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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)
The importance of a workshop in computer science and engineering lay mostly in the ability to utilize the workshop for hands on training. Computer science and engineering both require plenty of real world practice.
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ya mca is software engineering. you will study database,java,.net,c,design and analysis etc during this course
Because of the intense electrical engineering classes they have to take, not to mention the programming that is involved. I am a Comp Eng student and I hate it. If you can make friends in engineering, time management, asking for help, I am sure you will succeed but if not, it will be difficult.I think engineering is not worth the trouble...save yourself and go into finance.
Course 6 (Electrical Engineering and Computer Science) is the most popular. Course 2 (Mechanical Engineering) is also very popular. Most students do engineering, and slightly fewer do pure science.
Computer Science and Business Systems Engineering is one of the most popular course among engineering students for its multidimensional approach of computer knowledge and business skills. Students at KIT can get better exposure on the upcoming technology especially machine Learning, IOT, Cloud Computing which would make them stand ahead of the crowd in the global workforce
What is better for the new students whom want to take computer course cse{computer science Engineering } OR BCA { Bachelor of Computer Applications}????? Give us Your opinion with the advantages and disadvantages !!!!
mechanical engineering is ever green and it is very interesting
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 Technology [B. Tech] (Software Engineering) - Latest Notifications. BTech Software Engineering is a 4 year undergraduate engineering degree course. This course prepares the students to become Software Engineers.
hi my name is viji,i was completed my B.E computer science and nw doing higher study(M.E) for the same branch.If my course is eligible for Engineering service exam? plz reply me.
Yes. Most schools have very similar course requirements for software engineering and computer science, and employers don't often even distinguish between the two.
i thick cissco certified professional course will be a good starting point
A lot. Computer science uses mathematical models, or models derived from mathematics, to define and model a huge portion of theory. Practical application to problems typically involves mathematical methods even for problems seemingly unrelated to mathematics. Candidates for a degree course in computer science, or any other engineering course, should provide a strong background in mathematics.
The importance of a workshop in computer science and engineering lay mostly in the ability to utilize the workshop for hands on training. Computer science and engineering both require plenty of real world practice.
Of course, there isn't a reason not to, because mathematics is the language of economics, science and engineering(with the exception of computer programming).