is there a generally accepted industrial engineering practices?
116009
There are 'codes' that have been developed over the years by groups of experts.  These 'codes' legally represent the 'state of the art' of current engineering practice.  An example is the ASME Pressure Vessel Code (for boilers, oil refineries, etc).  An Industrial Engineer may be certified by the state (a 'Professional Engineer') to practice engineering and follow the code.  If he does so, he is 'legally protected' in the sense that his design complied with the best knowledge available (the state of the art).  There are too many codes and guidelines to list here; you'd need a specific field.  To answer your question however, no, there are not generally accepted industrial engineering practices, the field is controlled by specifications and requirements specific to each job (it may be in the form of a purchase order requirement, drawing requirement, sales order requirement, etc.) but there are no 'gentleman's agreements' in business - it is controlled by a specific contract.
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In some locations construction drawings must be approved by a registered professional engineer. Many times this is a ME
852834
Yeah sure.  And the connection with engineering is...?\n\nAre you on some kind of medication, by any chance?
722316
Check information for Industrial revolotion transportation\nlook for maritime trasportation, if you specifically know of a tranportation type such as steamships look there, canal transportation and use.\nSteam engine, rail line, canals and river, ocean shipping.\ngood luck.
1162495
so far you got a degree in industrial design ?
965781
Try the following :\n\nLarsen & Tubro\nBechtel Engineering\nBharat Heavy Eelectrcal Engineering & its branches\nSNC Lavalin\nFoster & Wheeler\nMW Kellog etc.\nEnerpac
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Of course (but perhaps I am biased :-)  ).  Mechanical Engineers are involved in practically every industry.  I feel that is practically the most versatile engineering degree.  Pretty much every product has been touched by a mechanical engineer, but you can't really say that about other types of engineering.  ME's work with electronics, aerospace, chemical-related companies, food companies, HVAC, structures, materials, cars/transportation, manufacturing & production, biomedical companies, and the list goes on and on...  \n\nAero/Astro engineers... aero/astro companies\nElectrical engineers... electronics\nCivil engineers... buildings/bridges/structures, etc.\nChemical engineers... pharmaceutical, foods, chemicals...\nMaterials science engineers... materials.\n...Just to list a few other fields.\n\nLike I said before, I am a recent ME grad, so of course I am biased towards my own degree.  But ANY engineering is a great field to get into in general.  I have always felt that there seem to be a lot more opportunities for ME's than a lot of other engineering majors, however.  We can work with practically every industry, and there will never be a lack of jobs in this field, because practically everything requires it.
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1.  Engineering has become the saviour of humanity.  Any large investment of capital will always wisely consult an array of engineers to determine the most efficient designs.\n\n2.  Yes.  Consider hanging a light weight picture.  Do you tear down the wall and constuct a columm to the basement to support the load?  Or do you use a typical picture hanger?  You are essentially engineering when you make that choice.  To actually engineer that choice, you have do calculations to prove your intuition.\n\n3.  Engineering defines, mathematically, everyday life.  A typical way engineering applies in everyday life is cooking.  One has to calculate for the next meal the demand, the quantity and materials of food to meet said demand, the sanitary requirements, the required cooking tools, the heat transfer of the heating tool.  One has to know how to measure out the materials and the heat.  Should the project be a success, then a part of engineering is documenting the process for future use and record a recipe.\n\n4.  If you look around you, every structure, even the gutter, electronic device, communication infrastructure, power pole, house you live in, car you drive, battery you use is engineered.\n\nEngineering is applying math to everyday problems.  The way an engineer proves his recommendation is with mathematical calculations backed by laborotory tests.  The engineer will also have to consider the level of public safety necessary and determine, and, if prudent, apply a factor of safety to his assumptions and calcs.
464973
some entend of practical experience
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u should know that ISO standards are given to industrial products according to their qualities & not to dimensions.
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I don't think there are many regulatory requirements. This article goes through some examples and the procedures.\n\nhttp://www.washingtontechnology.com/news/20_24/federal/27575-1.html
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try the link given below:\n\nhttp://www.cseindia.org/programme/industry/recommendations.htm
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The process industries, including the petroleum, petrochemical, and pharmaceutical businesses, have benchmarked best management practices to understand capital project system performance. They have identified Value Improving Practices (VIP) that deliver results. These include the practices of Value Engineering, Process Simplification, Project Value Objectives, Constructibility Reviews, and others. \n\nLZA is a leader in applying VIPs to process designs. Phillips Petroleum adopted LZA's Project Value Objectives technique as one of its own VIPs. Through Project Value Objectives, the stakeholders of a project (engineering, production, marketing, the finance/business manager, and the user) define the project's objectives for such critical factors as cost, schedule, cycle time, quality, and safety. Developing the project definition and goals in a team approach ensures that the required functions are stated and the needs of each participant are clearly communicated. This is typically the earliest and best technique to define a program.\n\nMany owners apply two or three Value Improving Practices to a project over its planning/design life cycle, thereby ensuring that not only the project but also the total capital program are conceived and managed for optimum performance. \n\nLZA has assisted many process owners with Value Engineering, Process Simplification, Project Value Objectives, and Constructibility Review services. Click here to read more about LZA's Process
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Always start your project with a concept drawing. Then build your measurements from the Operator's Point of view. ( basic ergonomics and industrial engineering ) produce a sculpted scale version of your design, then reverse your engineering stance and retrofit regular engineering principles to the concept you project to your client peer.
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click on below link\n\nhttp://www.google.co.in/search?sourceid=navclient&ie=UTF-8&rls=SUNA,SUNA:2006-18,SUNA:en&q=industrial+training++software
663573
It's doubtful there is a standard. They come in a variety of sizes, shapes and materials. See, for instance, the ref. below.
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Read the references at the end of the article or talk to an industrial engineer.\n\nhttp://en.wikipedia.org/wiki/Linear_programming