what is application engineering?
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All engineers receive a fairly broad technical education.  As a mechanical engineer I had to study advanced math, physics, electrical, chemical, aeronautical, industrial, civil and military engineering while specializing in things mechanical such as strength of materials and mechanism, etc.\n\nAn applications engineer applies his/her general and specialized knowledge and experience to solve the myriad technical problems involved in designing a specific product (or project) from very small to exceptionally large.  That often requires consultation with engineers with other specialized knowledge and experience; for the particular application at hand.  Whereas engineer is a broad topic, applications are likely narrow and focused on results.  Hope that helps a little.
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Industrial engineering has to do with manufacturing methods. Industry must always be improving the way they do things from both a quality and cost standpoint. For this reason Industrial Engineering is something industry can't do without.
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SAP (Solutions Applications and Services) is an integrated bundle of applications to manage businesses. It's a product that offers solutions for Enterprise Resource Planning. Other competitors being PeopleSoft and Baan.
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Curtain Raiser\nLike any other engineering products, software products are oriented towards customers. It is either market driven or it drives the market. Customer Satisfaction was the buzzword of the 80's. Customer Delight is today's buzzword and Customer Ecstasy is the buzzword of the new millennium. Products that are not customer (user) friendly have no place in the market although they are engineered using the best technology. The interface of the product is as crucial as the internal technology of the product.\n\nMarket Research\nA market study is made to identify a potential customer's need. This process is also known as market research. Here, the already existing need and the possible/potential needs that are available in a segment of the society are studied carefully. The market study is done based on a lot of assumptions. Assumptions are the crucial factors in the development or inception of a product's development. Unrealistic assumptions can cause a nosedive in the entire venture. Though assumptions are abstract, there should be a move to develop tangible assumptions to come up with a successful product.\n\nResearch and Development\nOnce the Market study is made, the customer's need is given to the Research and Development (R&D) Department to conceptualize a cost-effective system that could potentially solve customer's needs better than the competitors. Once the conceptual system is developed and tested in a hypothetical environment, the development team takes control of it. The development team adopts one of the software development methodologies that is given below, develops the proposed system, and gives it to the customers.\n\nThe Marketing group starts selling the software to the available customers and simultaneously works in developing a niche segment that could potentially buy the software. In addition, the marketing group passes the feedback from the customers to the developers and the R&D group to make possible value additions in the product.\n\nWhile developing a software, the company outsources the non-core activities to the other companies who specialize in those activities. This accelerates the software development process largely. Some companies work on tie-ups to bring out a highly matured product in a short period.\n\nFollowing are the basic popular models used by many software development firms.\na) System Development Life Cycle (SDLC) Model\nb) Prototyping Model\nc) Rapid Application Development Model\nd) Component Assembly Model\n\nSystem Development Life Cycle Model (SDLC Model)\nThis is also known as Classic Life Cycle Model (or) Linear Sequential Model (or) Waterfall Method. This has the following activities.\n\n1. System/Information Engineering and Modeling\n2. Software Requirements Analysis\n3. Systems Analysis and Design\n4. Code Generation\n5. Testing\n6. Maintenance\nBack to top\n\n\nSystem/Information Engineering and Modeling\nAs software is always of a large system (or business), work begins by establishing requirements for all system elements and then allocating some subset of these requirements to software. This system view is essential when software must interface with other elements such as hardware, people and other resources. System is the basic and very critical requirement for the existence of software in any entity. So if the system is not in place, the system should be engineered and put in place. In some cases, to extract the maximum output, the system should be re-engineered and spruced up. Once the ideal system is engineered or tuned, the development team studies the software requirement for the system.\n\nSoftware Requirement Analysis\nThis is also known as feasibility study. In this phase, the development team visits the customer and studies their system. They investigate the need for possible software automation in the given system. By the end of the feasibility study, the team furnishes a document that holds the different specific recommendations
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CADD the process of documentation of the engineering of products.  Major fields are architectural, mechanical engineering, electrical, landscaping/surveying property.  Jobs are found in the divisions of the companies where their products are designed and/or manufactured.  Pretty much everything we use, has been designed and documented using a CADD type program. It is helpful if you have an interest in the items you draw.
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Please give more information! What application are you talking about?
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Its not clear. Do u want a FAQ on Software Engineering?
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Haven't a clue but could you get me an application plz...lol  I think I could handle it.
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The creative application of engineering principles and methods to the design and development of hardware and software systems
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details, details\n\nI'm a Senior Software Engineer
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SSADM\nStructured Systems Analysis and Design Methodology\n\nAccording to http://en.wikipedia.org/wiki/SSADM\n\n"\nSSADM is a waterfall method by which an IS design can be arrived at; SSADM can be thought to represent a pinnacle of the rigorous document-led approach to system design, and contrasts with more contemporary Rapid Application Development methods such as DSDM.\n"\n\nSo I would say no.
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id say \nWRITE AN APPLICATION PLEASE!!!
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Its basically CAD (COmputer aided design) software that enginers use to design products. it show spec on your design and can show you virtual example of what your desining, used to build houses, make parts ect.. just a ton of things you can do with it..
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Why is this under engineering?
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Engineering.( just get another degree )
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Industrial engineering is the engineering discipline that concerns the design, development, improvement, implementation and evaluation of integrated systems of people, knowledge, equipment, energy, material and process. Industrial engineering draws upon the principles and methods of engineering analysis and synthesis, as well as mathematics, physical and social sciences together with the principles and methods of engineering analysis and design to specify, predict and evaluate the results to be obtained from such systems. Industrial engineers work to eliminate wastes of time, money, materials, energy and other resources.
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text book definition of engineering is: application of science to the design, building, and use of machines. For example, electrical engineering deals with electrical machines, and computer engineering deals with computing machines. In the beginning of engineering programs, there is considerable overlap between various branches of engineering. Then you begin to focus in more and deeper into a particular area. One thing to remember about all branches of engineering: you will take many math classes, and you will learn new mathematical techniques in your engineering classes. If you like math, engineering is a good choice.\n\nThe programs for the study of computers basically come in two flavors: computer engineering and computer science. The two fields have considerable overlap but the basic difference is that computer engineering has a greater focus on the computer hardware and computer science has a greater focus on computer software. Either way, you would work a lot with computers.\n\nComputer hardware is the physical computers and computing machines. Thus, computer engineering deals with the fundamentals of computer design. You would study the design, construction, and testing of both basic and sophisticated computing machines. You would also learn computer communications and networking, including the Internet. All in all, you would spend considerable time in laboratories to first learn how computer subsystems work and then to test your own designs of computers and computer networks. You would also learn computer software, but not to the extent you would learn if you were pursuing computer science. This is where the overlap with computer science comes in.\n\nComputer software refers to the programs that make the computer hardware function. Windows 98 is an example of a program, called the operating system, which makes your PC behave in a particular way. Microsoft Word, Netscape Navigator, and ICQ are examples of programs, which are also called applications. Applications exploit the behavior of the computer, after the operating system has been installed, to perform certain functions in a particular and desired fashion. Computer programs are written in many languages, such as C++, Visual Basic, Java, etc. A computer science program will teach you algorithms and techniques for creating these applications. You will spend a lot of time on the computer to write and test your programs. You will also learn some of the basics of computer hardware, which is thus an overlap with computer engineering. But your main interaction with computers will be more as a user and code developer than as a builder; that is, you will be trained to be a programmer, not a manufacturer.\n\nLet us talk about electrical engineering, which perhaps is the engineering discipline that has the greatest overlap with computer engineering and computer science. Electrical engineering deals with the design of electrical machines, analysis of electrical signals, physics of electronic devices, etc. Since computers are one form of electrical machines, you would learn about computer hardware and software. However, there is more to machines, signals, and physics than just computers. So you would learn about many more electrical machines in electrical engineering than you would in computer engineering or computer science. Here again, you would spend time in the laboratory to test your own designs, including those of computers. Many electrical engineering programs also allow for a specialization in computer engineering. Your classes in electrical engineering will include a great deal of mathematics. The use of computers would definitely be a utility to do your homework assignments.\n\nNow comes the tricky question of which career, engineering or computers, pays more. We can talk about this with some certainty in today's job market. Computer science and computer engineering graduates command some premium, not great premium, over electrical engineering graduates upon gradu