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examples of engineering and non engineering?
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...an engineering control system
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Instrumentation and control engineering is very useful to control processes in different industries.Temperature control,steam flow control and level control are some common examples of control engineering....
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yes
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A. G. J. MacFarlane has written:
'Dynamical system models' -- subject(s): Control theory, Systems engineering
'Engineering systems analysis' -- subject(s): Systems engineering
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System engineering is concerned with developing requirements of a system, and then planning the work of design, production and operation of the system. We can say system engineering work is completed when the system is in operation.
Industrial engineering is concerned with the efficiency of the system and also with human effort involved in operating the system. In a system design and installation, number of functional engineering disciplines and specialized engineering disciplines are involved. Industrial engineering is a specialized engineering discipline involved in system design and installation. Industrial engineering also evaluates and improves efficiency of systems over a period of time as they are into operation.
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System engineering is concerned with developing requirements of a system, and then planning the work of design, production and operation of the system. We can say system engineering work is completed when the system is in operation.
Industrial engineering is concerned with the efficiency of the system and also with human effort involved in operating the system. In a system design and installation, number of functional engineering disciplines and specialized engineering disciplines are involved. Industrial engineering is a specialized engineering discipline involved in system design and installation. Industrial engineering also evaluates and improves efficiency of systems over a period of time as they are into operation.
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Electricaln Engineering is basically catagorised into four types.
power Engineering,Electronics Engineering,Communication Engineering and control Engineering.
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Instrumentation engineering is the engineering specialization focused on the principle and operation of measuring instruments that are used in design and configuration of automated systems in electrical, pneumatic domains etc. They typically work for industries with automated processes, such as chemical or manufacturing plants, with the goal of improving system productivity, reliability, safety, optimization, and stability. To control the parameters in a process or in a particular system, devices such as microprocessors, microcontrollers or PLCs are used, but their ultimate aim is to control the parameters of a system.
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I would like to study control engineering
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Computers are widely used in the field of engineering. Computers help us to monitor and process data to the system. You can monitor and control your system from your station (over the network) automatically. Examples i.e. Oil Refiners, Gas LNG, Satellite etc.
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ISO9002
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Quality control is an engineering career that starts with a q.
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Optimal control theory is a mathematical framework used to find the most effective way to control a dynamic system. It involves optimizing a performance criterion subject to constraints on the system's dynamics. This theory is widely used in engineering, economics, and other fields to solve problems related to decision-making and control.
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system software- 1 system support
2 system control
examples
multitasking,multithreading,fault tolerance,time sharing,user interface,virtual memory.
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What is the Knowledge Engineering? Point out different Activities of Knowledge Engineering to develop a Knowledge base System
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Some common dynamics problems encountered in engineering systems include vibration control, stability analysis, control system design, and modeling of complex mechanical systems. These issues often require advanced mathematical and computational techniques to analyze and solve.
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no way intrumentation control is not a core branch
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A mechatronics engineer unites the principles of mechanics, electronics, and computing to generate a simpler, more economical and reliable system. Mechatronics is centered on mechanics, electronics, computing, control engineering, molecular engineering (from nanochemistry and biology), and optical engineering, which, combined, make possible the generation of simpler, more economical, reliable and versatile systems. The portmanteau "mechatronics" was coined by Tetsuro Mori, the senior engineer of the Japanese company Yaskawa in 1969. An industrial robot is a prime example of a mechatronics system; it includes aspects of electronics, mechanics, and computing to do its day-to-day jobs.
Engineering cybernetics deals with the question of control engineering of mechatronic systems. It is used to control or regulate such a system (see control theory). Through collaboration, the mechatronic modules perform the production goals and inherit flexible and agile manufacturing properties in the production scheme. Modern production equipment consists of mechatronic modules that are integrated according to a control architecture. The most known architectures involve hierarchy, polyarchy, heterarchy, and hybrid. The methods for achieving a technical effect are described by control algorithms, which might or might not utilize formal methods in their design. Hybrid systems important to mechatronics include production systems, synergy drives, planetary exploration rovers, automotive subsystems such as anti-lock braking systems and spin-assist, and every-day equipment such as autofocus cameras, video, hard disks, and CD players.
Course structureMechatronic students take courses from across the various fields listed below:- Mechanical engineering and materials science subjects
- Electronic engineering subjects
- Computer engineering subjects
- Computer science subjects
- Systems and control engineering subjects
- Optomechanics (optical engineering) subjects
- Robotics subjects
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William J. Kolarik has written:
'Creating quality' -- subject(s): Quality control, System analysis, Production engineering
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It is a systems engineering process that manages the control and quality of a product for the duration of its use. These processes are generally for complex systems like a weapons system.
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Andrew P. Sage has written:
'Estimation theory with applications to communications and control' -- subject(s): Control theory, Estimation theory, Statistical decision
'Software systems engineering' -- subject(s): Systems engineering, Software engineering
'Decision support systems engineering' -- subject(s): Decision support systems
'Systems engineering' -- subject(s): Systems engineering
'Methodology for large-scale systems' -- subject(s): Social aspects, Social aspects of Technology, Systems engineering, Technology
'Economic systems analysis and assessment' -- subject(s): Microeconomics, System analysis
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you can do a lot with that degree, as far as i know you can work in a power plant, telecommunication, control measurment system, biomedical machines and you can specialize in computer science and all of its branches. you can do a lot with that degree, as far as i know you can work in a power plant, telecommunication, control measurment system, biomedical machines and you can specialize in computer science and all of its branches. you can do a lot with that degree, as far as i know you can work in a power plant, telecommunication, control measurment system, biomedical machines and you can specialize in computer science and all of its branches. you can do a lot with that degree, as far as i know you can work in a power plant, telecommunication, control measurment system, biomedical machines and you can specialize in computer science and all of its branches. you can do a lot with that degree, as far as i know you can work in a power plant, telecommunication, control measurment system, biomedical machines and you can specialize in computer science and all of its branches.
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It's the engineering concerning protection, control, supervision and communication of electrical substations or power plants.
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Instrumentation technology is the engineering specialization focused on the principle and operation of measuring instruments that are used in design and configuration of automated systems in electrical, pneumatic domains etc. They typically work for industries with automated processes, such as chemical or manufacturing plants, with the goal of improving system productivity, reliability, safety, optimization, and stability. To control the parameters in a process or in a particular system, devices such as microprocessors, microcontrollers or PLCs are used, but their ultimate aim is to control the parameters of a system.
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Control systems regulate and manage the behavior of dynamic systems to achieve desired performance and stability. They can adjust parameters or inputs based on feedback to maintain the system within predefined limits or to achieve a specific objective. Control systems are used in various applications such as industrial processes, robotics, aerospace, and automotive systems.
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The nervous system is the fast-acting control system.
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Elecrical Engineering is used in a steel plant in many forms... Power distribution. Various control systems typically PLC or DCS control. Data collection and networking. (grey area between engineering and IT)
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An adaptive-control system is the part of a control system which dynamically updates the parameters of an optimizing control function or direct control function.
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The difference between open loop and closed loop injection moulding is to do with the type of control system used. An open loop system changes the input signal relative to the pre-defined perameters of the system. A closed loop system uses a feedback signal ie it takes information from a point in the process usually the end and sends it back to the start where the system adjusts the input accordingly. To fully understand this I would suggest getting a good book on control theory. I use 'Modern Control Engineering' by Katsuhiko Ogata. Many people also use Richard Dorf but I find Ogata easier to follow. AuthorOgata, Katsuhiko.TitleModern control engineering / Katsuhiko Ogata.
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You need a fairly complex system to be evaluated on an energy system in terms of economic feasibility and engineering feasibility.
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The principles of physics and materials of science are used in the mechanical engineering, which is used for design, maintenance, and manufacturing. The control and instrumentation engineering is done to manage, design, install, develop, and maintain, machines, systems, and different processes. They are two different types of engineering, the better one is based off of personal preference.
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John G. Truxal has written:
'Feedback-automation' -- subject(s): Feedback control systems
'The age of electronic messages' -- subject(s): Electronics, Telecommunication
'Introductory system engineering' -- subject(s): Systems engineering
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Type your answer here... developing control level schedules
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Some good sound system engineering information can be found at http://sse3.com/ which the website of the useful compendium by two authorities in the field of audio engineering.
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An application programming interface is a form of ICD for a software system, in that it describes how to access the functions and services provided by a system via an interface. If a system producer wants others to be able to use the system, an ICD (or equivalent) is a worthwhile investment.
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Knut O. Kverneland has written:
'Metric standards for worldwide manufacturing' -- subject(s): Engineering Standards, Manufactures, Metric system, Standards, Standards, Engineering
'World metric standards for engineering' -- subject(s): Engineering Standards, Metric system, Standards, Engineering
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System implementation is the creation and installation of the method to follow the engineering principals to remove part of the human element in the equation. Software engineering is a rapidly growing field.
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Scott E. Sikora has written:
'Model authoring system for fail safe analysis' -- subject(s): Knowledge bases (Artificial intelligence), Failure modes, Fail-safe systems, Reliability (Engineering), Computer programs, Flight control, Object-oriented programming, System failures (Engineering), System analysis, Expert systems, Artificial intelligence
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