Institute:- Agragami college
Name:- Amal Tom
Class:- 4th Semester BBA Aviation.
Roll No:- G1811009 OR 09
Subject:- Aviation
Topic:- Airport Planning.and Design
www.jetlinemarvel.net
Institute:- Agragami college
Name:- Amal Tom
Class:- 4th Semester BBA Aviation.
Roll No:- G1811009 OR 09
Subject:- Aviation
Topic:- Airport Planning.and Design
www.jetlinemarvel.net
Gatwick Airport Disruption 2013 - A Case StudySteelhenge
Steelhenge's case study of the 2013 Christmas Eve disruption at Gatwick Airport. This incident led to calls from the Transport Select Committee for better contingency planning and preparedness in UK airports in the publication 'Putting Passengers First: Disruption at Gatwick, Christmas Eve, 2013"
According to the International Air Transport Association (IATA), some 3.6 billion passengers are expected to fly on commercial aircraft in 2016. That’s 800 million more than just five years ago. And these numbers continue to grow by more than five percent per year. We can build the airplanes but what about airports? The issue of expanding current airports and developing new ones is critical to the growth of the aviation industry.
We invite you to join us for “21st Century Airport Planning, Design, and Development,” a two-part webinar series presented by leading aviation experts from Embry-Riddle.
This is part--Part 1--Drs. Patti Clark and Katherine Moran will cover “Airport Sustainability, Safety, and Certification.”
In Part 2 of the Embry-Riddle Aeronautical University presenters Shawn Arena and Daniel Benny look at Airport Planning and Design and Airport Security. Presented March 31, 2016 as part of the ERAU Webinar series.
With the world’s attention focused on London, the UK Government wanted assurance that rigorous security arrangements were in place for UK airspace. NATS also had to be prepared for potentially disruptive summer weather, such as thunderstorms.
This was a unique challenge, and one that NATS rose to with characteristic calmness and professionalism. NATS had to be prepared for every eventuality, working with a wide range of stakeholders, on a job of the highest visibility. As a tribute to the way NATS managed the project, it has already been asked to share its experience with the organisers of the Rio Olympics in 2016.
NOTE This Industry overview is only a starting point for your an.docxhenrymartin15260
NOTE: This Industry overview is only a starting point for your analysis. Environment and industry issues can change rapidly and some of the information here may therefore be out-of-date.
You MUST supplement this information with additional research.
The Airline Industry
4940- Summer, 2014
Few inventions have changed how people live and experience the world as much as the invention of the airplane. During both World Wars, government subsidies and demands for new airplanes vastly improved techniques for their design and construction. Following World War II, the first commercial airplane routes were set up in Europe. Over time, air travel has become so commonplace that it would be hard to imagine life without it. The airline industry certainly has progressed. It has also altered the way in which people live and conduct business by shortening travel time and altering our concept of distance, making it possible for us to visit and conduct business in places once considered remote.
The airline industry exists in an intensely competitive market. In recent years, there has been an industry-wide shakedown, which will have far-reaching effects on the industry's trend towards expanding domestic and international services. In the past, the airline industry was at least partly government owned. This is still true in many countries, but in the U.S., all major airlines have come to be privately held. The U.S. airline industry has been in a chaotic state for a number of years. According to the Air Transport Association, the airline industry’s trade association, the loss from 1990 through 1994 was about $13 billion, while from 1995 through 2000, the airlines earned about $23 billion and then lost about $35 billion from 2001 through 2005. Against this backdrop of poor financial performance, dramatic changes in industry structure have occurred. Growth in air passenger traffic has outstripped growth in the overall economy and the U.S. airline industry remains in the midst of an historic restructuring. Over the last five years, U.S. network airlines have reduced their annualized mainline costs excluding fuel by more than 25%, or nearly $20 billion.
While some of the cost savings realized in the industry were the product of identifying greater operational efficiencies, most of the savings were generated by renegotiation of existing contractual arrangements with creditors, aircraft lessors, suppliers and airline employees and achieved either through the bankruptcy process itself or under threat of bankruptcy. A portion of industry capacity still operates in bankruptcy. But, it is down from a high of 46 percent in 2005. As a result, several carriers that were near liquidation now have lower cost structures that should allow them to show improved performance.
Economic profile of the Air line industry: The airline industry has always exhibited cyclicality because travelers' demand is sensitive to the performance of the macro economy yet airl.
Rating Framework to Evaluate Connection Flights at Tourist AirportsIJMREMJournal
Airport’s serving a tourist destination is an essential counterpart of the tourist demand supply chain, and their
productivity is related to the region’s attractiveness and is enhanced by the air transport business. In this paper,
the evaluation framework in order to prioritize the scheduled flights connecting two tourist airports is
introduced, taking into consideration their available yield seats. By adopting a systemic approach, the arrivals
from an airport that its connectivity is heavily depended on the departures of another airport are reviewed. The
methodology approach, based on inventory control theory and the numerical example, promotes the use of the
modeling formulation. The results would be essential for comparison and exercising to other similar cases.
Gatwick Airport Disruption 2013 - A Case StudySteelhenge
Steelhenge's case study of the 2013 Christmas Eve disruption at Gatwick Airport. This incident led to calls from the Transport Select Committee for better contingency planning and preparedness in UK airports in the publication 'Putting Passengers First: Disruption at Gatwick, Christmas Eve, 2013"
According to the International Air Transport Association (IATA), some 3.6 billion passengers are expected to fly on commercial aircraft in 2016. That’s 800 million more than just five years ago. And these numbers continue to grow by more than five percent per year. We can build the airplanes but what about airports? The issue of expanding current airports and developing new ones is critical to the growth of the aviation industry.
We invite you to join us for “21st Century Airport Planning, Design, and Development,” a two-part webinar series presented by leading aviation experts from Embry-Riddle.
This is part--Part 1--Drs. Patti Clark and Katherine Moran will cover “Airport Sustainability, Safety, and Certification.”
In Part 2 of the Embry-Riddle Aeronautical University presenters Shawn Arena and Daniel Benny look at Airport Planning and Design and Airport Security. Presented March 31, 2016 as part of the ERAU Webinar series.
With the world’s attention focused on London, the UK Government wanted assurance that rigorous security arrangements were in place for UK airspace. NATS also had to be prepared for potentially disruptive summer weather, such as thunderstorms.
This was a unique challenge, and one that NATS rose to with characteristic calmness and professionalism. NATS had to be prepared for every eventuality, working with a wide range of stakeholders, on a job of the highest visibility. As a tribute to the way NATS managed the project, it has already been asked to share its experience with the organisers of the Rio Olympics in 2016.
NOTE This Industry overview is only a starting point for your an.docxhenrymartin15260
NOTE: This Industry overview is only a starting point for your analysis. Environment and industry issues can change rapidly and some of the information here may therefore be out-of-date.
You MUST supplement this information with additional research.
The Airline Industry
4940- Summer, 2014
Few inventions have changed how people live and experience the world as much as the invention of the airplane. During both World Wars, government subsidies and demands for new airplanes vastly improved techniques for their design and construction. Following World War II, the first commercial airplane routes were set up in Europe. Over time, air travel has become so commonplace that it would be hard to imagine life without it. The airline industry certainly has progressed. It has also altered the way in which people live and conduct business by shortening travel time and altering our concept of distance, making it possible for us to visit and conduct business in places once considered remote.
The airline industry exists in an intensely competitive market. In recent years, there has been an industry-wide shakedown, which will have far-reaching effects on the industry's trend towards expanding domestic and international services. In the past, the airline industry was at least partly government owned. This is still true in many countries, but in the U.S., all major airlines have come to be privately held. The U.S. airline industry has been in a chaotic state for a number of years. According to the Air Transport Association, the airline industry’s trade association, the loss from 1990 through 1994 was about $13 billion, while from 1995 through 2000, the airlines earned about $23 billion and then lost about $35 billion from 2001 through 2005. Against this backdrop of poor financial performance, dramatic changes in industry structure have occurred. Growth in air passenger traffic has outstripped growth in the overall economy and the U.S. airline industry remains in the midst of an historic restructuring. Over the last five years, U.S. network airlines have reduced their annualized mainline costs excluding fuel by more than 25%, or nearly $20 billion.
While some of the cost savings realized in the industry were the product of identifying greater operational efficiencies, most of the savings were generated by renegotiation of existing contractual arrangements with creditors, aircraft lessors, suppliers and airline employees and achieved either through the bankruptcy process itself or under threat of bankruptcy. A portion of industry capacity still operates in bankruptcy. But, it is down from a high of 46 percent in 2005. As a result, several carriers that were near liquidation now have lower cost structures that should allow them to show improved performance.
Economic profile of the Air line industry: The airline industry has always exhibited cyclicality because travelers' demand is sensitive to the performance of the macro economy yet airl.
Rating Framework to Evaluate Connection Flights at Tourist AirportsIJMREMJournal
Airport’s serving a tourist destination is an essential counterpart of the tourist demand supply chain, and their
productivity is related to the region’s attractiveness and is enhanced by the air transport business. In this paper,
the evaluation framework in order to prioritize the scheduled flights connecting two tourist airports is
introduced, taking into consideration their available yield seats. By adopting a systemic approach, the arrivals
from an airport that its connectivity is heavily depended on the departures of another airport are reviewed. The
methodology approach, based on inventory control theory and the numerical example, promotes the use of the
modeling formulation. The results would be essential for comparison and exercising to other similar cases.
Application of Data Science in the Airline industryEshaNair4
The presentation is about the application of data science in the airline industry. It gives a brief understanding about how data science tools can be applied to reduce costs, increase efficiency and most importantly to ensure a happy flying!
Term ProjectComparative Financial Statement Analysis of Spir.docxbradburgess22840
Term Project
Comparative Financial Statement Analysis of Spirit Airlines and Jet Blue, 2015-2017
ACC 770- Managerial Accounting
I. Introduction
II. Business History and Future
a. Industry
b. Spirit Airline
c. JetBlue
III. Financial Analysis
a. Ratio analysis explanation
i. Liquidity ratios
ii. Activity Ratio
iii. Solvency Ratio
iv. Profitability Ratio
b. Horizontal and Vertical Analysis
i. Overview
ii. Complementary application
IV. Liquidity Analysis
a. Industry
b. Spirit Airlines
c. JetBlue
V. Activity Analysis
a. Industry
b. Spirit Airlines
c. JetBlue
VI. Solvency Analysis
a. Industry
b. Spirit Airlines
c. JetBlue
VII. Profitability Analysis
a. Industry
b. Spirit Airlines
c. JetBlue
VIII. Horizontal and Vertical Analysis
IX. Comparative Analysis
a. Creditworthiness analysis
i. Short-term
ii. Long-term
b. Investment attractiveness
c. Recommendations
X. Summary and conclusions
XI. References/ Bibliography
XI. Appendices
Introduction:The report is the partial requirement of Managerial Accounting course. The objective is analyzing and comparing two companies of same industry for the purpose of forming sensible decision bases on financial statements, historical data and market news about its standing.The report has analyzed and compared Spirit airline and JetBlue Airline. The scope of the report is to see the trends of industry thereby, analyze companies position in terms of industry. Moreover, past analysis also provide an assistance in forming recommendations and insight of the particular company.The methodology of entire report is mainly on ratio calculations and its interpretations. Then it provides brief summary of evaluating short term and long term creditworthiness along with the investment attractiveness.The future of airline industry is slightly unpredictable for the perspective of investment, because demand for air tickets is increasing but demand for stocks has decreased overtime. Business History, Overview and FutureIndustry History and Overview:
Since the birth of flight in 1903, air travel has emerged as a crucial means of transportation for people, products and animals. The hundred-plus years following the invention of the first aircraft have brought about a revolution in the way people travel. The airline business is a major industry, relied upon by millions not only for transportation but also as a way of making a living.
In early years, flying was considered a risk endeavor. In 1925, a development of an act “Air Mail Act” bring much revolution in airline industry by allowing the postmaster to contract with private airlines to deliver mail. Shortly thereafter, the Air Commerce Act gave the Secretary of Commerce power to establish airways, certify aircraft, license pilots, and issue and enforce air traffic regulations. The first commercial airlines included Pan American, Western Air Express and Ford Transport Service. Within 10 years, many modern-day airlines, had emerged as major players.
In 1938, Civi.
1. C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
2. TABLE OF CONTENT
3.1 - Aviation Activity Overview
• Air Carrier
• Origin/Destination and
Connecting Passengers,
• Aviation activity’s
3.2 – Historical Growth
3.3 – Aviation Forecasts
• Forecasting process
• Aviation Operation
3.4 – Forecast for Facility Planning
• Development of schedules of
activity
• Industry planning standards
• Seasonal Variations and Peaks
• Passenger Planning Levels
• Aircraft Movement Planning
Levels:
3.5 - Forecast Implication
• Forecast Implications
• Utilization of Facilities
C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
3. 3.1 AVIATION ACTIVITY OVERVIEW
Toronto Pearson International Airport Market Profile:
• Network, Low cost, and Charters Air Carrier
• origin/destination and connecting passengers,
• The Air cargo, Business, and General aviation profile.
C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
4. 3.1 AVIATION ACTIVITY – NETWORK CARRIER
Network carriers are scheduled airlines that focus on providing a wide
range of pre-
flight and on-board services including different service classes and
connecting flights.
Air Canada, British Airways and American Airlines are considered to be
Network
Carrier airlines due to their every day service to majority of destinations.
Most network carriers operate a hub and spoke network allowing Toronto
Pearson to
develop more point to point connections for their passengers.
C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
5. 3.1 AVIATION ACTIVITY – LOW COST CARRIER
Low cost carriers is a newer generation of airline in which competes with
the network
carriers by avoiding the overhead costs associated with services like
connections, and
serving regional and international destinations.
Example of Low Cost Carrier West Jet, South West, Ryan Air, and EasyJet
Tend to operate with a limited number of aircraft, fewer destination but
compete on
airfare/cost and frequency services
Avoid overhead cost such as operating a variety of aircraft, providing
multiclass
configuration/lounges, meals,
C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
6. 3.1 AVIATION ACTIVITY – CHARTER CARRIER
A charter carrier is contracted by tour operators to fly their passengers to
holiday
destinations.
Air Transat and Skyservice are two of Toronto Pearson longest serving
Charter Carrier
in operation
They operate at the peak seasons and tend to reduce operation during
quieter
periods
C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
7. AVIATION ACTIVITY – PASSENGERS AT
PEARSON
Toronto Pearson has a strong origin and destination travel traffic base in
which
passengers either begin or end their journey at this airport. The airport
benefits from
a large diversity of routes.
Toronto Pearson is an attractive gateway for Canadian, and U.S connecting
passengers. The airport is the fifth largest entry airport into the United
States after
New York, JFK, Chicago, Miami and Los Angeles International.
Toronto Pearson is a significant connecting point (Journeys that passes
beyond
approached airport) for passengers. Approximately 20% of passengers that
pass
through Pearson are connecting.
C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
8. AVIATION ACTIVITY – PEARSON'S CARGO
Pearson is a major trans-shipment center for cargo travelling between
Canadian and
international points, as the dominant Canadian airport for air cargo
shipments is
expected to grow both regional and national.
Freighters are now filling this role since the use of smaller aircraft
negatively
impacted carrying capacity on many routes and continue to do in the
future. Freighter
demand suffered far less than passenger hold demand in comparison of
the use of
regional jets
Use of RJ’s in right-sizing markets instead of larger aircraft is negatively
impacting
belly cargo capacity on same North American routes.
C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
9. 3.1 AVIATION ACTIVITY – BUSINESS AT
PEARSON
Business Aviation exists at Pearson because a number of corporate aircraft
are
housed in the infield and north business aviation areas.
These types of operation are consider to aid Busniess, Government,
Military. Not for
Public or Cargo operation
Cooperate aircraft are piloted by individuals who have at a minimum, a
valid
commercial pilot’s license with an instrument rating.
C A R L O S A . M A R T I C O R E N A , M U H A D J A M A , N A V R A J
P A B L A , S E Y E D H A M E D J . B E H N A M
10. 3.2 Historical Growth
Carlos A. Marticorena, Muhad Jama, Navraj Pabla, Seyedhamed J.
Behnam
Aviation Services is generally dependent on the
general heath of the economy. As shown in figure 3-3,
growth rate in passenger volumes change with:
1-Growth rate in economy
2-Terrorist attacks were a shock with 20% reduction in traffic of
2001. (September 11, 2001)
3-Diseases such as SARS in 2003.
4-Iraq and Afghan Wars with 15% reduction.
5-Changing the regulation of air carrier industry.
6-In 2005 and 2006, oil prices increased and it brought increase on
ticket’s prices.
By 2006-07 Traffic levels were back to normal and demand continued to increase till reached
30.97 million passengers in 2006.
11. 3.3 – Aviation Forecast
Forecasting Process
The method of producing forecast are based on:
1) The economy (domestic & abroad)
2) Demographic factors
In which collaborates in predicting forecast by monitoring activity
affecting supply and demand which includes: Gross Domestic Products,
Adult and Immigrant Population, Air fares
Carlos A. Marticorena, Muhad Jama, Navraj
Pabla, Seyedhamed J. Behnam
Significant, Strategic Forecasting Factors
Service supplied by Air Carriers is a significant factor for the economy. Ultimately
depends on the competition of:
• Other Air Carrier & other motive of transportation,
• Fuel cost & Efficiency
• Labor cost
• Government Regulations & Policy Issues
• Airport & Air Navigation cost
• Congestion & environmental initiatives
12. 3.3 – Aviation Forecast
Strategic Factors
Factor in which help cause change from previous historical pattern of Supply and
Demand for better aviation service such as:
Expanding use of Electronic Communication and Teleconferencing
Presence of LCC, Charter Air Carrier vs. other low-fare transportation
the Hassle factors – Security, Uncertainty, and Inconsistency
Carlos A. Marticorena, Muhad Jama, Navraj
Pabla, Seyedhamed J. Behnam
13. 3.3 Passenger Forecasting
Collaborated data put together from various resources
such as:
External agencies (Conference board of Canada,
Informetrica)
Pearson historical traffic data
Determine a prediction for the demand of passenger
travel. The data that is used to determine passenger
demand can be broken down into two different models:
Carlos A. Marticorena, Muhad Jama, Navraj
Pabla, Seyedhamed J. Behnam
Econometric Passenger
Origin/Destination (PODM):
projects the number of Origin/Destination
passengers within each area of the Country for
Domestic, Trans border, International
transportation
Passenger Traffic Allocation (PTAM):
Incorporates connecting passengers to yield a forecast
producing the Enplaned/Deplaned passenger volume
for the major airports in the country, as well provide a
forecast for Aircraft Movement
14. 3.3 Business & Cargo
Business/General Aviation Forecast
Business aviation activity is expect to maintain its presence with Toronto
Pearson with Corporate operation, not in terms with Government or
Private Operators which are offsetting declines in the forecast
Cargo Travel
Toronto Pearson being ranked 38th for Air Cargo Volume being
measured 517,00 metric tons of Cargo shipments has only been a
secondary business for Toronto Pearson.
As for many other corporation such as Fed-ex, UPS, DHL collaborates
with Toronto Pearson and take advantage of all its Cargo Shipment
Carlos A. Marticorena, Muhad Jama, Navraj
Pabla, Seyedhamed J. Behnam
15. 3.3 Aircraft Movement Forecast
A collaboration of data and forecast such as:
Passenger Demand
Non-passenger operation (Business, Cargo, General Aviation),
Airline statistic (Load factor, Aircraft size)
To yield an Aircraft movement Forecast for facility uses or to be converted for future
schedule time planning needs.
Carlos A. Marticorena, Muhad Jama, Navraj
Pabla, Seyedhamed J. Behnam
All these Factor/Forecast in the end influences the Airline fleet
(Number of Aircraft + Size of Plane), the passengers loads, and
route structure
These Forecasts that Pearson Airport processes are reviewed
annually by Transport Canada and is tracked by the Greater Toronto
Airport Authorities (GTAA) on a monthly basis to make final
adjustment in the forecast by taking account for:
• Non-revenue Passengers (Airline employees, cheaply
discounted fare)
• Providing micro-detail requirements for facility planning process
16. 3.4 FORECAST FOR FACILITY
PLANNING
Provides an overview of the development of forecasted
facilities by:
Carlos A. Marticorena, Muhad Jama, Navraj Pabla, Seyedhamed J.
Behnam
Development of schedules of activity
Analysis data, by Transport Canada, of
five domestic, seven trans border and
seven International zones helps to
account for the appropriate timing of
flights at Toronto; also it helps to
simulations, and to determine future
facility traffic levels, so it will produce
the future facility requirements.
Industry Planning Standards
A daily and hourly passenger and movement volume is the
main requirement for facility planning. There are five main
peak standards:
• The absolute peak
• The average of busiest months
• The average of the seven busiest days of the three busiest
months (Used by ICAO)
• he 90th percentile of daily traffic (Used by Transport
Canada)
• The 95th percentile of day
17. 3.4 FORECAST FOR FACILITY
PLANNING
During calculating and planning days, it is very important to understand which standards are being
met, which are realistic, and which should be viewed as a future target for the Airport.
Carlos A. Marticorena, Muhad Jama, Navraj Pabla, Seyedhamed J.
Behnam
Seasonal Variations and Peaks
In order to forecasting facilities, the
seasonal and daily variations in traffic
levels are required. For instance, the
busiest months at Toronto Pearson are the
summer months of July and August.
Analyzing these traffic data helps to design
facilities in order to handle busy traffic
periods.
18. 3.4 Forecasting for Facility planning
Carlos A. Marticorena, Muhad Jama, Navraj Pabla, Seyedhamed J.
Behnam
Passenger Planning Levels
All standards mentioned above will help Airport to set target levels of activity across a
season by sector and direction.
Aircraft Movement Planning Levels:
These standards also make aircraft movements forecasting.
19. Discuss the forecast implications for Toronto Pearson
International Airport and their utilization of facilities.
Carlos A. Marticorena, Muhad Jama, Navraj Pabla, Seyedhamed J.
Behnam
3.5 Forecast Implication
Forecast Implications
The airport is expecting to have more than 50
million passengers by the year 2020 as well as
637,000 aircraft movements (Aviation activity
and Forecast,2006). Given the expected
growth of passengers and aircraft
movements, an evaluation will need to be
done in order to determine if Pearson is
capable of dealing with this in the future.
Other airports within the region must also be
able to deal with any spill over from Pearson
or else there will be major delays for
passengers. It will also be difficult to maintain
effective operations in the GTA.
Utilization of Facilities
This chapter outlines the importance of an
efficient airport operation. An assessment
is done in order to determine Toronto
Pearson’s operating efficiency. The time it
takes for a passenger to check in and Pre-
Board screenings for example are included
in this assessment. The efficient utilization
of facilities at Pearson is paramount in its
future success.