...QUALITY ENGINEERING DESIGN FOR WEB-BASED CATAPULT BY Mohammed Mujeeb Ahmed khan SUBMITTED TO PROFESSOR K. M. RAGSDELL FOR CREDIT IN EMGT-475: QUALITY ENGINEERING Contents 1. Introduction 1.1. An overview of Quality Engineering 1.2. Problem description P diagram Quality characteristics Control factors Noise factors Mathematical Model of Crystal Ball 2. Method and Experimental plan The static experiment The dynamic experiment Fast Diagram Fault tree Diagram 3. Conclusions 4. References 5. Annexure Static Experiment Analysis of means Analysis of Variance Dynamic experiment Confirmation Experiment 2 1. Introduction The Taguchi system of Quality Engineering is a philosophy and a set of tools and techniques to design and deliver high quality, low cost products in a short time. The foundation of this system was laid by Dr. Genichi Taguchi in Japan. In the decades that followed, Dr. Taguchi’s techniques were applied to an increasing number of applications to solve real world problems. The technique was introduced to the western world in the 1980s, and it quickly created a paradigm shift in the perception of quality. 1.1. An overview of Quality Engineering System: Product Parameter Design: Product parameter design is optimizing the product parameters to give the desired performance. A quality characteristic is chosen whose...
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...Publications. Quality Assurance for Engineering Education in a Changing World* WINFRED M. PHILLIPS, GEORGE D. PETERSON and KATHRYN B. ABERLE Accreditation Board for Engineering and Technology, 111 Market Place, Suite 1050, Baltimore MD, 21202, USA. E-mail: kaberle@abet.org Faster computer chips, corporate mergers, new Internet applications: every day, we are reminded of the sweeping technological change and globalization that appear to be dominant trends of the new millennium. Rapid and multifaceted, these changes can be daunting to engineering educators. Unable to predict so volatile a future, we nonetheless have to make decisions today about what to teach future engineers and how to prepare them for an increasingly international workplace without compromising the hard-won quality of our programs. Fortunately, we have an organization dedicated to ensuring the quality and relevancy of engineering education in the US ± and, increasingly, to helping engineering education programs in other countries strive for goals similar to our own. The Accreditation Board for Engineering and Technology, or ABET, is a federation of 28 professional engineering and technical societies that accredits some 1,500 engineering programs, 700 engineering technology programs and 50 programs in engineering-related areas. To receive ABET accreditation, engineering programs must go through a rigorous examination that includes self-study and peer review by a visiting team of engineering academicians and...
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...Impact of Indoor Air Quality Towards Workers’ Health Performance on Safety Engineering Perspective Ahmad Shah Hizam bin Md Yasir (GS40361) andMohd Ruzaimi bin Mohd Ariffin (GS38824) | | | Abstract Deterioration of air quality in working environments has now become an increasing and critical in both developed and developing countries. The potential risks and problems related to indoor air pollution has been recognized, and there is a need to measure and establish air quality standards for those working in any confined environments. For health and safety reasons, the indoor air quality (IAQ) in an enclosed building, where a few people are working in it, was investigated. This study aimed to determine the association between indoor air quality and the workers’ health performance in XYZ Company. A cross-sectional comparative study was conducted among 117 respondents. Assessments on IAQ perception level from staff were conducted through questionnaires, which consist of Indoor Air Quality and Health Performance Survey. The three IAQ variables tested in this study are ventilation, particles contaminant and thermal comfort. DOSH and STRIDE has also measured the IAQ level, which are the concentration of Carbon Dioxide (CO2), Carbon Monoxide (CO), temperature as well as humidity. All data collected were analyzed using descriptive and inferential statistics through SPSS Software. Based on the data analyzed, building occupants’ satisfaction level is identified. Findings show...
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...Concurrent engineering as defined by Broughton is “an attempt to optimize the design of the product and manufacturing process to achieve reduced lead times and improved quality and cost by the integration of design and manufacturing activities and by maximizing parallelism in working practices’’. Another definition by Winner et al is “Concurrent engineering is a systematic approach to the integrated, concurrent design of products and their related processes, including manufacture and support. This approach is intended to cause the developers, from the outset, to consider all elements of the product life cycle from conception through disposal, including quality, cost, schedule, and user requirements’’. Within the last decade, response to change was one of the pressures facing manufacturers due to high competition and this required a presence of concurrent engineering. New materials, development in technology, innovation in products are involved in the used process. Quality and time are two of the most important elements people in the marketplace concentrate on. There is a pressure of completing the project with high quality with limit of time. To response to the demands of customers and in order to survive in the marketplace, it is very important to introduce concurrent engineering. In the context of the construction industry, the above definition, can be modified thus: ‘‘Concurrent engineering attempts to optimize the design of the project and its construction process to achieve...
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...Prakash Faraz Ahmed IIM U, PGPX 2016-17 Executive Summary There is a huge dearth of good quality colleges for higher education in India especially in the states of Bihar, Jharkhand and West Bengal. Our research shows that the engineering education has been quiet neglected in this part of the country primarily due to the lack of any quality education provider in this sector. After a considerable analysis of the various available options three partners/ friends and members of The National Trust, Mr. Mahesh Sharma, Mr. Nagarjuna Shetty and Mr. Patrick D’Souza have zeroed down on starting an Educational institute i.e. an engineering college. The college will be located at Jamshedpur, a tier 2 Industrial city in the state if Jharkhand in eastern India. As per the business plan, the team envisions a high quality education infrastructure, to cater to the needs of the students from the states of Jharkhand, Bihar, West Bengal as well as other nearby states. Mr Pattrick D’souza with his immense experience as an educator and an administrator will be the director of the Buddha Institute of Technology for the first five years after its Inception. The institute will be starting off with three branches of engineering at first viz. Mechanical Engineering, Electrical Engineering, Computer Engineering. Buddha Institute of Technology aims to expand in coming years into more branches of engineering at first, followed by expansion into other fields of education like medical sciences and Management...
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...Women in the Engineering World Engineering is a field dominated by men in today's society. When people think about engineering they think about men with glasses and never does a woman come to mind. However, there have been many studies on the skills that keep women out of engineering as a career yet there is no proof that women cannot or do not possess the skills needed to be a successful engineer. Therefore, it is thought and stereotyped that women do not have the skills to have an engineering career. Women are stereotyped as being dumb just because they are pretty, but many women have proven that stereotype wrong. These women who do have the skills to enter into the field face bias everyday in the field because they are women, not because they lack in the required skills. There have been organizations that spend their time encouraging women to enter into engineering. The Organizations and societies have become so strong and so persuasive that even the company that makes Barbie is coming out with a computer engineering Barbie to attract young girls into the field. The push from the organizations and the drive of the women for success has helped some women to make a breakthrough in the field. Those few women who have overcome many challenges and obstacles in the field have to prove themselves to be looked at with even the slightest bit of respect. These women who make a breakthrough are making huge impacts on the field and improving it tremendously. Women are important to engineering...
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...Abstract- Being a Civil Engineering Student and specialization in infrastructure development Engineering Geology is very important. It is that branch of applied sciences which deals with the application for a safe, stable and economic design and construction of a civil engineering projects. It is rather a new field of applied sciences that has developed due to interaction between the civil engineering practice and geological sciences. Introduction- In today’s fastest growing world day by day infrastructure development of any country like India is very important for their growth and for a career as a civil engineer, grasp of fundamental of engineering geology is almost universally considered as essential as that of soil mechanics, strength of material or theory of structures. The present application of geological knowledge in planning, designing and construction of very big civil engineering projects is considered not only desirable but also absolutely essential. The scope of engineering is best studied with references to major activities of the profession of a civil engineer are construction, water resource development, town and regional planning. In all types of heavy construction jobs such as building, towers, tanks,...
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...Polytechnic University of the Philippines COLLEGE OF ENGINEERING INDUSTRIAL ENGINEERING DEPARTMENT Sta. Mesa, Manila Tel. No. 716-78-32 to 45 REVISED CURRICULUM for BACHELOR OF SCIENCE IN INDUSTRIAL ENGINEERING ACADEMIC SCHOOL YEAR 2011 – 2012 Polytechnic University of the Philippines COLLEGE OF ENGINEERING INDUSTRIAL ENGINEERING DEPARTMENT Sta. Mesa, Manila Tel. No. 716-78-32 to 45 2011 IE CURRICULUM FIRST YEAR FIRST SEMESTER | COURSE CODE | COURSE TITLE | Pre-Requisites | COURSE CREDITED UNIT (S) | No. of hours | | | COURSE CODE | COURSE TITLE | | Lec | Lab | TOTAL | HUMA1013 | Introduction to Humanities | | NONE | 3 | 3 | 0 | 3 | MATH2013 | College Algebra | | NONE | 3 | 3 | 0 | 3 | MATH2033 | Plane and Spherical Trigonometry | | NONE | 3 | 3 | 0 | 3 | NASC 2015 | General Chemistry | | NONE | 5 | 4 | 3 | 7 | INEN3342 | Industrial Production Techniques 1 | | | 2 | 0 | 6 | 6 | ENGL1013 | Study and Thinking Skills in English | | NONE | 3 | 3 | 0 | 3 | PSYC1013 | General Psychology | | NONE | 3 | 3 | 0 | 3 | PHED1012 | PE1 (Physical Fitness) | | NONE | 2 | 0 | 2 | 2 | NSTP1013 | CWTS / ROTC 1 | | NONE | (3) | 3 | 0 | (3) | | | | TOTAL : | 27 Units | 22 | 11 | 33 | SECOND SEMESTER | COURSE CODE | COURSE TITLE | Pre-Requisites | COURSE CREDITED UNIT (S) | No. of hours | | | COURSE CODE | COURSE TITLE | | Lec | Lab | TOTAL | LITE1013 | Philippine Literature | | | 3 | 3 | 0 | 3 | MATH2022 | Advanced...
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...Title: Custom Chips Inc. Embry-Riddle Aeronautical University Abstract This week’s case study is an analysis of the manufacturing company Custom Chips Inc., and further this analysis will define the obstacles to their processes that create inconsistency in creating higher yields. The case will further assess Custom Chips Inc. through SWOT analysis to identify strengths, weaknesses, opportunities, and threats to future operations within the company. Custom Chips Inc. This weekly case assessment looks to evaluate and answer the questions presented from the overview of the company Custom Chips Incorporated. “Custom Chips Inc. is a semiconductor manufacturer specializing in the development of custom chips and other components used in radars, satellite transmitters and other radio frequency devices (Daft, 2013)”. Over the years the company has proven to be very profitable and rapidly expanding (Daft, 2013). Custom Chips Inc. is very productive, but due to the technicality and precise specifications within the manufacturing process, there are many conflicts within the company that have lead to the emphasis on reduction of costs. Throughout this case, I will look to exploit points of conflict within the company, analyze the workflow interdependence across independent functions and department, and finally provide some recommendations that the management could incorporate to make the manufacturing process more efficient, including a suggested and revised organizational...
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...Engineering Economy Sullivan Wicks Koelling 15th Edition Solutions Manual Click here to download immediately!!! http://solutionsmanualtestbankspdfs.blogspot.com/2011/10/engineering-economy-sullivanwicks_10.html Name: Engineering Economy Author: Sullivan Wicks Koelling Edition: 15th ISBN-10: 0132554909 Type: Solutions Manual - The file contains solutions and questions to all chapters and all questions. All the files are carefully checked and accuracy is ensured. ENGINEERING ECONOMY FIFTEENTH EDITION This is a sample chapter Solutions Manual WILLIAM G. SULLIVAN Virginia Polytechnic Institute and State University ELIN M. WICKS Wicks and Associates, L.L.P. C. PATRICK KOELLING Virginia Polytechnic Institute and State University Engineering Economy Sullivan Wicks Koelling 15th Edition Solutions Manual Engineering Economy Sullivan Wicks Koelling 15th Edition Solutions Manual Solutions to Chapter 1 Problems A Note To Instructors: Because of volatile energy prices in today's world, the instructor is encouraged to vary energy prices in affected problems (e.g. the price of a gallon of gasoline) plus and minus 50 percent and ask students to determine whether this range of prices changes the recommendation in the problem. This should make for stimulating inclass discussion of the results. 1-1 Because each pound of CO2 has a penalty of $0.20, Savings = (15 gallons $0.10/gallon) (8 lb)($0.20/lb) = $1.34 If Stan can drive his car for less than $1.34/8...
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... | |Thursday |EN010 102 |Common for all branches | | | |07.05.2015 |Engineering Physics | | | | |Monday |EN010 103 Engineering Chemistry & |Common for all branches | | | |11.05.2015 |Environmental | | | | | |Studies | | | | |Wednesday |EN010 101 |Common for all branches | | | |13.05.2015 |Engineering Mathematics-I | | | | |Friday |EN010 106 Basic Civil Engineering |Common for all branches | | | |15.05.2015 | | | | | |Tuesday |EN010 107 Basic Mechanical Engineering |Common for all branches | | | |19.05.2015 |...
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...Case 20: Rondell Data Corporation John A. Seeger Bentley College "Damn it, he's done it again!" Frank Forbus threw the stack of prints and specifications down on his desk in disgust. The Model 802 wide-band modulator, released for production the previous Thursday, had just come back to Frank's Engineering Services Department with a caustic note that began, "This one can't be produced, either. . . ." It was the fourth time Production had kicked the design back. Frank Forbus, director of engineering for Rondell Data Corp., was normally a quiet man. But the Model 802 was stretching his patience; it was beginning to look just like other new products that had hit delays and problems in the transition from design to production during the eight months Frank had worked for Rondell. These problems were nothing new at the sprawling old Rondell factory; Frank's predecessor in the engineering job had run afoul of them too, and had finally been fired for protesting too vehemently about the other departments. But the Model 802 should have been different. Frank had met two months before (July 3, 2004) with the firm's president, Bill Hunt, and with factory superintendent Dave Schwab to smooth the way for the new modulator design. He thought back to the meeting. . . . "Now we all know there's a tight deadline on the 802," Bill Hunt said, "and Frank's done well to ask us to talk about its introduction. I'm counting on both...
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...Performance Appraisal Of the Company History Of A Company S. D. Platon Construction, Inc. was established as single proprietor in the name of S. D. Platon Construction on March 29, 1998 and duly Incorporated with the Securities & Exchange Commission on May 23, 2005. Since then, it is generally owned and managed by its President Engr. Saturnino Diokno Platon. The strength of the SDPCI is centered largely on these key individuals who are professionals in their respective fields with solid years of experience behind them, both locally and abroad. Its tie up with established contractors, the combined resources available at its disposal can provide total engineering construction solutions. Genuine desires for professional advancement as well as giving its people the chance for economic growth are the guiding principles behind SDPCI's existence Location S.D Platon Construction, Inc. is a Construction Companies business located in Ilang-ilang, Quezon City Metro Manila. For more information you can contact them at: 0929626479 Marketing Strategy Fosse plans to market itself through a variety of methods. First, the company will use a referral system with local businesses. We will also air radio spots and publish ads in a variety of commercial construction trade magazines. In addition we will leverage our pre-existing contacts with the local real estate companies. Finally, as a member of the local construction association we will be updated...
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...at the expense of the public good. Rule 2: will realize that they are responsible for the effect of their work. Rule 3: Will report only true facts or true evidence when expressing an opinion or conclusion in testimony or public forums. Rule 4: Will assist the public to understand the purpose and principals involved in engineering. Rule 5: Will recognize the need to serve the community, not only in a professional capacity, but also in a civic capacity. DUTY TO CLIENT Cannon 2: ENGINEERS WILL BE A FAITHFUL AGENTS OR TRUSTEES OF THE CLIENT. Rule 6: Will not exaggerate professional qualifications in advertising of testimony. Rule 7: Will not practice or offer to practice in any field in which they are not proficient and legally entitled to practice. They may engage the assistance of qualified persons to aid in the proper performance of services requested by the client. Rule 8: Will be honest in all estimates, reports, statements and testimony. Rule 9: Will advise clients of possible problems or conflict to adversely affect the quality of service. Rule 10: Will not allow unforeseen difficulties or conflicts to adversely affect the quality of services. Rule 11: Will not disclose information concerning the business affairs of clients or employers without their consent. Rule 12: Will not...
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...Innovation Submitted by: Tugade, Erwin Benedict P. Liang, Dongping (Jessie) BAM – IM – 4LE Submitted to: Noel B. Hernandez, Ph. D. Topics to be discussed 1. Production Process. 2. Characteristics of A Production Process. 3. Importance of Continuous Process improvement. 4. Innovation Drivers of Change. 5. Reverse Engineering. 6. Kaizen. Objectives * To be able to know what is Product Innovation. * To identify the reason of Continuous Innovation. * To be able to enumerate different factors Necessitating Change in Process Design * To introduce some new ways of thinking about continuous improvement. * To understand innovation as drivers of change. * To discuss about Reverse Engineering and Kaizen. Introduction To win in manufacturing, not only do you need the ability to innovate, but you must also execute upon that innovation and deliver new product to market before your competitors do. That's true manufacturing agility, and it can't happen if your enterprise is burdened by isolated plant-based execution systems that lack coordination between headquarters, engineering and the shop floor. As Blanchard (2005) believes that innovation is the successful exploitation of new ideas. And companies’ success, for example, means increased revenues, access to new markets, increased profit margins, among other benefits. Among the different possibilities to innovate, those related to product or process innovations are...
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