Abstract This report discusses Airbus, an aircraft manufacturer that was formed in 1970 as a consortium between four national entities in Europe. Airbus France, Airbus Deutschland and Airbus Espana merged together and became the European Aeronautic Defense and Space Company (EADS) which held an 80% stake in the newly formed entity and BAE Systems with 20%. According to the paper, despite faulty designs in one of their more recent aircrafts, the A380, the world's largest passenger plane, Airbus still develops some of the most modern aircraft in the world and has a lucrative business opportunities in the military transport aircraft market. The paper describes Airbus' strengths, weaknesses, opportunities and threats.
From the Paper "Airbus has a long history of innovation in the aircraft manufacturing industry, starting with its A300 in 1974. The A300 was the airline industry's first twin-engine wide body aircraft and its optimized fuselage cross-section was retained for the A330 and A340 airliners that followed. (Airbus, 2008) Today, the company continues its tradition in innovation with its A380 aircrafts, the world's largest passenger plane. Two of the many innovations of the A380 include, high-pressure hydraulics and variable-frequency electrical generation, both of which reduce weight and boost system performance. (Airbus, 2008)"
Tags: scanning, the, environment, airbus, global, market, forecast, aircraft, a380, airbus, france, airbus, deutschland
Abstract The paper explores the fundamental philosophical differences between Airbus and Boeing and provides a summary of both Airbus and Boeing's product development strategies. The paper looks at the competition in high-speed jet liners and explains how Airbus can spread some of the risks inherent in its ventures.
Outline:
Introduction
Airbus: A Summary of its Product Development Strategy
Boeing: A Summary of its Product Development Strategy
Strategies Compared: Airbus and Boeing
Competition in High-Speed Jet Liners
How Airbus Can Spread Some of the Risks Inherent in its Ventures
From the Paper "Competing in commercial and military aviation, space and communications systems industries, Airbus and Boeing are two of the largest and most technologically advanced companies competing in these markets. At the center of Airbus' business model is a reliance on operations across 160 international locations including Research & Development (R&D) and manufacturing centers in France, Germany, the United Kingdom and Spain. In addition, Airbus operates subsidiaries in North American, China and Japan. Airbus heavily relies on an engineer-to-order strategy for synchronizing its supply chain and demand management systems (Irwin, Pavcnik, 2004). Relying on a high degree of process integration in its single-aisle (A318, A319, A320, and A321) and wide-body (A300, A310, A330, A340) commercial jets, Airbus takes a more consortium-oriented approach to product development."
Abstract In this article the writer introduces, discusses and analyzes the topic of the Airbus A380. Specifically, it discusses what major US airports are doing to prepare for the "super jumbo" airliner, the Airbus A380. The writer maintains that the Airbus A380 seems like a giant gamble to many. The writer notes that airports are readying their terminals, jet-ways, runways, and taxiways for the giant aircraft, but it remains to be seen how many people will actually want to fly on a plane that carries 853 passengers at its largest configuration. The writer concludes that it also remains to be seen if the money spent on airports and in development will ever pay back Airbus and the airports geared up to accept it.
Outline:
Loading Bridges or Jet-ways
Wingspan
Hangars
Fuel Tanks
Terminals
Taxiways and Runways
Parking
"Sewer Surge"
Catering and Other Services
From the Paper "Airbus first began developing the plane in 1994, and scheduled the first deliveries for 2006, but the company has experienced difficulties in several design areas of the plane, from wiring to weight, and delivery times have been extended three times. The delays have cost Airbus orders for the plane, with several customers canceling or scaling back their orders because of the extended delays. Singapore Airlines is the first customer scheduled to receive delivery of planes in October 2007. Other future operators include Lufthansa, Quantas, and Virgin Atlantic. Even under this duress, Airbus is already planning a 1,023-seat triple-decker plane for future production. Clearly, this would create another construction and logistical problem with American airports."
Abstract The paper deals with the competitive advantage Airbus possesses in its market. It goes into detail on specific projects which helped make Airbus the juggernaut that it is today. In addition to discussing technology and growth opportunities, the paper also levels Airbus against its competitors.
From the Paper "Airbus and Boeing are well aware that if they want to win this race for market domination, they will have to offer premium services to help China's aviation industry and to train China's pilots. Airbus took the initiative to provide these premium services by setting up their own parts distribution centers in Beijing to fill the needs of the Chinese commercial aviation fleet. Airbus is also making strategic moves to gain popularity by selling their planes in a manner that benefits more than just two parties. In reference to a $2.5 billion order for twenty eight Airbus jets for China, the French president commented that "It's good for Europe. It's good for France. It's good for employment" With up to fifty percent of the new Airbus's constructed in the United Kingdom, this order will help secure British jobs.? These types of tactics are helping Airbus to gain a competitive edge over Boeing not only in China but around the world, and to grow more stable as an international company."
Tags: 747, aeronautics, airplanes, aviation, boeing, europe
Abstract This paper outlines the business strategy of Airbus that has allowed it to become the successful aircraft business that it is today. The paper points to Airbus's focus on international customer support, the development of a corporate culture, and its focus on technological developments as the main reasons for its competitive edge and success in the aircraft engineering market.
Brief Introduction to Airbus Activities in Globe
Technological Developments
Strategic Analysis and Expansion Opportunities
Conclusion
From the Paper "Airbus entered the aircraft engineering market approximately 30 years ago. Their first aircraft was the A300 wide-bodied airliner, with the capacity for 226 passengers, being the first to offer exactly the facilities stipulated by the airlines. Within the market of annual profits exceeding $527 million in 2000, out of which 72% came directly form passenger flight revenues, such an innovation had provided to be extensively demanded. As a consequence, the newly developing company had benefited from tremendous growth over a significant period of time, where by in year 2003, Airbus had a turnover of 19.3 Billion Euros."
Tags: boeing, airliner, passengers, european, manufacturers, eads, bae, systems, industry
Abstract The paper offers a brief history of the Airbus company and outlines the company's mission and vision. The paper describes the CEO management style, the company's location, the latest environment requirements and provides a SWOT analysis. Finally, the paper compares Airbus to the Boeing company and recommends changes for the company to remain competitive.
Outline:
Brief History of the Organization
Mission and Vision
CEO Management Style
Location
Environmental Scanning
SWOT Analysis
Comparison to Boeing
Recommend Changes to Remain Competitive
From the Paper "The French company states that they first came to being in order to challenge the Americans' supremacy on the international aircraft market. The company was formed in 1970 as the result of a consortium between France's Aerospatiale and Dutch Airbus. The company then merged with Spain's CASA and British Aerospace. In 2001, all four components unified under a single company, based in Toulouse, France (headquarters were set in 1974). In 2004, the aircraft company managed to overthrow their main competitor, American Boeing, by registering more sales and securing more orders. Today, they are the sole possessor of the largest airplane on the globe, the Airbus A380, which can transport up to 800 travellers at one flight."
Abstract This paper discusses the potential impact that Airbus' new super-jumbo airliner, the A380, may have on the airline transportation industry.
From the Paper The Airbus A380 basically represents the different view of the future in international air travel held by Airbus and Boeing. The Airbus A380 represents the first full tripe-decked super jumbo-jet as well as the first true competitor to the Boeing. Airbus critics have argued that neither airport runways and facilities or the aviation industry is ready for the jumbo airline whose biggest model will carry passengers in three classes. This analysis will discuss the impact this new breed of airliner will..."
Abstract This paper describes the competition between Airbus in Europe and Boeing in the United States, two producers of jet airliners. The actions by both manufacturers to gain advantages over the other is seen through purchases of equipment, changes in design, special deals to gain more customers, targeting different countries for special attention, and even direct conflict through legal action.
The paper uses managerial economics to analyze the two main companies in the airline manufacturing industry: Airbus, which is located in Toulouse, France and Chicago-based Boeing.
Abstract In the area of commercial aircraft manufacture, Airbus controls some 46% of the world market whilst Boeing controls the remaining 54%. In the light of increasing financial difficulties within the aviation world, the paper examines, through managerial economics, the two companies and their differing approaches to company development over the next 20 years.
From the Paper "Airbus and Boeing are forced to invest very large amounts of capital, creating very high sunk costs due to the process involved in manufacturing airplanes. Boeing's plant in Everett, Washington receives parts from more than a thousand suppliers, who ship components by truck, rail, and air from throughout the world and all 50 states 6. Airbus spends, on average, annually $10.2B on parts, components, tooling and services with American companies2. However, their approach to manufacturing is different. Boeing utilizes the concept of economies of scope and scale. Our text, on page 188, describes economies of scale as when a company produces products together instead of separately. Boeing's Everett plant builds the 767, 777, and 787 airliners at the largest building by volume in the world 6. Airbus, however, has operational facilities in four different states and seeks to minimize costs by producing variable levels of output, optimizing the selection of fixed and variable levels of production 6. This type of process is discussed in the section of our text on long-run average cost curves. Boeing is also heavily invested in pushing for economies of scale. Jim McNerney, Boeing's CEO, told Business Week "he plans to take greater advantage of Boeing's economies of scale in the supply chain and to create a more efficient research and product development process. Both goals had been thwarted in the past by the company's balkanization. Consider the issue of global sourcing. Boeing currently buys 200 different kinds of safety glasses and 80 different shades of white paper. The defense and commercial airplane divisions each negotiate for their own aluminum and titanium, says James F. Albaugh, CEO of Boeing Integrated Defense Systems and the executive responsible for the global sourcing initiative. "Why can't we buy two or three different kinds of safety glasses? Why can't we have standard part numbers that go across the enterprise?" he asks. "It's all about making us one company.""
Abstract The paper discusses the market strategies of Boeing and Airbus and how the EU has assisted Airbus' international performance. The paper shows how the aircraft manufacturing and airline industry are intricately dependent on each other. The paper provides a SWOT analysis of both Boeing and Airbus. The paper concludes that although the EU may operate in line with Boeing's vision of the airline industry, national pride within the EU will ensure that Airbus and its A380 has a presence in its major airports.
Outline:
Overview
The European Union
The Aircraft Industry
Boeing
Airbus Conclusion
From the Paper "The civilian aircraft industry, in spite of its sheer domination by only two major competitors, Boeing and Airbus, is a hugely competitive industry with billions of dollars at stake annually. Airbus alone experienced revenues in 2004/2005 of E22.3b while Boeing, for the same period, took in 55% of the total market value of passenger jet orders ("Airbus" pars.5-12). The increasingly open and fractured market across the European Union (EU) has also created a raft of opportunities for both these aircraft manufacturers to capitalize on. However, because of the market strategies that each aircraft manufacturer has taken, Boeing would seem to have an operating advantage in the short term within the EU although nationalistic tendencies may prevent Boeing from capitalizing on its advantage."
Abstract The paper offers a brief history of the Boeing company and outlines their mission, vision and the CEO's management style. The paper looks at the company's location and their care for the environment and then provides a SWOT analysis of the organization. The paper compares Boeing to Airbus and contrasts the Boeing 787 Dreamliner to the Airbus A380. Finally, the paper recommends changes for Boeing to remain competitive.
Outline:
Brief History of the Organization
Mission and Vision
CEO Management Style
Location
Environmental Scanning
SWOT Analysis
Comparison to Airbus Boeing 787 Dreamliner vs. Airbus A380
Recommend Changes to Remain Competitive
From the Paper "The Boeing Company is the largest aeroplane producer in the world and it is one of the five major aerospace firms that have influenced the course of the US and global history. Its existence is due to visionary William Edward Boeing who founded the Pacific Aero Products Company in 1916. In 1917, the company was called the Boeing Airplane Company. With each year, more airplanes were being produced and the company continued to grow. Extremely needed during the war, when this was over, Boeing was forced to change the nature of their activity. They generally focused on improving their techniques and they went back in business when the US president changed. Since then, Boeing has been focused on mergers, acquisitions, product development, and the satisfaction of a wide array of customers."
Abstract An analysis of the competition between Europe and the United States for supremacy in the airline industry. The author details the history of Boeing, Airbus and McDonnell-Douglas since WWII, with special attention paid to the years since the mid-1960s when Europe entered the market. The successes and failures of the parties involved are discussed in detail, including the failure of the Concorde and the particular affect it had on the entire industry. American government involvement in keeping Boeing afloat during the last decade, by both the Clinton and Bush administrations, is also discussed in detail. The affect of the September 11 terrorist attacks on the airline industry, especially changes in the demand for new airplanes, is covered by the author.
From the Paper "But it wasn?t just Boeing that Airbus had to contend with; in fact, both Boeing and Airbus had to directly compete against US-based McDonnell Douglas with production civilian aircraft orders; however, by 1996, the company was facing some financial trouble. Their MD-11 "had failed to kickstart the company, and plans to build a new Jumbo"with Asian partners had come to nothing?.the company was down to just 5% of the world market? (Ibid, 226). So Boeing offered $13B to merge the two US airline manufacturers, which "had the backing of the White House"[creating] the kind of national champion the Clinton Administration had wanted to encourage?.instead of having to juggle its attention"it could devote its energies supporting the enlarged Boeing" (Ibid, 226-227). In fact, the Clinton Administration overtly lobbied for customers toward its aerospace manufacturers, which is reason they never sought any anti-trust action against the merger; mainly, McDonnell Douglas at the time of the merger was more vested in the military aerospace applications, an area Boeing was never dominant."
From the Paper " Compare and Contrast Boeing, and Airbus Industrie Design History,
and Philosophy on the Boeing 777, and the Airbus A-330/340
Over the next decade, there should be an increased worldwide demand for large transport aircraft. The two major competitors for this market are the Boeing Company in the United States and Europe's Airbus Industrie. Although the Boeing 777 and Airbus A330/A340 families bear certain similarities, they are actually very different aircraft.
Introduction:
During the last fifty years, the commercial-class aircraft manufacturing industry has evolved into an "oligopolistic production structure" characterized by "extremely high survival risk" and "intense competition" (Golich, 1992, pp.899-934). Two of the industry's major contenders presently include Boeing and.."
Abstract This paper examines how software defects, design errors and other computer-related glitches lie at the heart of problems that can cause either serious injury or death and how investigation of software errors and computer system defects is a major preoccupation and serious business. It focuses on the myriad of conditions implicated by such failures in software. Included in this discussion are the Airbus A320 crash, the Therac-25 case and a number of power plant miscarriages that have led to radiation leakages.
Outline
Introduction
Scope of Study
Conclusion and Recommendations
From the Paper "The question of how the pilots initially got into this unenviable position brought renewed attention to the A320's "glass cockpit." In lieu of the circular-dial instruments and toggle switches found in the cockpits of older planes, pilots flying the A320 face a large display of computer screens for monitoring the airplane and keyboards for typing in commands and making choices. In lieu of dealing with separate gauges and dials for speed, rate of climb, and altitude, they view the essential information bundled up in compact fashion on their screens. Yet such a system also makes it a challenge for pilots to monitor long-term trends in airspeed and other flight parameters, so they must rely on automatic alerts or warnings to tell them about significant changes in the plane's status."
Abstract This purpose of this paper is to provide information that would be useful to a potential employee. This paper covers corporate and financial information, the history of Boeing and its key departments.The paper discusses in detail the benefits available to employees of Boeing, including key contact people and management itself. The paper also details the key principles Boeing operates by, in order to help the potential employee educate themselves about the type of people that Boeing is interested in hiring. The author also provides some current and future business articles about Boeing and the direction they are planning to take so that any potential employee can be educated about the corporation before they interview.
From the Paper "Boeing Launch Services - this is a sales and marketing unit aimed at providing a launch service for companies worldwide requiring the launch of payloads into orbit. Rocketdyne Propulsion and Power - division located in California whose basic purpose is to provide propulsion systems. The division is also a leader in applied power and supplied power systems to the International Space Station.
Boeing Satellite Systems - this division consists of Hughes Space and Communications Company, who were the leaders in space communications. Boeing acquired three units of Hughes in 2000, Hughes Space and Communications Company, Hughes Electron Dynamics and Spectrolab, Inc."
