AVT 3010 Module 5 Written Assignment: Scheduling, Route and Fleet Planning at JetBlue Example

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

This AVT 3010 Module 5 example is the fifth written assignment for AVT-3010, Airline Management, part of TESU's B.S.B.A. in Aviation Management. Its fifth module, on Scheduling, Route, and Fleet Planning, follows how an airline turns demand forecasts into a network of flights and the aircraft to fly them. The paper explains the planning sequence from route choice to fleet assignment, applies fleet assignment logic to a choice between two aircraft sizes on an illustrative route and analyzes JetBlue's move from the Embraer 190 to the Airbus A220-300. It also covers how engine problems and airport slot limits constrain an airline's plans.

CourseAVT-3010 Airline Management
ModuleModule 5
Paper typeWritten Assignment 5: scheduling, route and fleet planning
LengthAbout 746 words, 5 pages
FormatAPA 7 student paper
SchoolThomas Edison State University
ProgramB.S.B.A. in Aviation Management
UpdatedOctober 2026

Free sample paper for AVT 3010 Module 5

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The Right Aircraft on the Right Route: Scheduling and Fleet Planning at JetBlue

Student Name

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

AVT-3010: Airline Management

Mentor Name

Month Day, Year

What this page is doingThe title states the planning goal in plain words, which the paper then breaks into its steps.
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The Right Aircraft on the Right Route: Scheduling and Fleet Planning at JetBlue

Introduction

An airline's schedule is its product. It determines where travelers can go, when and how often. Building it requires decisions at several time horizons, from fleet plans years ahead to crew assignments days before departure. This paper explains those decisions and applies them to JetBlue Airways.

The Planning Sequence

Barnhart et al. (2003) describe airline planning as a sequence of linked problems, each one usually solved after the one before it.

Each step limits the next. A timetable that looks attractive may be impossible to staff, and a fleet chosen for long routes may be too large for short ones.

StepDecisionTime horizon
Fleet planningHow many aircraft of which types to own or leaseYears
Route planningWhich city pairs to serveOne year or more
Frequency and timetableHow many flights and at what timesMonths
Fleet assignmentWhich aircraft type flies each flightMonths to weeks
Aircraft routingWhich tail number flies which sequence, including maintenanceWeeks
Crew schedulingWhich pilots and flight attendants work each tripWeeks to days

Fleet Assignment: An Illustrative Example

Hane et al. (1995) describe fleet assignment as matching aircraft types to flights to maximize expected profit, counting both the cost of flying a larger aircraft and the revenue lost when a smaller aircraft turns travelers away. Consider an illustrative flight with expected demand of 120 passengers and an average fare of $160. A 100-seat aircraft costing $14,000 to operate would carry 100 passengers and earn $16,000, leaving $2,000. A 140-seat aircraft costing $16,500 would carry all 120 and earn $19,200, leaving $2,700. The larger aircraft wins here because the spilled passengers were worth more than its extra cost. On a flight with demand of 90, the smaller aircraft would win. Real assignment models solve this for thousands of flights at once, subject to aircraft balance at each airport.

What this page is doingThe small example makes the idea of spill concrete; it is labeled illustrative so no reader takes the costs as JetBlue's.
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JetBlue's Fleet Choices

JetBlue's fleet is built mainly around Airbus A320-family aircraft, including the A321 used for Mint and transatlantic flights, and the Airbus A220-300, which is replacing its Embraer 190 jets (JetBlue Airways Corporation, 2025). The E190, which JetBlue began flying in 2005, has about 100 seats; the A220-300 has about 140 and much lower fuel burn per seat. The replacement follows the logic of the example: on many routes the larger aircraft carries more of the demand at a lower cost per seat.

Fleet plans can be disrupted from outside. Since 2023, inspections of Pratt & Whitney geared turbofan engines, which power JetBlue's A220s and newer A321s, have kept some aircraft on the ground, reducing the capacity JetBlue planned to fly (JetBlue Airways Corporation, 2025). An airline cannot quickly replace grounded aircraft, so it must cut flights and adjust its schedule.

Route Planning and Airport Constraints

JetBlue's routes center on its focus cities. New York's JFK is a slot-controlled airport, where the number of takeoffs and landings is limited, so growth there requires slots that are scarce and valuable. Wensveen (2015) notes that access to airport facilities is one of the main barriers to competition. In 2024 JetBlue announced a plan to cut unprofitable routes and concentrate on its strongest markets in the Northeast, Florida and the Caribbean. That is route planning in its most practical form: removing flights that do not cover their costs so aircraft can fly where they earn more.

Scheduling Trade-Offs

Schedules also balance utilization against reliability. Keeping aircraft in the air more hours spreads fixed costs, but tight turnarounds leave little room to recover from delays, which spread through the network. JetBlue's bases in the congested Northeast make delays more likely, so adding buffer time can improve reliability at the cost of fewer flights.

Crew and Maintenance Limits

Aircraft routing and crew scheduling add their own limits. Each aircraft must reach a maintenance base at regular intervals, so its daily sequence of flights must end where mechanics and parts are available. Pilots and flight attendants must stay within federal duty and rest limits, which means a late evening delay can leave a crew unable to fly the first morning departure. When JetBlue builds a timetable, planners must check that both the aircraft and the crews can actually follow it.

Conclusion

Route, schedule and fleet decisions form one chain, and JetBlue's recent choices show each link: a larger aircraft replacing a smaller one, an engine problem forcing schedule cuts and a route plan narrowing to the strongest markets.

References

Barnhart, C., Belobaba, P., & Odoni, A. R. (2003). Applications of operations research in the air transport industry. Transportation Science, 37(4), 368-391. https://doi.org/10.1287/trsc.37.4.368.23276

Hane, C. A., Barnhart, C., Johnson, E. L., Marsten, R. E., Nemhauser, G. L., & Sigismondi, G. (1995). The fleet assignment problem: Solving a large-scale integer program. Mathematical Programming, 70(1-3), 211-232. https://doi.org/10.1007/BF01585938

JetBlue Airways Corporation. (2025). Annual report on Form 10-K for the fiscal year ended December 31, 2024. U.S. Securities and Exchange Commission.

Wensveen, J. G. (2015). Air transportation: A management perspective (8th ed.). Ashgate.

AVT 3010 Module 5 instructions, in plain terms

The fifth written assignment in AVT-3010 is linked to Module 5, Scheduling, Route, and Fleet Planning, which covers the ninth and tenth course objectives. Expect to explain how airlines choose routes, build schedules and decide which aircraft to fly, and to apply those ideas to a real airline. Module 5 material also appears on the proctored final, a test of short essays plus one longer essay drawn from the last three modules, so a clear grasp of the planning sequence pays off twice. Since the research paper must describe route structure and fleet composition, this assignment is a chance to gather those facts for your airline from its annual report. Look for the airline's fleet table and order book in its annual report, since those facts anchor the analysis.

How this AVT 3010 Module 5 example is built

The sample opens by calling the schedule the airline's product. A six-row table sets out the planning sequence from fleet planning to crew scheduling, drawing on Barnhart and colleagues. A worked fleet assignment example compares a 100-seat and a 140-seat aircraft on an illustrative flight and shows how spill decides the choice, with a margin note on labeling. The paper then applies the same logic to JetBlue's replacement of the E190 with the A220-300 and explains how engine inspections cut planned capacity. Sections on slot limits at JFK, route cuts and the trade-off between utilization and reliability follow before a short conclusion. Each section ties a general planning idea to one decision the airline has actually made.

Where the marks sit in the AVT 3010 Module 5 rubric

The rubric for written assignments rewards accurate explanation of the planning steps, sound application to the chosen airline and evidence from the text and research. A paper earns more when it shows how each decision constrains the next and when it explains a fleet choice in economic terms, such as spill and cost per seat. Describing how outside events, such as engine groundings or slot limits, affect plans shows a realistic view of airline management. Mentors also expect clear writing, headings that follow the steps and APA citations. Labeled illustrative numbers are fine when the airline does not publish its own. Mentors look favorably on papers that explain at least one trade-off, such as utilization against reliability, in the airline's own setting.

AVT 3010 Module 5 help: mistakes that cost marks

Common problems include describing the schedule as a list of flights without explaining the decisions behind it, or naming aircraft types without saying why an airline chose them. Some papers present illustrative costs as if they were the airline's real figures. Others ignore constraints, as if any route could be added at will. Explain the planning sequence, work one fleet choice with clearly labeled numbers and connect it to your airline's actual fleet decisions. Mention at least one constraint, such as slots, engines or crew. If you would like a free first custom AVT-3010 sample, send the airline you are studying. Avoid copying fleet counts from fan websites; use the airline's filings and say which year the figures describe.

Write yours, or have the desk draft it

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 AVT 3010 and B.S.B.A. in Aviation Management sample papers

AVT 3010 Module 5 questions, answered

Where can I find a free AVT 3010 Module 5 sample paper?

The paper above explains scheduling and fleet planning and applies them to JetBlue's move from the E190 to the A220-300.

What is fleet assignment in airline planning?

Matching aircraft types to scheduled flights so expected profit is highest, counting both operating cost and the revenue lost when a smaller aircraft turns passengers away.

What is spill in airline planning?

The passengers who want to fly on a flight but cannot because the aircraft assigned to it is full.

Why is JetBlue replacing the Embraer 190?

It is moving to the larger Airbus A220-300, which carries more passengers at a lower cost per seat on many of the same routes.

What does the AVT-3010 final exam cover?

Modules 4 through 6, in a 90-minute proctored exam with short essay questions and one longer essay.