What can I do after engineering EEE?
5 Exciting Career Opportunities after B. Tech Electrical & Electronics Engineering in 2021
- Electrical Engineer. The most obvious choice after completing this program is becoming an Electrical Engineer. …
- Telecommunications Engineer. …
- Electrical Design Engineer. …
- Instrumentation Engineer. …
- Micro Electrical Engineer.
Which course is best after engineering in EEE?
5 Best Courses to Pursue After Electrical & Electronic Engineering (EEE)
- 1)AUTOMATION TRAINING. …
- 2)ROBOTICS AND HUMANOIDS (ELECTRONICS) …
- 3)C-DAC. …
- 4)POWER SYSTEMS AND SOLAR PANELS (ELECTRICAL AND ELECTRONICS) …
- 5)PROGRAMMING LANGUAGE (SOFTWARE)
Is there scope for EEE engineering?
An EEE graduate can look for job opportunities specifically in the fields of telecom, IT, transportation, airspace, power etc. The EEE graduates can also apply for jobs in the industries that deals with product development, product design, system management, control system, sales etc.
What is the salary of EEE?
The average salary for an Electrical Engineer is ₹4,12,800 per year (₹34,400 per month), which is ₹25,300 (+7%) higher than the national average salary in India. An Electrical Engineer can expect an average starting salary of ₹1,80,000. The highest salaries can exceed ₹10,00,000.
Which is best EE or EEE?
Answer. EEE is the better option than EE , because EEE includes electrical engineering and electronics aslo.
Does EEE have scope in future?
The scope of EEE is huge. Electrical & Electronics engineers can work in wide range of fields such as power generation, electronics, computers & control systems, telecommunication and Bio-Medical.
Which job is best for EEE students?
Jobs directly related to your degree include:
- Acoustic consultant.
- Aerospace engineer.
- Broadcast engineer.
- CAD technician.
- Control and instrumentation engineer.
- Design engineer.
- Electrical engineer.
- Electronics engineer.
Can EEE student get job in IT field?
Absolutely Yes, you can get job in software (IT) if you are strong enough in basic languages like C and Java. But what is the use of your 4 years study of EEE. Basically EEE is an core subject where you can learn lot of stuffs and gain knowledge about electronics.
Is laptop needed for EEE students?
Yes, EEE students need computers, but not as much as students taking software engineering or IT. However, a laptop can give EEE students much more flexibility – students can work from any location within the college, given that most schools offer a Wi-Fi connection.
Does EEE have coding?
IRRESPECTIVE OF EEE ONE CAN LEARN ANY LANGUAGE OF PROGRAMMING , IF YOU ARE CREATIVE AND HAVE GOOD LOGICAL MIND eg. good at mathematic, and physics. You must be as you are electrical engineer.
What is better CSE or EEE?
CSE has better demand in companies as compared to EEE. EEE has a vast syllabus and has very limited companies that hire for core jobs. If you you have interest in the field and know will be dedicated towards the subject throughout your engineering Your choice would not matter.
Is EEE engineering easy?
First of all, there is no subject in engineering that is easier than the other. All the streams have some kind of difficulty at some point of time. ECE has its own share of difficult topics as well as the EEE too. It depends entirely on student to grasp and learn concepts quickly and efficiently.
Is EEE a good branch?
In terms of placements, EEE the competition is not very tough and the availability of jobs too are good. Electrical graduates are employed in Electricity Boards/Utility companies responsible for installation, maintenance, operation of power handling equipment and systems.
Do Google hire electrical engineers?
Yes, Google hires EEs. Both as EEs, and as software developers. Google builds quite a lot of hardware, because everything in a datacenter is made for the purpose. A data center power system is quite a miracle of electrical engineering, actually.
Which engineering is best for future?
Best Engineering Courses for Future
- Aerospace Engineering.
- Chemical Engineering.
- Electrical and Electronics Engineering.
- Petroleum Engineering.
- Telecommunication Engineering.
- Machine Learning and Artificial Intelligence.
- Robotics Engineering.
- Biochemical Engineering.