Every branch of Engineering (Chemical, Process, Stationary, Mechanical, Electrical etc.) is based in the application of math to the physical world to describe the transfer of heat, energy, mass and momentum. Math details the impact of stress, strain, erosive chemicals and heat on systems. Math is used in risk management, cost estimation, life span calculations, scale up and downsizing.
For electrical engineering, Mechanics will probably benefit you more. However, both courses would be good for your career.
well. the main subject is maths in it then physicsAnswerWould you believe it's 'electrical engineering'?
Go to school and learn how to do engineering maths.
Depends on what standard engineering you're doing. If it's University engineering, consider doing A level maths If it's college engineering, consider doing Gcse/As level maths.
Math (or maths) is not a job and so engineering does not use math as a job!Math (or maths) is not a job and so engineering does not use math as a job!Math (or maths) is not a job and so engineering does not use math as a job!Math (or maths) is not a job and so engineering does not use math as a job!
you need to do a lot of maths with engineering, but it's applied maths most of the time, stuff like mechanics. To do engineering at university you'll almost certainly have to have a maths a-level. So as long as your fairly good at maths, you don't have to enjoy it as there is other stuff involved with engineering, but you do have to be quite good at maths!
Speaking as a graduate of Engineering and Computer Science: Maths, maths, maths. It's all about maths. Maths is the foundation to everything else that you learn. Beyond that, check out the university's syllabus.
Maths is a must. Physics is also a very good idea since engineering in general deals with the weights, lengths and its effects etc.
use of integration in electrical engineering
In electrical engineering, shunt means 'parallel'.
NO, EEE is better then the electrical engineer
electrical engineering and computer engineering