This program offers students the opportunity to study the specialized area of engineering. This discipline deals with the application and control of electricity. It includes the study of motors, transistors, integrated circuits, lasers, and larger physical systems, such as power distribution systems and computers. This program covers foundational courses in circuit analysis, microelectronics, and electronics, as well as upper-level computer science courses. In addition, they must complete two additional senior-level computer science courses.
An undergraduate program in electrical engineering and computer science provides students with a broad foundation in mathematics and physics, as well as a traditional background in electronics and circuit analysis. Additionally, students can specialize in several exciting areas of concentration, such as bioelectronics, signal processing, computer systems, and microelectronics.
Benefits of B.Sc. Electrical Engineering and Computer Science
The dual major of Electrical Engineering and Computer Science gives students the chance to combine theoretical concepts and hands-on experience. Graduates of this program receive a dual degree in computer engineering and electrical technology, which allows them to enter various fields of computing with their engineering education. A B.Sc. in Electrical Engineering and Computer Sciences provides students with the skills they need to be successful in the field, and many go on to have successful careers.
A degree in Electrical Engineering and Computer Science gives students the ability to use mathematics and science to create complex systems. They will be able to use their knowledge to create electrical equipment, test their designs, and oversee their manufacturing. Students who choose to pursue a master's degree in Electrical Engineering will have the opportunity to specialize in a variety of fields. Typical electrical engineering courses include Circuit Analysis, Microelectronics, Linear Systems and Signals, Digital Signal Processing, Programming, Object-Oriented Design, and Discrete Structure and Logic.
Eligibility for B.Sc. Electrical Engineering and Computer Science
The candidates must have passed their 10+2 in science stream from a recognized board. They must have a minimum aggregate of 50% marks to be eligible for the program.
Future Scope of B.Sc. Electrical Engineering and Computer Science
The future scope of B.Sc. Electrical Engineering and computer science depends on a variety of factors, including students' interests, career goals, and educational background. As an undergraduate degree, B.Sc. Electrical Engineering and Computer Sciences prepares students for advanced work. The program provides a foundation for careers in a variety of fields, such as software design, circuit design, signal processing, and wireless communication.
This program also provides skills in a number of important areas, including biomedical electronics, renewable energy generation, industrial automation, information technology, space research, and computer and telecommunications systems. An electrical engineer can design and create devices and systems that can be used to store and process information. In the future, biomechanical brain implants could help people with neurological disorders, and smartphone apps could revolutionize mobile health.
Career Opportunities and Job Prospects of B.Sc. Electrical Engineering and Computer Science
A bachelor's degree in electrical engineering is required for most jobs in the field. These professionals need to pass the Fundamentals of Engineering exam to become a licensed professional engineer. A bachelor's degree typically takes four years to complete. The curriculum provides a broad understanding of electrical engineering and the opportunity for specialization. A graduate with this degree will be well-positioned to work in any field related to electrical engineering.
A degree in electrical engineering or computer science allows students to explore the many applications for the study of electronics. While computer science courses are generally more abstract, electrical engineering courses cover more concrete systems. Electrical engineering jobs are plentiful throughout the country. These graduates can choose from a range of jobs in fields ranging from electrical power to research and development.
The most popular types of job openings include manufacturing, federal government, and energy. The field of electrical engineering is constantly evolving, and as these devices get more advanced, the need for trained professionals will increase. And with a variety of job opportunities and a growing population of smart-phone users, the demand for these engineers will continue to grow.
Course duration and Fee details of B.Sc. Electrical Engineering and Computer Science
The B.Sc Electrical engineering and computer science is a three year degree program. The average fees for the completion of program are between 300K to 500K or it may vary from college to college.
3 Years
Under Graduate
Science
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