Historically, engineering was first used in military and military operations. After this, when it started to be used for civil works
Under civil engineering or civil engineering, the following subjects are: roads, railways, waterways, marine engineering, dams, erosion control, flood control, navigation, harbors, waterways, hydroelectric power, hydrology, irrigation, land reclamation, river control, municipal engineering, Real Estate, Appraisal, Architecture, Prefabricated Buildings, Acoustics, Ventilation, Urban and Rural Projects, Water Harvesting and Distribution, Drainage, General Conveyance, Garbage Disposal, Structural Engineering, Bridges, Concrete, Organic Structures, Prestressed Concrete concrete), foundations, welding, land surveying, sea surveying, photographic surveying, transportation, geology, hydraulics, replication, analysis, soil engineering, silt filling in aquifers, rock-filled dams, dams , filling (grouting) methods, use of radioactive isotopes to study seepage in reservoirs, use of gamma rays for density of sediments. Mechanical engineering includes mechanics, thermodynamics, steam, diesel and jet propulsion, mechanical engineering, meteorology, mechanization, hydraulics, metallurgy, aeronautics, motorcar etc. (automobile) engineering, vibration, shipbuilding, heat transfer, refrigeration ( refrigeration).
Electrical engineering includes electricity, power generation, transmission and distribution, hydroelectricity, radio communication, electricity measurement, electrical installation, high frequency work, nuclear engineering, electronics. Chemical engineering includes ceramic engineering, combustion, electrochemistry, gas engineering, metallurgical and petroleum engineering, instrumentation and automatic control, pulverization, mixing and separation, diffusion (diffusion) science, design and construction of chemical machinery, electrochemistry. Agricultural engineering has industrial management, mining engineering, etc. Computer Engineering Electronics or Electronics Metallurgical Engineering Mining Engineering Engineering cannot be divided into narrowly defined branches. They are interdependent. The unbiased observation of phenomena, both experimental and natural, and the careful application of the fruits of such observation to engineering problems in such a manner as to render maximum service to society with minimum expenditure of time and money, is the principal method of engineering. Whether or not scientists have found a way to solve the problems of pure scientific engineering, the engineer has to do his job. In such a situation, the engineer resorts to empirical analysis to some extent and finds a workable solution which, with proper management of defense, can make his day-to-day problems solvable.
As his knowledge of the relevant scientific aspect becomes more accurate, he can also reduce expenditure by reducing the management of defense. The intellectual and practical consideration of the problems has made the engineer eligible to enter even those fields which are considered to be concerned with scientists, doctors, economists, managers, humanities-sciences, etc. from the beginning. The history of the world is full of engineering romance stories. In India and abroad, visionary and determined men have accomplished important tasks by risking everything in pursuit of their dreams. Every engineering campaign has its own special problems and in solving these, both small and large talents get an opportunity. Historically, engineering was first used in military and military operations. After this, when it started to be used for civil works (construction of roads, bridges, buildings etc.), a new branch was named - 'Civil Engineering' (Civil Engineering). Over time other fields of engineering developed which were different in nature from civil engineering and were named 'Mechanical Engineering', 'Electrical Engineering' etc. Civil engineering (including surveying engineering and cartography), mechanical engineering and electrical engineering are the traditional branches of engineering.
Mining engineering, metallurgy and mine surveying also have historical significance. Architecture is a combination of engineering and visual arts. In many branches of engineering, such as civil, mechanical, electrical, marine, mineral, chemical, nuclear, etc., some important functions are exploration, design, production, circulation, manufacturing, sales, management, education, research, etc. . To get a proper idea of how wide a field the term engineering covers, it will be instructive to give the names of the subjects under its various branches as examples. Under civil engineering or civil engineering, the following subjects are: roads, railways, waterways, marine engineering, dams, erosion control, flood control, navigation, harbors, waterways, hydroelectric power, hydrology, irrigation, land reclamation, river control, municipal engineering, Real Estate, Appraisal, Architecture, Prefabricated Buildings, Acoustics, Ventilation, Urban and Rural Projects, Water Harvesting and Distribution, Drainage, General Conveyance, Garbage Disposal, Structural Engineering, Bridges, Concrete, Organic Structures, Prestressed Concrete concrete), foundations, welding, land surveying, sea surveying, photographic surveying, transportation, geology, hydraulics, replication, analysis, soil engineering, silt filling in aquifers, rock-filled dams, dams , filling (grouting) methods, use of radioactive isotopes to study seepage in reservoirs, use of gamma rays for density of sediments.
Mechanical engineering includes mechanics, thermodynamics, steam, diesel and jet propulsion, mechanical engineering, meteorology, mechanization, hydraulics, metallurgy, aeronautics, motorcar etc. (automobile) engineering, vibration, shipbuilding, heat transfer, refrigeration ( refrigeration). Electrical engineering includes electricity, power generation, transmission and distribution, hydroelectricity, radio communication, electricity measurement, electrical installation, high frequency work, nuclear engineering, electronics. Chemical engineering includes ceramic engineering, combustion, electrochemistry, gas engineering, metallurgical and petroleum engineering, instrumentation and automatic control, pulverization, mixing and separation, diffusion (diffusion) science, design and construction of chemical machinery, electrochemistry. Agricultural engineering has industrial management, mining engineering, etc. Computer Engineering Electronics or Electronics Metallurgical Engineering Mining Engineering Engineering cannot be divided into narrowly defined branches. They are interdependent. The unbiased observation of phenomena, both experimental and natural, and the careful application of the fruits of such observation to engineering problems in such a manner as to render maximum service to society with minimum expenditure of time and money, is the principal method of engineering. Whether or not scientists have found a way to solve the problems of pure scientific engineering, the engineer has to do his job. In such a situation, the engineer resorts to empirical analysis to some extent and finds a workable solution which, with proper management of defense, can make his day-to-day problems solvable.
Engineering Admission Colleges
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As his knowledge of the relevant scientific aspect becomes more accurate, he can also reduce expenditure by reducing the management of defense. The intellectual and practical consideration of the problems has made the engineer eligible to enter even those fields which are considered to be concerned with scientists, doctors, economists, managers, humanities-sciences, etc. from the beginning. The history of the world is full of engineering romance stories. In India and abroad, visionary and determined men have accomplished important tasks by risking everything in pursuit of their dreams. Every engineering campaign has its own special problems and in solving these, both small and large talents get an opportunity.
