Really this presentation address the performance of airline - how to forecast and know the LOAD FACTOR. in trems of ASK and RPK. case study is LH group. hope to enjoy !!!!!
Reading in the Future: Forecasting Key Metrics for Lufthansa Group
1. Reading
In The
FUTURE
By:
Mohammed S. Awad
Chairman Adviser
Yemenia
2. Reading In The Future
“Excellence is never an
accident. It is always the
result of high intention,
sincere effort, and
intelligent execution; it
represents the wise choice
of many alternatives -
choice, not chance,
determines your destiny.”
― Aristotle
3. Outline 1/2
• Introduction
• Key Performance Indicators For Airlines
• Forecasting
– Basic concept of forecasting Model
– Forecasting – Trend vs. Seasonality
– Model Constrains
– Max.& Min Signal Tracking Analysis
– Accuracy Forecasting Matrix
4. Outline 2/2
• Case Study : ( Lufthansa Group )
• Basic Data Base ( Three years data )
• Forecasting
– Lufthansa Group - Passengers
– Lufthansa Group – Flights
– Lufthansa Group – ASK
– Lufthansa Group – RPK
– Expected Load Factor
• Forecasting Accuracy Matrix (Lufthansa Group)
• SUMMARY
5. Introduction – Clear Objectives
Most of airlines in the world working on
a clear objectives and that’s come with
clear targets which lead us to set a clear
picture of forecasting process.
Based on that, our objective is to
develop a clear massage for top
managements for the key performance
figures of the airline, not just to
compare month by month approach
but to develop the right path ( time
series ) in the future to set the right
targets which consequently develop
K.P. I for the airlines
6. K.P.I For Airlines ( Lufthansa Group )
• Key Performance Figures ( June 2014 )
12. Forecasting – Trend vs. Seasonality
Trend Forecasting
Tell us in which direction (Growth) of the
historical data, and usually is a long term
forecast.
Seasonal Forecasting
Tell us the Seasonal, Cyclic shocks, we
used it to define the forecasting Pattern
Trend vs Seasonal Forecasting
Forecasted Year of TREND
= Sum of 12 forecasted Seasonal Months
for same year,
13. Model Constrains
Two Main Constrains to get a fair model:
R2 > 80%
AND
-4 < T.S.< 4
R2 = Coef. Of Determination T. S. = Tracking Signal
16. Case Study : ( Lufthansa Group )
The Lufthansa Group is an
aviation group with global
operations and a total of almost
500 subsidiaries and associated
companies. It consists of five
business segments, which encompass the areas of
passenger transportation and airfreight, as well as
downstream services: Passenger Airline Group, Logistics,
MRO, Catering and IT Services. All the segments are
market leaders in their respective areas.
24. Reading In the Future
• Analysis:
– Passengers: – there will be slight reduction in Passengers
– Flights: - due to the presence of A380 there will be a
significance reduction in 2014, due to large capacity of A380
– ASK:- also ASK will tend to be less
– RPK: - this factor will be stable, as LH will keep to serve their
markets
– Expected Load Factor ( L/F ) : Since RPK stable and ASK will
slightly decrease. This will lead to increase the expected
load factor.
25. Forecasting Accuracy Matrix
• Forecasting Accuracy :
– RPK is fair as it is satisfies
the constrains of the
forecasting.
– Passengers is also fair as
the mislead is denied by
Max/Min T. S. Analysis
( errors are distributed on
both sides of the trend line).
– ASK is also fair as the
mislead is denied by
Max/Min T. S. Analysis.
– Flights is also fair as the
mislead is denied by
Max/Min T. S. Analysis.
26. Summary
• Most of Investors in Airline Industry are concerned for the
performance factors that’s Passengers, RPK ,ASK , and Load
Factor. They evaluate them by comparing their values in past
according to month by month approach.
• This presentation tilling us the future patterns for these
factors, which consequently we can develop and forecast the
expected Load Factor.
• This also will help the airline to set their targets, and
developed the right KPI policy for measuring airline
performance.
• The data is fairly fitted, with a minimum errors.
• The results shows that there will be slight decrease in ASK,
with stability for RPK, THIS WILL LEAD TO INCREASE IN
EXPECTED LOAD FACTOR IN THE FUTURE (2014).