Electrical & Electronic

The electronic and electrical engineering course covers the modules given in the table.1 to study with the variety of relevant topics including electronic design, communication, software engineering, electrical machines, power generation, etc. Particularly, in the master level delivers the broad understanding of the in-depth advanced technology of the electrical and electronic engineering. Upon the completion of a master degree in electrical and electronic, any candidates prefer to choose the doctoral degree program in this same field. Moreover, the program of electrical and electronic engineering in doctoral studies has a massive research areas microelectronics, electric power management, mobile and wireless communication system and photonics. Notably, this Ph.D. program brings innovation studies in various areas of research interest such as power electronics, ultrasonic, biophysics, phonic engineering, and electromagnetic simulation.

The following table.1 core a and elective modules of electronic and electrical engineering include

Core a and Elective Modules of Electronic and Electrical Engineering

Advanced AC drives, Electrical Machines and Power Conversion
Advanced Power Electronics and Drives
Bioelectronic and Biophotonic Interfacing
Communication Skills for Research Engineers
Control Systems Design
Digital Communications
Electronic Design
Energy and Power Electronics Laboratory
IT Infrastructure
Telecommunications Electronics
Wide Band-Gap Electronics
Wireless Communications

Modern Control Systems
Nanoscale Structures and Devices
Optical Communications
Optical Networks
Photonics Communications Components
Power Electronics Design & Integration
Power Generation Systems
Power Semiconductor Devices
Power Systems for Aerospace, Marine, and Automotive Applications
RF and Microwaves
RF Microelectronics
Signals and Systems
Technologies for the Wind Generation and Hydrogen Transport Economy

Ph.D. in Electrical and Electronic Engineering Research areas

Big data
Bio-Medics
Communication Systems and Networks
Defense and security
Electrical Energy Management
High performance embedded systems
High-Performance Networks
Intelligent and autonomous systems
MEMS, sensors, and devices
Microelectronics
Photonics
Power
Visual Information Laboratory
Communication Skills for Research Engineers
Energy and Power Electronics Laboratory
Power Semiconductor Devices
Advanced Power Electronics and Drives
Wide Band-Gap Electronics
Electricity Generation Systems
Modern Control Systems
Advanced Power Systems
Signals and Systems
Digital Communications
Optical Communications
Probing at the Nanoscale
RF and Microwaves
Wireless Communications
Optical Networks
Nanoscale Structures and Devices
MSc Research Project

During this course of study, scoring credits play a vital role in completing the program. In general, all countries and universities dissertation credits score are most important. Compare to the research module; it is very easy to boost credits in the dissertation submission. Undoubtedly, the dissertation, assignment, thesis, coursework, essays, manuscripts writing as well as statistical analysis as vital as to acquire 70% in master degree score and 80% in Ph.D. without any hassle. Our experienced writers have included with industry-best experience in writing dissertation. It is more helpful to achieve seamless, professional and plagiarism free content. We act as the best assistant for research work. Ultimately, this challenge stresses that clearing the Electrical and electronic engineering program as central as 50% as a scoring dissertation to accomplish high percent credits in order to finish research work.