Dalhousie University Bachelor of Electrical Engineering
Dalhousie University Bachelor of Electrical Engineering
Dalhousie University Bachelor of Electrical Engineering : Dalhousie University provides a Bachelor of Engineering in Electrical Engineering for a period of five years.
It is an on-campus, co-op course provided on a full-time basis. Dalhousie Electrical Engineering candidates are authorized with the highly-technical skillset obligatory to thrive in a field of constant change.
With practical knowledge appropriate to almost all modern industrial as well as commercial technology, Electrical Engineering co-op candidates are capable of incorporating new technology, resolution existing problems, working harmoniously in teams.
Candidates get the opportunity to select a five-year co-op course or the four-year non-co-op course. Co-op candidates take the same academic course as the non-co-op course.
The co-op option gives candidates an occasion to complement their studies with three paid work terms. Candidates have to finish some additional programs prior to the two work term.
These programs are: Power Systems 1, Analog Electronics, EM Waves and Propagation, Communication Systems, Modern Control Systems, Electrical Engineering, Design 2, Years one and two follow the core Engineering course.
A substantial part of the work in the 1st and 2nd year is made up of core classes common to all engineering disciplines. Candidates will apply to their preferred discipline in the winter term of the 1st year and the appointed classes taken in the 2nd year will depend on candidate’s selected discipline.
The course comprised of nearly 95 staff members and 45 faculty members. The professors deliver candidates with real-world experience through participation in faculty research projects.
Job occasions after BEng Electrical Engineering are Hardware Engineer, Design Engineer, Electrical Design Engineer, and many more and the regular salary goes up to 47,001 USD.
BE EE deals with the subject of electrics, electronic, electro-magnetic, mathematics, thermal power plant, hydro-electric plant model, electric power, electric energy system as well as control and many more. It is an UG degree course of four years duration.
To take admission in BE EE, a candidate has to pass the 12th grade in Science stream with Physics, Chemistry, along with Mathematics.
They also have to appear for the numerous Entrance Examinations which are carried out by the National and State level Testing Agencies. BE EE fees lie around Rs. 80,000 to Rs. 2,00,000.
Though salary packages provided to the person are different according to numerous job positions is around Rs. 20,600-46550 (per month).
For higher studies, the candidates should have to pass the GATE (Graduate Aptitude Test in Engineering) examination and after that they may take admission into Masters in Electrical Engineering or else M.Tech in Electrical Engineering.
Electrical Engineering is a division of Engineering that deals with the study of electrics, electronic, electro-magnetic, mathematics, thermal power plant, hydro-electric plant model, electric power, electric energy system as well as control and many others.
Candidates are delivered practical knowledge along with theoretical knowledge on how to use the electric equipment for diverse electric activities The institutions or universities will also provide you research facility in the laboratory and project work in the last 2 semesters on the program After the finishing of the program, you may apply for post graduate degree and Ph.D. degree on the same subject with a different region or topic There are a lot of job occasions after finishing of the degree.
The placement is provided by numerous private sectors or companies to engineering graduate candidates.
A few of the private sector companies are- SAIL, BHEL, Aditya Birla Group of company, Bharat Electronics Ltd., Hindustan Petroleum Corporation Ltd., National Power Thermal Corporation, and various others.
You May Like 1 year diploma in electrical engineering
An electrical engineering graduate might start their career in the above-stated companies as Electrical Engineer, Electro-Mechanical Engineer, Jr. Electrical Engineer.
| Semester one | Semester two |
| Basic Electronics Lab | Basic Electrical and Electronics Engineering |
| Electrical Science | Basic Electrical and Electronics Engineering Laboratory |
| Semester three | Semester four |
| Network Theory | Signals and Systems |
| Electrical Machines Laboratory | Analog Circuits Laboratory |
| Introduction to Electrical Systems | Electrical Machines and Power Electronics |
| Electronic Devices Laboratory | Digital Systems |
| Electronic Devices | Analog Circuits |
| Digital Systems Laboratory | – |
| Semester five | Semester six |
| Microprocessors and Digital Systems design | Control Systems |
| Communication Systems | Digital Communications |
| Electromagnetic Waves | Power Systems |
| Probability and Random Procedures | Digital System Processing |
| Electrical Measurements and Instrumentation | Control Systems Laboratory |
| VLSI Systems and Technology | Communications Laboratory |
| Semester seven | Semester eight |
| B. Tech Project | Communication System Theory |
| Discrete Data and Digital Control | Information and Coding Theory |
| Digital Communication Systems | Semiconductor Based Devices |
| Microprocessors and Digital Systems Design Lab | Computer Control and Automation of Power Systems |
| Power Electronic Applications to Power Transmission | Physics of Semiconductor Devices |
| Semester eight (Elective Courses) | |
| Special Semiconductor Devices | Electronic Instrumentation |
| Advanced Memory Technology | Analog Filters |
| Control System Design | Organic Electronics |
| IC Fabrication Technology | MOS Devices and Modeling |
| Digital Circuit Design | Advanced Micro-processes and Nanotechnology |
| MOSFET Reliability Issues | Advanced Signal Processing |
| Industrial Instrumentation | Nanotechnology and Nanoelectronics |
| Analog CMOS IC Design | Biomedical Optics |
| Optoelectronics | Microwave and Satellite Communication |
