Learn · Air Transportation: An Overview
Lecture 21 of 51Week 6: Airline Fleet Planning
Lecture 21: Airline Fleet Planning Part-2
Prof. Rajkumar Sureshchandra Pant · IIT Bombay
Credits and licence
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- Air Transportation: An Overview, IIT Bombay (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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- Tweens profiles and older. How courses are placed
All the lectures
- Lecture 1: Panel Discussuion
- Lecture 2: Introduction to Civil Aviation
- Lecture 3: Airline Deregulation Act
- Lecture 4: Civil Aviation Organizations & Freedoms of Air
- Lecture 5: Resilience of Global Aviation Sector
- Lecture 6: Development in Air Transportation in India
- Lecture 7: Introduction to Airline Economics
- Lecture 8: Airport Financing
- Lecture 9: Airline Operating Cost
- Lecture 10: DOC Tutorial Part 1
- Lecture 11: DOC Tutorial Part 2
- Lecture 12: Airline Yield Management
- Lecture 13: Dynamic Fare Pricing
- Lecture 14: Budget Airlines
- Lecture 15: Airline Partnerships
- Lecture 16: Airline Scheduling and Disruption Management
- Lecture 17: Tutorial Example on Airline Scheduling
- Lecture 18: Crew Scheduling & Pairing P1
- Lecture 19: Crew Scheduling & Pairing P2
- Lecture 20: Airline Fleet Planning Part-1
- Lecture 21: Airline Fleet Planning Part-2
- Lecture 22: Aircraft Storage
- Lecture 23: Aircraft Registration
- Lecture 24: Introduction to ATM 1
- Lecture 25: Introduction to ATM 2
- Lecture 26: Modern Trends in ATM
- Lecture 27: Urban Air Mobility and UAS Traffic Management
- Lecture 28: Human Factors in ATM (Panel Discussion)
- Lecture 29: Air Navigation Part 1
- Lecture 30: Air Navigation Part 2
- Lecture 31: Onboard Avionics for CNS
- Lecture 32: The Airport System
- Lecture 33: Overview of Airfield Design
- Lecture 34: Aircraft Characteristics affecting Airport Design
- Lecture 35: Environmental Impact Assessment of Airport Development
- Lecture 36: Airport Declared Distances
- Lecture 37: Declared Distances Tutorial
- Lecture 38: Runway Length Corrections
- Lecture 39: Wind Rose Diagram
- Lecture 40: Heliports & Vertiports
- Lecture 41: Airport Lighting, Marking & Signage
- Lecture 42: Precision Approaches for Landing
- Lecture 43: Extended-range Twin-engine Operations (ETOPS)
- Lecture 44: Minimum Navigation Performance Specifications (MNPS) & Reduced Vertical Separation Minimum (RVSM)
- Lecture 45: Traffic Collision Avoidance System (TCAS)
- Lecture 46: Polar Operations
- Lecture 47: Regional Airport Cost Estimation Model
- Lecture 48: Estimation of Generalized Cost of Air Travel for Commuter & Regional a/c (CRAGER Intro)
- Lecture 49: Case Studies using CRAGER
- Lecture 50: Sustainable Aviation using Buoyancy Engineering
- Lecture 51: Challenges in Aircraft Maintenance (Panel Discussion)