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The branch of engineering known as electrical engineering is dedicated to the research, evaluation, development, and execution of equipment, devices, and systems utilizing the concepts of electricity, electromagnetic, and electronics. Electrical engineers are those who study this discipline; they usually have an undergraduate degree in computer, electrical, or electronics engineering. To be successful in this sector, one has to have an outstanding ability and background in math and physics.
Students have the opportunity to further their studies in Electrical Engineering by pursuing a master’s degree. This advanced program allows students to expand on the foundational knowledge they gained during their undergraduate studies in Electrical Engineering. Many of these fields have overlaps with other engineering specialties. Many of the most helpful contemporary innovations that simplify our lives, such as wireless communication, electric automobiles, televisions, smartphones, and so forth, are the result of the efforts of electrical engineers.
International students find an MS in Electrical Engineering from the USA to be highly appealing. 32, 736 foreign students graduated with degrees in electrical engineering in 2015, according to the National Foundation for American Policy. This represents about 81% of all Electrical Engineering graduates. Thus, this area will embrace you if you have a strong foundation in math and physics, an undergraduate degree in a relevant discipline, and a passion for working with electrical.
Electrical engineering master’s degree programs emphasize teaching students about the growing range of applications for electricity, electromagnetic, and electronics in addition to the many uses of electricity. The degree program’s main goal is to increase student’s technical proficiency in this area, and it can also provide opportunities for them to research the developments that occur in this field.
The majority of institutions combine laboratory practice with class instruction to help students understand how the theory works in practice. There’s a chance that some of the program’s coursework or modules will overlap with computer science programs and other courses as well.
The finest master’s programs in electrical engineering also provide students with a year of practical industrial experience. While getting a master’s degree in electrical engineering, students have the option to focus on a specific area of study. The following are some of the subjects covered in this program:
Students pursuing an MS in EE most frequently choose to study abroad in the USA. Germany, Canada, Australia, and other nations are also popular places for this program. The cost of a master’s degree in electrical engineering varies by university and by country. Additionally, international students are increasingly considering pursuing an MS in Electrical Engineering in Germany due to the highly subsidized tuition fees offered by public universities.
The requirements for a master’s degree in electrical engineering differ between countries and colleges and universities. A strong CGPA in a closely related field and a bachelor’s degree are, however, the basic requirements for admission to all universities.
Students with higher GPAs and GRE scores stand a better chance of receiving admission into prestigious universities. Well-known US universities like MIT don’t have a minimum GRE score requirement, but they usually consider applicants with the best GPAs in their class and GRE quant scores in the 90th percentile or above. Certain universities, such as Stanford University, need a GRE verbal score of 159 and a quant score of 163.
In certain rare cases, the majority of Australian and German universities do not require a GRE score, however, having one may be beneficial.
Most universities abroad additionally need students to submit their pertinent results from English language competence exams like the TOEFL, IELTS, etc. While universities in Canada, Australia, the UK, and other countries accept IELTS results, US universities only accept TOEFL ratings.
Applicants who achieve the minimum score on the exams must provide a Letter of Recommendation and a Statement of Purpose (SOP) when applying to universities abroad. If the university admission committees approve their SOP and LOR, they will be required to attend a Personal Interview. Successful candidates in the PI will be accepted into the program at the chosen university.
Indian students can also apply directly to German universities like the Technical University of Munich with a four-year bachelor’s degree in engineering. They must provide evidence of their proficiency in both German and English language for this.
Each university offers a different set of specialties for the MS in Electrical Engineering. We have listed down some of the most popular specializations in Masters in Electrical Engineering. Based on what the university provides as well as your interests, you might select a specialization.
Telecommunications
Students who pursue this specialization learn about mobile communications, microwave techniques, optical signal processing and networks, and radiation from ICs and PCBs.
Robotics and Control
The field of robotics is advancing rapidly, and by specializing in Robotics and Control, students can delve into the intricacies of mathematics and computer programming.
They also do in-depth research on computer and control algorithms.
Optical Sciences: Students who choose this specialization have the opportunity to learn how fiber optic systems function. Studying optical fibers, transmitters, and receivers is also part of this.
Embedded Systems
Students pursuing this specialty learn about fundamental embedded technologies in addition to the most recent advancements in embedded tools and trends.
Signal and Image Processing
Students are taught how to create algorithms, architectures, and systems that are efficient and effective. These tools are used to describe and represent signals, extract information, reconstruct content, and process signals and information.
Medical Devices and Systems
Electrical engineering has greatly helped medical equipment and students concentrating in this discipline learn how to create and enhance hardware and software tools and methods that will be helpful for the medical industry.
Electric Power
Here, students study the many methods for analyzing and designing electronic systems and circuits. Additional topics covered in this specialization include the study of digital, analog, radiofrequency, and microwave electronic circuits as well as VLSI and ASIC design.
Electronic Circuits and Systems
The curriculum covers a wide range of circuit design, from the fundamental to the intricate. Students gain hands-on experience in designing and implementing various electronic circuits, preparing them for real-world applications in the field of electronics.
Communication Theory and Systems
The study of different information transmission systems, such as the GPS, computer networks, radios, and telephones, is part of a communications theory and systems specialization.
Electric Power Systems
This specialization covers the creation, management, and distribution of electric power systems, including generators, motors, transformers, and electromechanical transducers.
Electro-Optics & Photonics
Students pursuing this field of study will get a comprehensive understanding of a range of electro-optic technologies, including optical fiber communications and LCDs.
Top 5 Job Opportunities for Electrical Engineering Students
Students with a master’s degree in electrical engineering are in high demand.
Design Engineer
Component Design Engineer
Electrical Engineer
RF Engineer
Power Systems Engineer
Shiksha Udaan Capital aims to support your dream of attaining a high-quality education and provide students with easy access to personalized educational finance alternatives.
