I wouldn't say that Civil Engineering is developing very slow but the main reason why we are not progressing as fast as other Engineering professions is that our work are directly responsible for the safety of the users.
For a country to accept a new concept of design or a new material for construction they want to have severe testing to be carried out to be sure that the new design method won't fail and or the new material behaves as said and that the standard deviation of the material is small enough, these testings take a very long time I know of a Professor doing tests on concrete behavior for the last 5 years and the tests are still going on.
So if a new material is developed testing on that material may take years to complete so we are a several years behind but that is because of high safety standards.
*Hope this is said correct sorry for the poor grammar its not my strong point :)
-Just as an example in South Africa we have a high quality steel and for more economical construction they wanted to import steel from China but when the steel arrived the properties of the steel was so much weaker than the current steel in SA and there standard deviation was so high that they have sent back the steel to China
design engineering
There are four branches of mechanical engineering. They are manufacturing, acoustical, vehicle, and thermal engineering. Vehicle engineering is further broken down into aerospace and automotive engineering.
Your best bet is to get a master's degree in petroleum engineering. Other than that, the only way you'll get a reservoir engineering job is through making connections in the industry.
The Indian Institution of Engineers is a civil engineering association in India. Names of other associations would include Institution of Civil Engineers (India) and Institution of Engineers (India).
Yes. Any of the engineering majors are challenging as they require extensive math, physics, and other science related classes. It takes a lot of dedication and hard work to become an engineer. That is why they are paid better than other 4 year degrees. It also depends on your hardwork, motivation and interest.
I will suggest you to choose oil and gas field which has good market in upcoming years compare to other fields u can do mechanical or civil engineering both or an evergreen field. After your engineering get specialized in Piping Engineering or Process Plant civil Engineering . To have more confident in Piping or process plant Civil engineering field you can choose Seabird engineering institute
This question is obviously a matter of opinion. Electrical Engineering is tops in my opinion, though, but it is also the most difficult degree to obtain. I say it's the best because you can go into ANY of the other engineering discipline fields after you finish your BS. For example, as an EE, I've worked in the biomedical engineering and now civil engineering fields. With a biomedical or civil degree, you can't work in EE fields, though. Mechanical engineering I would give a close second, because it is also a very broad field.
Civil engineering deals with civil construction, structural design, buildings, roads, bridges etc
design engineering
Design PatternsDescribe some design patterns in fields other than architecture and software engineering.
There are four branches of mechanical engineering. They are manufacturing, acoustical, vehicle, and thermal engineering. Vehicle engineering is further broken down into aerospace and automotive engineering.
A technical field is a specialized area of study that focuses on practical skills and knowledge related to technology, engineering, or science. It differs from other fields of study, such as the humanities or social sciences, by its emphasis on applying scientific principles to solve real-world problems and develop new technologies. Technical fields often require specific technical skills and expertise, and professionals in these fields typically work in industries such as engineering, computer science, or healthcare.
Fields of biotechnology are related by their focus on using biological systems to develop new technologies and products. They often share techniques, methods, and principles such as genetic engineering, molecular biology, and bioinformatics. Interdisciplinary collaboration among these fields is common to leverage each other's strengths and drive innovation in various applications.
Engineering covers a broad spectrum of many, many different disciplines. To name only a few fields, engineering can range from chemical, biomedical, electrical, environmental, civil, mechanical, aeronautical, computer, systems, etc... Generally, engineering degrees incorporate theory and applications of the discipline. For example, I am studying electrical engineering. Many of my courses are devoted to electromagnetic phenomena and the mathematical equations that govern it. But then there are design and laboratory courses where you are working hands-on and seeing real world applications of the theories learned in other courses. Engineering then becomes not only a profession, but a way of life, as you begin to develop different perspectives of looking at and solving problems.
designing a device that is biologically compatible
Civil Engineering, Maine Engineers, Areospace Engineers, Biomedical Engineers, Computer Hardware engineers, Mechanical Engineers, Material Engineers, Elecrical Engineers EXEPT Computer......ect.......Engineering courses are offered in different fields like:1) Civil2) Mechanical3) Industrial Production4) Computer Science5) Information Technology6) Electronics and Communications7) Electrical and Electronics8) AeronauticsMany more.. I request other to add if they know any.
They made avances in medicine, math ,engineering and other fields.