General Information About Manufacturing Engineering Degree Programs
Industrial engineering is applied to nearly every industry, from distributing products to manufacturing automobiles that are more reliable. They use computer simulations for system analysis. Manufacturing engineering courses also focus on people, since this field of engineering deals with improving and designing production systems people will use every day. Classes about ergonomics and human factors show how people are part of that production system and how they work more effectively with a system designed for them.
Some of the best schools for manufacturing and industrial engineering are the Georgia Institute of Technology, Stanford University, University of Michigan, UC Berkeley, Purdue University, Virginia Tech, Arizona State University, Rensselaer Polytechnic Institute in New York and Cornell University, home to the country’s oldest industrial engineering program.
Make sure the Accreditation Board for Engineering and Technology accredits the school. It also helps to attend a program where both bachelor's and master’s degrees are offered. Some schools even offer dual degrees where a student can earn his bachelor’s and master’s degree together in a cumulative program, which lasts slightly longer than a normal four-year undergraduate degree would.
Bachelor Of Science In Manufacturing Engineering
Students will earn a Bachelor of Science in Manufacturing Engineering (B.S. in Mfg.) after completing coursework in mechanical engineering, computer science, electrical engineering and a choice of specialization. This degree will prepare students to organize productions of people and solve problems within systems. Part of the curriculum includes introductory courses in physics, chemistry, calculus and economics, along with other mathematics courses with probability, statistics and differential equations. Other classes include material handling systems, safety management, decision analysis, operations analysis and experimental design.
Master Of Science In Manufacturing Engineering
Earning a Master of Science in Manufacturing Engineering prepares students for a career improving and designing systems for production. Applicants to master’s degree programs must already have a solid background in science, probability, statistics, computer programming and calculus. Coursework includes operations research and management, supply chain management, engineering economics, materials processing design, design for manufacturability and global product development. Students will also have to take part in seminars and team projects developing their own system designs, which will require a lot of research and will count as a senior project.
Further Education In Manufacturing Engineering
Ambitious students can continue their studies by earning a doctorate in manufacturing or industrial engineering. Ph.D. candidates will prepare a dissertation based on individual research in addition to attending seminars and taking a qualifying examination. Global manufacturing, microelectronic technology, human behavior and organization, scientific computing and statistical quality control are just some of the courses doctoral candidates in manufacturing engineering will most likely have to take.
Coursework For Manufacturing Engineering
The coursework for engineering majors involves heavy amounts of advanced mathematics and science. Manufacturing engineering is no different, but its broad field means that students can specialize in a certain subject.
Specializations within manufacturing engineering include systems simulation, operations research, engineering economy, ergonomics, facilities design, logistics, stochastic systems, discrete event simulation and product planning and control. The third year of school is spent working on case studies in teams where the student and the team will have to develop ideas, research them and outline proposals including the cost for the new system.
Other classes manufacturing engineering students are likely to take include simulation and stochastic models, productivity improvement, ergonomics, facilities design, statistical process control and production planning and control.
Career Opportunities In Manufacturing Engineering
The career opportunities for manufacturing engineers are varied, as the discipline covers many different aspects of system production. Private businesses, nonprofit organizations and government agencies all have a demand for manufacturing engineers in all sectors of industry. Look for jobs at manufacturing companies or government jobs at the Defense Mapping Agency, National Institute of Standards and Technology and the National Aeronautics and Aerospace administration in addition to hospitals, industrial machinery, electronics, universities, architectural firms and aircraft.
Besides having the title of manufacturing engineer or industrial engineer, job possibilities include logistics engineer, occupational safety specialist, production manager, quality control manager, safety engineer, material planning analyst, human factoring engineer or configuration analyst.
Earning Potential For Manufacturing Engineering
Industrial and manufacturing engineers are expected to have a huge employment growth of 20 percent over the next 10 years. Companies will continue to look for engineers to improve productivity and create efficient systems that reduce costs. Industrial engineers earn a median salary of $71,430. Occupational safety specialists have average earnings of $54,920, while health and safety engineers can earn up to $100,000.
Manufacturing engineering is the branch of engineering that deals with developing, executing and evaluating integrated systems of people, information, equipment, material and processes. The branch of study involves engineering analysis and synthesis methods to predict and determine results from systems. Industrial engineers work to get rid of wasted money, energy and resources.
Manufacturing engineering is also known as industrial engineering, and although this may be confusing, it is because manufacturing engineering is an interdisciplinary study, in which manufacturing engineering is a more narrowed focus. Most schools assign a degree from an industrial engineering major.
Manufacturing Engineering Books
Students will study a number of manufacturing engineering texts over the course of their studies, along with papers and articles as supplementary material. Some of the books a student may read in class include "Manufacturing Engineering and Technology" by Serope Kalpakjian and Steven R. Schmid, "Production Inventory Planning and Control" by Steve Nahmias and "Stochastic Simulation: Algorithms and Analysis" by Soren Asmussen and Peter Glynn.
Manufacturing Engineering Articles, Journals And Databases
Although engineering generally involves textbook reading, solving problems and projects, classes will still require papers and analysis of projects completed. Go to the school library to find databases that lead to articles, academic journals and other publications. EBSCOHost, LexisNexis, ProQuest and WilsonWeb, along with the Web of Science, are all great databases to start searches. The Society of Manufacturing Engineering publishes a periodical with academic papers and industry news. Industrial Engineer and the Journal of Manufacturing Systems are also excellent resources for research.
Manufacturing Engineering Resources
Engineering Gateway > Manufacturing
Engineering Study Aids
Table of Contents
Indexes & Directories
Reference Desk
Digital Library
Organizations & Centers
Indexes & General Directories
Advanced Manufacturing
Offers free subscriptions to Advanced Manufacturing and contains manufacturing related research reports. Learn about "lean manufacturing" and also contains new ideas on theory and technology.
Aerospace Robotics Laboratory
"The Aerospace Robotics Laboratory is a research group in the Department of Aeronautics and Astronautics at Stanford University. Research in the ARL focuses on improving robotic performance through the application of feedback control, integrated sensing systems, and task-level autonomy. All of the research is developed and validated on experimental hardware systems. These systems include both mobile robots (land, sea, sky, and space) and a variety of fixed manipulators for space and factory applications."
Automation of Assembly Operations on Parts - (dead link)
"A Flexible Assembly System (FAS) is an automated system for industrial assembly of low-volume batches of product variants within one or more product families. The DIAC-project (Delft Intelligent Assembly Cell) aims at the development, implementation and integration of technology that makes up a flexible assembly system for assembly of mechanical products."
AZoM
The A to Z of Materials
"A totally free access materials knowledge base and news service for the engineering, design and materials community worldwide. AZoM's content covers the whole spectrum of Metals, Ceramics, Polymers and Composites, with both news and technical data."
Comparing Just In Time (KANBAN) With MRP2
Contains a side by side comparison of how Toyota's Kanban philosophy differs from a typical Western company.
Cyberman-A Manufacturing Educational Experience
"The CYBERMAN Education Page is focused on providing manufacturing-related educational materials. The materials may be used to supplement existing manufacturing courses or may assist students/engineers in self study. The CYBERMAN Education Page consists of CYBERMAN Primers: Writeups that provide individuals with basic knowledge and insights on manufacturing-related topics. The primers include tutorial type information, graphics, and are updated periodically. Students accessing these primers may also make use of listings of relevant research papers and reference texts as well as links to related Web sites for further information. Software Testbeds: As part of their research activities several universities have developed software tools to simulate manufacturing process behavior and attack other manufacturing-related problems. These WWW-based testbeds include instructions on their use as well as sample testbed inputs and outputs. It is anticipated that students may use the testbeds and tutorials as part of their manufacturing course work."
Department of Mechanical Engineering at King's College London
:"Research in the department takes place within two centers. The Experimental & Computational Laboratory for the analysis of Turbulence, which includes research in the areas of measurement and prediction of the flow and turbulence in internal combustion engine manifolds, ports and cylinders; convective heat transfer in enclosures and ventilated spaces; flow characteristics of stirred reactors, pharmaceutical inhalers and sprays; computational fluid dynamics. The Center for Mechatronics and Manufacturing Systems, which includes research in the areas of mechatronics, robotics, control, CAD/CAM, materials & manufacturing processes.'"
Design inSite
The Designer's Guide to Manufacturing
"...is the Designer's guide to manufacturing. Various manufacturing processes and materials are described as well as the products where they are used. The purpose of Design inSite is to inspire designers in their designwork to consider materials and processes which are new or unknown to them. By being aware of the new possibilities already in an early stage of the development process new and innovative products will emerge."
Finishing.Com
Contains: anodizing, plating, powder coating and related surface finishing arts. Sections on chemicals , equipment , services , hep wanted , software and training.
Fraunhofer- Institute For Factory Operation and Automation(IFF)
"The Fraunhofer IFF is an application-oriented research center for factory operation and automation. Is is unique in that it links academic research and industrial applications. Research activities at the IFF addresses all areas of industrial processes."
Geometry in Action
"...Collects various areas in which ideas from discrete and computational geometry (meaning mainly low-dimensional Euclidean geometry) meet some real world applications. It contains brief descriptions of those applications and the geometric questions arising from them, as well as pointers to web pages on the applications themselves and on their geometric connections. This is largely organized by application but some major general techniques are also listed as topics...".
Holonic Manufacturing System
"...Abstract: The paper presents the "Holonic Manufacturing Systems" (HMS) concept, and briefly describes the HMS project, one of the six test cases of the Intelligent Manufacturing System (IMS) Feasibility Study Program. The development of a holonic scheduling system is then highlighted...".
Information Model Level Integration for CIM Systems: A Unified Database Approach to Concurrent Engineering
"Computer Integrated Manufacturing (CIM) is an ideal state in which computer based manufacturing applications communicate information to coordinate design, planning and manufacturing processes. Traditional approaches to integration focus on either developing translations between two systems or a single data file that acts as a database for all integrated tools. What is needed, however, is an integration architecture which supports each application's local data requirements. To understand each system's data requirements, We Need to model them using an information model."
Integration Engineering Laboratory - (dead link)
"...Integration engineering addresses a complete manufacturing enterprise and its infrastructure. It studies the synergy of system integration. Integration engineering includes both the product and the processes which support its realization...".
Intelligent Control and Integrated Manufacturing Systems-Network of Excellence
"...The main objective of the NOE in Intelligent Control and Integration of Manufacturing Systems (ICIMS) is to pool together and enhance the human and material resources of leading research and academic institutions as well as related industries aiming at the creation of an infrastructure that will allow the coordination of research and development, provide the leadership for new research directions efficiently disseminate the new knowledge and help the effective training of professionals and students alike...".
Interactive Product Design Tools for Flexible Automated Assembly - (dead link)
"Assembly is defined as joining and fastening of single, manufactured parts in a specified sequence into a complete product or unit that is part of a product. In spite of considerable efforts in flexible assembly automation in series production, industrial penetration is still low. Experience in research has shown that the prime bottleneck in the application of flexible automation lies in product design. The goal of this project is development of designer support methods aiming at design of products optimized for flexible automated assembly."
Intelligent Manufacturing Systems
""IMS is an industry-led, international Research & Development Program established in 1995 to develop the next generation of manufacturing and processing technologies."
Just In Time Manufacturing
Contains information on the successful implementation
of J.I.T.
Manufacturing Education
"...The Manufacturing Education Page is focused on providing manufacturing-related educational materials. The materials may be used to supplement existing manufacturing courses or may assist students/engineers in self study...".Topics include, turning, milling, drilling, machine tools, design for manufacture, heat in maching, and environmentally conscious manufacture.
Manufacturing Engineering Laboratory "MEL is the premier national resource for rapid, high quality solutions to measurements and standards problems in the U.S. discrete-part manufacturing industry’s use of leading edge technology. To satisfy the measurements and standards needs of the U.S. discrete-parts manufacturers in mechanical and dimensional metrology and in advanced manufacturing technology by conducting research & development, providing services and participating in standards activities."
National Institute of Standards and Technology
Metals Industry Guide
"The most comprehensive online guide for the metal industry including material buyers guides, material suppliers, e-commerce sites, industry news, and metallurgical data from your About.com Guide."
By Jason Nadeau
Recent Advances in Manufacturing - (dead link)
:"...Recent Advances in Manufacturing (RAM) is a database of bibliographic information for manufacturing and related areas. It covers items in well over 500 niche and mainstream journals and magazines, and also details of books, videos and conference proceedings...".
Reliability Analysis Center
"...The mission of the Reliability Analysis Center (RAC) is to provide technical expertise and information in the engineering disciplines of reliability, maintainability, supportability and quality and to facilitate their cost-effective implementation throughout all phases of the product or system life cycle...".
Solvent Alternatives Guide - (dead link)
"SAGE is a comprehensive guide designed to provide pollution prevention information on solvent and process alternatives for parts cleaning and degreasing. SAGE does not recommend any ozone depleting chemicals."
Texas A&M Computer Aided Manufacturing
Contains journals and technical papers on floor shop control, simulation, material handling and scheduling.
University of California, Berkeley - The ALPHA Laboratory
"...is a center for research in automated manufacturing and robotics. Our aim is to develop efficient algorithms for Feeding, Fixturing and Grasping. We are also active in research in Collaborative Filtering, Internet Telerobotics and Computational Physiology."
Institute of Materials - Materials Careers
Martindale's- The Calculator Desk
Advanced Design and Manufacturing
Electronic Journal of Structural Engineering (EJSE)
(ISSN 1443-9255)
Industrial Technology - (dead link)
Journal of Corrosion Science and Engineering (JCSE) - (dead link)
Manufacturing Engineering
- Society of Manufacturing Engineers
Metallic Materials / Kovove Materialy (English or Slavak/Czech)
Plant Engineering Online - (dead link)
Rome Laboratory Reliability Engineer's Toolkit
"...is a 274 page guide book covering topics ranging from tailoring a reliability program based on external constraints to providing useful information about reliability design, analysis and testing. It is intended for use by a practicing reliability engineer."
Association for Manufacturing Excellence
Association for Manufacturing Technology
Computer Integrated Manufacturing Open System Architecture Association
Mechanical and Metal Trades Confederation
National Association of Manufactures
The Polymer Engineering Centre
Society of Manufacturing Engineers
Tooling and Manufacturing Association
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