Enginnering is the branch of science which uses scientifc principles to design and machines, structures, and other things It has a broad aspect which focuses on specifically on the areas of applied mathematics and science.
Ancient Age:-
We can look around and remond ourselves of the thing which we are learning or studying about from our childhood. The pyramids of egypt ziggurats of meopotamia, acropolis and parthenon of Rome, the Brihadeeswara Temple of Thanjavur are among the most magnificient beauty of civil enginnering.
The wedge and inciled plane the wheels and axle combination the lever mechanism to just hold for simple balance are one of the most ancient beauties of mechanical engineering from pre-historic times.
Middle Age:-
It started when when started applying simple physics in their day to day life to ease their living. Wind powered machines and wind turbines are one of those things invented during the reign off ottoman empire. The revolution in the middle ages when steam engiine was invented it made us to think how power sources are available and how can we use it for our own kind.
Modern Era:-
The most revolutionary era whose extensions are we experincing now. Everything that we use today has it principles lying back in 18th century when the industrial revolution begans. During this century we invented many branches of enginnering which exists even today during this age we started bulidng bridges ships and harbours and started indusries and manufacturing on a muh larger level. During 19th century we extended our discoveries Einstien gave us the enrgy equation and we came to know about much deeper concepts of quantum mechanics. We discovered how to fly we discovered how to generate electricity and all those things. we devloped the art of converting human level langaguage to machine level and what not.
Today we have several enginnering fields specialized in their work the main branches of engineering are Mechanical, civiland electrical others like aerospace, marine and computer engineering all holds their equal importance today we are living in a technological world which revolutionlised whole engineering aspect. We use codes in everything to carry out the automatic transmission process. Earlier as a mechanical enginerr we used to work on a manual lathe machines now we have CNC which can mancufacture more finished products with greater efficiency and much much less time. Earlier we carry out our engineering drawings on ED sheets now we have many modern softwares like Auto-Cad, Solidworks, Catia, Ansys to carry out our designing with much greater ease perfection and acurrcay with a much less time.
We can't even imagine our world without engineering and without engineers. Be it in ay field all holds equal importance and a world without engineers is a world without comfort and luxury. Proud to be an Engineer and be of proud of our Enginering revolutions.
An Engineer-in-Training may: (a) Practice and/or offer to practice civil engineering, mechanical engineering, and electrical engineering. (b) Prepare and sign civil, mechanical, and electrical engineering plans, specifications and reports. (c) Independently make civil, electrical, or mechanical engineering decisions. (d) None of the above.
Questions:Consider the design of a common device
such as an electric toothbrush. Develop a
marketing-engineering and engineering
tradeoff.Write the engineering and marketing
requirement for flexible smartphone. Develop
a marketing-engineering and engineering
tradeoff. Select the requirements by yourself.
1. There are many definitions of engineering design. The Accreditation Board for Engineering and Technology (ABET) defines engineering design as: "Engineering design is the process of devising a system, component, or process to meet desired needs. It is a decision-making process (often iterative), in which the basic sciences, mathematics, and the engineering sciences are applied to convert resources optimally to meet these stated needs...". Identify three important words or phrase from the above definition and for each of them explain...
Among 100 engineering students, 15 are chemical engineering majors, 60 are undergraduates, and 5 are undergraduates and chemical engineering majors. If a student is selected at random, what is the probability that: a) The student is not a chemical engineering major b) The student is not an undergraduate c) The student is a chemical engineering major, is an undergraduate, or both d) The student is an undergraduate and not a chemical engineering major e) The student is not an undergraduate...
Look up in a professional publication (Chemical Engineering Progress, Chemical Engineering magazine, Chemical Engineering News or other Air Pollution Publication) and Wikipedia on Low NOx burner design and write one half page type written summary. - How do these burners typically reduce NOx formation? Make sure to reference your summary page
home / study / engineering / electrical engineering / electrical engineering questions and answers / combining optical fibres into a network requires some important components, one of which is ... Your question has been answered Let us know if you got a helpful answer. Rate this answer Question: Combining optical fibres into a network requires some important components, one of which is the o... Combining optical fibres into a network requires some important components, one of which is the optical...
The probabilities that an engineering student will get an A, C, or F on an engineering analysis quiz are 0.20, 0.50, and 0.10, respectively. If the student takes 6 quizzes, what is the probability that the student will get 3 Fs, 2 Cs, and 1 A?
At the Horton College of Engineering, Engineering students and Physics students took a math exam. Their scores were used to make side-by-side boxplots. Answer the following questions: 1. Engineering o Physics 20 30 40 50 60 70 80 90 100 (1) What is the interquartile range among the physics students? (2) How low of a score on the exam would an engineering student need in order to be considered as an outlier? (3) Based on the boxplots, what is the...
Engineering economy involves the systematic evaluation of the economic merits of proposed solution to engineering problems. The first two principles of engineering economy are to develop the alternative and focus on the differences. Explain the significance of these two principles?
Why do individuals/firms reverse engineering? What is the legal interpretation on reverse engineering?