Improvement of the Quality in the Automobile Industry

Introduction Automobile usage has increased in America and elsewhere in the world. In a research done by Sutherland, J., et al. (2004) “The US has a contributed to 200 million passengers in cars and light truck over the past few years. Further in 1990, studies showed that US cars increased six times faster than human population. The leaders in the automotive industry must adopt some key elements to ensure success in this fast-moving environment. They must invest in knowing their markets, building brands, adapting product strategies and taking long-term view on their goals and objectives. This paper outlines some of the key factors which should be considered. Environmental factors automotive designers and engineers have always said the main threats in the American Automotive industry are the environmental factors such as fuel economy and the clean air regulations. Automotive Emission posed different problems than manufacturing discharges such as coal smoke. Increased fossil-fuel emission has resulted from the million car increase. Irritation smog, which is comprised of carbon monoxide, hydrocarbons, sulfur oxide and other various chemical mixtures are cited in major cities such as Los Angeles. These auto emissions are also said to cause headaches, visual pollutions, contribute to lung cancers and other respiratory disease. In the end, the engineers have designed cars that are better environmental performers, cost effective and fuel efficient to reduce the environmental

A process that monitors standards by take measurements and corrective action as needed. It is in control when only variation is natural, if variation is assignable then discover cause eliminate it. Take samples to inspect/ measure- reduce inspection time, reduce opportunity of bad quality. Control charts graph of process data over time-show natural and assignable causes. Control charts for variable data (characteristic that is measured, length,height, etc) are X-chart (average) and R-chart (range)must use x and r to get correct results. central limit theorem follow normal curve. When we know . When we don’t know . Control charts for attributes (categorical-defective, good/bad) P-chart (percent) or C-chart

The automotive component & Fabrication Plant, ACF, was the original plant site for Bridgeton Industries, a major supplier of components for the domestic automotive industry. All of the ACF’s production was sold to the Big-Three domestic automobile manufactures. Its main competitors were local suppliers and other Bridgeton plants. This company did very well but recently it became less effective when foreign competition and scarce, expensive gasoline caused domestic loss of market share. For boost its selling, it made four criteria, quality, customer service, technical capability, and competitive cost position to evaluate three classifications of products.

In this paper, we will focus on the case study, which discusses about the plant capacity and Beck Manufacturing. In addition, after reading the case study it becomes evident that we need to help Beck’s Manufacturing, president in making the best decision possible in regards to determining his facilities capacity. Therefore, we need to note that Beck’s Manufacturing is a major producer of steering gears in the auto industry. Nevertheless, we also need to know how the manufacturing process is being done, thus allowing us to

Automobiles are American's second largest investment after real estate. It is impoprtant to understand how to keep your car performing at its best.

The success of the automotive parts manufacturing industry is, at its core, derived from the health of the automotive industry as a whole. Conveniently, the

In terms of quality of new cars launching and customer satisfaction surveys (refer to Exhibit 5), ranking of Toyota was 1st and 3rd respectively in 1989 comparing with BMW was 19th and 10th. Toyota was successfully applied Total Quality Management (TQM) for branding on these two aspects. Recommendations as per our findings have been discussed for improving of quality launch coping with suggested strategy. Imitation of Toyoto’s TQM would facilitate the process of BMW in the following three ways.

Founded in 1917, the BMW Group is now one of the ten largest car manufacturers in the world and, with its BMW, MINI and Rolls-Royce brands, possesses three of the strongest premium brands in the car industry. The group also has a strong market position in the motorcycle sector and operates a successful financial services business.

This paper deals with the production systems of two major leaders in the automobile market. Mass production is briefly touched up on and its advantages and disadvantages are discussed. Lean production is the emerging trend, which talks about minimizing waste and increasing production. We have also thrown light on when to use lean and mass

The world of technology is ever changing and advancing. With the automotive industry in play technology is constantly surpassing what is available today with what can be done for tomorrow. Technology and the automotive industry go hand in hand with constant improvement to components of cars. Due to technology advancement there is competition within the car industry, especially between American car companies and European car companies. European car companies provide their buyers with innovative variety and revolutionary luxuries. European car technology is superior to American car technology due to their safety, entertainment, and luxury features.

General Motors has been a long standing company since the early 1900’s and is responsible for manufacturing quality domestic automobiles here in the United States. Like most other manufacturing companies, they follow guidelines to their quality control using the ISO 9000 method. ISO 9000 is a set of international standards on quality management and quality assurance developed to help companies effectively document the quality system elements to be implemented to maintain an efficient quality system (ISO 9000 Standards, 2017). The problem occurred when GM released the Chevy Cobalt in 2005 which later proved to be quite costly as far as quality control goes. In this paper we will discuss this issue and what could have been different to prevent such an atrocity business wise.

The causes and consequences of BMW’s quality problems with newly launched products were plentiful and apparent all throughout the case study. For instance, BMW does not use pre-production tools during prototyping. This significantly lowers their opportunity to discover and fix quality problems earlier in the production process. Secondly, they let suppliers have a say in development after “cubing” has occurred. Unfortunately, if suppliers come across problems during the first production, they often don’t have enough time to fix it before new model introduction. Finally,

As a result of the increased demand of cars, the competition among car companies is becoming intense. Although the market of car is the biggest growing market in the world, there are still some companies who make cars failing year after year. However, there are some outstanding car companies such as The BMW Group performing distinctly.

The statistical process control system involving both acceptance sampling and automated process control was to be implemented. SPC involved testing for productions within a pre-specified range. If the production went beyond the range, the production process had to be shut down maintenance was to be called to perform maintenance and recalibration. As a part of the process, the operators were to take six random measurements of a process characteristic during the course of their shift and then plot the mean measured value.

Energy efficiency of vehicles have become one of the most fundamental issue for modern trade, business life and environment. Even though the zero emission systems hast still progress, it is plausible to enlarge the fuel efficient vehicles with application of quality assurance practices. The idea behind this is particularly true for the companies which is related to transportation, where even small difference can save considerable amount of money.