fourth written assignment for AVF-4720, Airport Management I, part of TESU's B.S.B.A. in Aviation Management. Module 6, Airport Maintenance and Inspections, covers how commercial service airports keep runways, taxiways, lighting and safety areas in condition to meet federal certification. At Cumberland Bay Regional, the made-up county field these papers share, operations staff drive the airfield every morning before the first flight. The paper explains the federal certification rules behind that drive, follows one set of findings from inspection to repair, describes pavement management and proposes a five-year maintenance plan. The plan times large projects to federal grants.

CourseAVF-4720 Airport Management I
ModuleModule 6
Paper typeWritten Assignment 4: airport maintenance and inspections
LengthAbout 588 words, 5 pages
FormatAPA 7 student paper
SchoolThomas Edison State University
ProgramB.S.B.A. in Aviation Management
UpdatedOctober 2026

Free sample paper for AVF 4720 Module 6

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The Morning Drive: Self-Inspections, Pavement and a Five-Year Maintenance Plan at Cumberland Bay Regional

Student Name

B.S.B.A. in Aviation Management, Thomas Edison State University

AVF-4720: Airport Management I

Mentor Name

Month Day, Year

What this page is doingThe title names the daily self-inspection drive, the routine at the center of airport maintenance.
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The Morning Drive: Self-Inspections, Pavement and a Five-Year Maintenance Plan at Cumberland Bay Regional

Certification Under Part 139

Airports that serve scheduled airline flights with larger aircraft must hold an airport operating certificate under Title 14 of the Code of Federal Regulations, Part 139. Prather and Steele (2015) explain that the certificate requires the airport to follow an approved Airport Certification Manual covering pavement, safety areas, markings, signs and lighting, firefighting, wildlife, snow and ice control, fueling oversight and emergency planning. The FAA inspects certificated airports, usually once a year, and can require corrections or take enforcement action.

The Daily Self-Inspection

Part 139 requires daily self-inspections, and more frequent inspections after events such as storms or construction. At Cumberland Bay Regional, an operations officer drives every runway, taxiway and apron before the first flight, checking pavement, lights, signs, markings, safety areas, fencing, wildlife and foreign object debris (FOD). Findings are recorded on a checklist and entered into the airport's maintenance system. Serious hazards lead to an immediate closure and a NOTAM.

From Finding to Repair

In one morning's inspection, the officer found two items: a widening crack with loose pieces at a taxiway intersection and a taxiway edge light that did not illuminate. The loose pavement was a FOD hazard, since fragments could be drawn into an engine, so the taxiway segment was closed and a NOTAM issued. Maintenance swept the area and patched the crack by midday, and operations reopened the taxiway after a second inspection. The light was replaced the same afternoon. Both items were logged with the time found, the action taken and the time closed, creating the record FAA inspectors review.

StepPavement crackEdge light
Found6:05 a.m. self-inspection6:12 a.m. self-inspection
Immediate actionTaxiway segment closed; NOTAM issuedLogged; not a closure item alone
RepairSwept and patched by maintenanceLamp and fitting replaced
Closed outReinspected and reopened 12:40 p.m.Verified at evening inspection
What this page is doingFollowing two findings to closure shows how the self-inspection connects to maintenance and to the record the FAA will check, which is the point of the module.
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Pavement Management

Pavement is the most expensive part of the airfield to maintain. Shahin (2005) describes pavement management systems that rate each section with a pavement condition index from 0 to 100, based on surveyed distresses such as cracking and rutting, and use those ratings to predict deterioration and choose treatments. The key insight is timing: preventive maintenance such as crack sealing on pavement in good condition costs far less than reconstruction after it fails. Cumberland Bay Regional surveys its pavement every three years and uses the ratings to rank projects for federal grants.

Preventive and Corrective Maintenance

Corrective maintenance fixes what has failed, like the light and the crack. Preventive maintenance, such as sealing cracks, cleaning drains, testing lighting circuits and servicing snow equipment before winter, prevents failures. Wells and Young (2011) note that small airports often defer preventive work when budgets are tight, which raises long-term costs.

A Five-Year Plan

Year 1: seal cracks on the main runway and the taxiway system; replace the oldest lighting cable. Year 2: rehabilitate the crosswind runway, timed for an Airport Improvement Program grant. Year 3: rehabilitate the main apron. Year 4: replace airfield signs with LED units. Year 5: repeat the pavement survey and update the plan. The plan places large projects in years when federal grants are expected and keeps preventive work in the airport's own budget every year.

Conclusion

At Cumberland Bay Regional, the morning self-inspection is the first step in a system that turns findings into repairs, records and long-term plans. Federal certification sets the standard; pavement management and preventive maintenance make meeting it affordable.

References

Prather, C. D., & Steele, R. N. (2015). Airport management. Aviation Supplies & Academics.

Shahin, M. Y. (2005). Pavement management for airports, roads, and parking lots (2nd ed.). Springer.

Wells, A. T., & Young, S. B. (2011). Airport planning and management (6th ed.). McGraw-Hill.

What the AVF 4720 Module 6 instructions ask for

AVF-4720's fourth written assignment goes with Module 6, Airport Maintenance and Inspections, which covers the third, seventh and ninth course objectives. You will explain how airports inspect and maintain the airfield and why, with attention to federal certification under Part 139 for commercial service airports. Showing how an inspection finding becomes a repair, and how maintenance is planned over several years, makes the paper practical. The Prather and Steele text covers certification and maintenance; a pavement management source adds the planning side. Ask the airport executive you interview how their airport schedules inspections and handles findings. Following a single finding from the morning inspection to its repair and record is the clearest way to show how the system works.

How this AVF 4720 Module 6 example is built

The sample begins with Part 139 certification and what the Airport Certification Manual covers. A section describes the daily self-inspection drive at a composite county airport. Two findings, a cracked taxiway intersection and a failed edge light, are followed from discovery to closeout in a four-row table, and the margin note says why that tracing matters. A pavement management section uses Shahin's condition index and the economics of preventive treatment. A short section separates preventive from corrective maintenance, and a five-year plan sets projects by year, timed to federal grants. A short conclusion ties certification to affordable maintenance. Each step in the table carries a time, which shows how the airport's records would look to an FAA inspector.

Reading the AVF 4720 Module 6 grading rubric

Mentors reward accurate explanation of federal certification and inspection requirements, a clear account of how inspections lead to maintenance and a realistic plan. A paper that follows actual or realistic findings through to repair and documentation shows understanding of the system, not just its rules. Explaining why preventive maintenance saves money, with a pavement rating method, demonstrates management thinking. Correct regulatory terms and careful facts matter. Orderly sections and APA references to Prather and Steele and one more source complete the rubric's expectations. Plans that place large projects in grant years and keep small preventive work in the local budget show sound financial planning for maintenance.

AVF 4720 Module 6 help: mistakes that cost marks

Weak papers list Part 139 topics without showing how an airport meets them, or describe maintenance as fixing things when they break. Others confuse the FAA's annual inspection with the airport's daily self-inspection. Explain the daily inspection, follow one finding to its closeout, and show how a pavement rating guides long-term planning. Separate preventive from corrective work. Make your plan realistic for the airport's size and budget, and link large projects to grant timing. First AVF-4720 maintenance drafts on your own airport come free from the desk. Give each year of your plan a reason, such as a pavement rating or a grant cycle, so each line is defended by evidence.

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This paper is an original model document written by our desk, not a submitted student paper and not an official Thomas Edison State University document. Read it for the moves, then write your own to the instructions in your classroom. If you want one built to your exact prompt and rubric, the first custom sample is free and arrives in 24 to 48 hours.

More AVF 4720 and B.S.B.A. in Aviation Management sample papers

AVF 4720 Module 6 questions, answered

Where can I find a free AVF 4720 Module 6 sample paper?

The paper above explains Part 139 self-inspections, follows two findings to repair and sets a five-year maintenance plan.

What is a Part 139 airport?

An airport certificated by the FAA under 14 CFR Part 139 to serve scheduled airline flights with larger aircraft, following an approved Airport Certification Manual.

How often do airports inspect their airfields?

Certificated airports conduct self-inspections daily, plus extra inspections after storms, construction or other events.

What is a pavement condition index?

A 0 to 100 rating of a pavement section based on surveyed distresses, used to predict deterioration and choose maintenance.

Why is preventive maintenance important at airports?

Treatments such as crack sealing on pavement in good condition cost far less than reconstruction after the pavement fails.