If you find that you are so interested by science and engineering that you would like to be involved in teaching others about them, you will be glad to hear that there is a demand for this type of instruction nationwide. Teaching science and engineering classes can be a very difficult profession, and should only be entered into by those with a firm grasp on science and engineering. However, the right person can absolutely find themselves in a worthwhile and beneficial career by teaching science and engineering.
The first thing that you need to consider when trying to get into this type of career is your own level of expertise. Teaching science and engineering classes requires an immense amount of knowledge, and will almost definitely require you to have a very advanced academic and professional background. In terms of education, teaching science and engineering job courses will often require you to have your PhD in the discipline you're teaching. There are possible job openings in this field for people with a bachelors or masters, but these will only be found at the community college or learning annex level. The types of classes you would teach here would likely only be very basic "principals of..." classes. In terms of your work background, a functioning understanding of current scientific and engineering principals is required, so a very solid work history in these fields is required. Again, this depends on what level of instruction you wish to engage in, and can vary drastically from place to place.
If you look over your background and find that you either meet these requirements now or could in the future, then you need to move on to the next step: looking for that job. Many times, these jobs will not be posted publicly and you will need to contact colleges to inquire of their need for teachers. This can be an arduous process, but it will end up paying off in the end.
If you're interested in teaching science and engineering, you will find that there isn't a large shortage of these types of jobs. As the importance of math and science becomes more and more prevalent, there will be an even greater number of these jobs opening up in the future.
Engineering science has improved engineering and how precise engineers can be with the advancements in technology and new machinery.
John McCarthy defined it as "the science and engineering of making intelligent machines"So the answer is : Both ( Science and Engineering )
No. Science is the understanding of "something". Engineering is the actual doing of "something". You can have engineering without science (think Roman aqueducts) and you can have science without the engineering (interstellar travel). But they do fit together well.
It's the same thing. If you have a degree in Mechanical Engineering, you have a Bachelor of Science in Mechanical Engineering.
electronics is the core computer science engineering hence it is better
MCA is equivalent to ME (Computer Science and Engineering). MCA - Master of Computer Applications. ME - Master of Engineering (Computer Science and Engineering). Thanks and best regards to you all.
Donald William Hutchings has written: 'The science undergraduate' 'Engineering science at the university' -- subject(s): Engineering, Study and teaching 'Towards more creative science'
Nowadays, biology is integrated in a lot of engineering and science fields. You can find a job in genetic engineering, space studies, pharmaceutical companies, or as a lecturer if you are into teaching.
H. K. McCorkindale has written: 'Engineering science' -- subject(s): Study and teaching (Secondary), Engineering
Yes, it can be but doing both the examinations will take too much time.
The following MIT degree programs are accredited by the Washington Accord:Computer Science and Engineering (Bachelor of Science)Electrical Engineering and Computer Science (Bachelor of Science)Aerospace Engineering (Bachelor of Science)Aerospace Engineering - Information Technology (Bachelor of Science)Chemical Biological Engineering (Bachelor of Science)Chemical Engineering (Bachelor of Science)Civil Engineering (Bachelor of Science)Computer Science and Engineering (Bachelor of Science)Electrical Engineering and Computer Science (Bachelor of Science)Electrical Science and Engineering (Bachelor of Science)Engineering - Course 2A (Bachelor of Science)Environmental Engineering Science (Bachelor of Science)Materials Science and Engineering (Bachelor of Science)Mechanical and Ocean Engineering (Bachelor of Science)Mechanical Engineering (Bachelor of Science)Nuclear Science and Engineering (Bachelor of Science)
Bachelor of Computer Science is a type of bachelor's degree, usually awarded after three years of collegiate study in computer science. In general Computer Science degrees emphasize the mathematical and theoretical foundations of computing, rather than teaching specific technologies that may quickly become outdated. Computer Engineering (Computer Systems Engineering) is a discipline that combines both Electrical Engineering and Computer Science. Computer engineers usually have training in electrical engineering, software design and hardware-software integration instead of only software engineering or electrical engineering.
Engineering science has improved engineering and how precise engineers can be with the advancements in technology and new machinery.
Leslie Koltai has written: 'The status of science, engineering, and mathematics education in community, technical, and junior colleges' -- subject(s): Community colleges, Engineering, Junior colleges, Mathematics, Science, Study and teaching (Higher), Technical education
John McCarthy defined it as "the science and engineering of making intelligent machines"So the answer is : Both ( Science and Engineering )
Yes, you can immigrate to Australia but probably not if you have no skills. Skills that are highly sought after in Australia are health, engineering, teaching, and science.
Christine M Matthews has written: 'Science, engineering, and mathematics education' -- subject(s): Engineering, Mathematics, National Science Foundation (U.S.), Science, Study and teaching 'National research initiative of the U.S. Department of Agriculture' -- subject(s): Research, United States, United States. Dept. of Agriculture 'U.S. Department of Agriculture' -- subject(s): Appropriations and expenditures, United States, United States. Dept. of Agriculture 'Underrepresented minorities and women in science, mathematics, and engineering' -- subject(s): Women in science, Minorities in engineering, Minorities in science, Women in engineering, Women in mathematics