All the BTech in Electrical and Electronics Engineering Course Details
From the year 2020 to 2030, the overall jobs of electrical and electronics engineers are expected to expand at a rate of 7%, which is average for all occupations. Over the past few years, an average of 22,700 job opportunities for electrical and electronics engineers each year have been witnessed.
Electrical and electronic engineering experts work at the forefront of designing and building new technologies and improving individuals’ systems and devices every day. They innovate from solar-energy systems to laptops to meet society’s communication, energy and tech needs.
If students know BTech in Electrical and Electronics engineering course details, they can make the right decision. Young minds interested in making new inventions and being involved in the growth and development of new technologies often select the Electrical and Electronics Engineering (EEE) course.
BTech in Electrical and Electronics Engineering Course Details
BTech in EEE course is all about developing and making devices and equipment which people can use to make their life easy and comfortable. The course is a four-year degree programme divided into eight semesters.
BTech in Electrical and Electronics Engineering students get an opportunity to contribute to the development of technology, and the degree itself facilitates new research strategies and ideas. In addition, the course helps them develop an entrepreneurial mindset.
After knowing BTech in Electrical and Electronics Engineering course details, students have an idea about why it is a rapidly evolving field that is constantly rising due to developing innovations in current methodologies, design and models.
Have a look at the difference between Electrical engineering and Electronic engineering.
The electrical engineering field is about
- Harnessing electricity
- Large-scale systems to control and distribute power
- Delivering, producing, storing and transmitting power
- High-voltage apps with heavy currents
- Circuits where current flows from one point to another
The electronic engineering area is about:
- Electrical components and circuits
- Integrating them into computer systems and hardware
- Designing, testing and creating them
- Circuits that process and have communication or decision-making capabilities
- Artificial intelligence, robotics, computation, machine learning, communications
- Low-voltage apps
Both branches are concerned with the practical and theoretical applications of electricity in all its forms, including those in electronics. B.Tech in EEE programme is one of the most pursued courses.
BTech in Electrical and Electronics Engineering Syllabus List
BTech in Electrical and Electronics Engineering Subjects offer students insights on using the most up-to-date computer interfacing tools in the instruments laboratory. In addition, the programme will provide them with all the essential information regarding the generation, utilisation and transmission of high-power electronic energy.
BTech in Electrical and Electronics Engineering subjects provide students with a detailed understanding of electronic devices and can design and repair their machines. In addition, students can use their knowledge to produce, test and develop different electronic and electrical equipment after completing this course.
Following is the list of BTech in Electrical and Electronics engineering subjects which help students to get their dream job in the best organisation –
- Mathematics
- Engineering Graphics
- Fundamental English
- Physics
- Environmental Studies
- Chemistry
- Engineering Materials
- Practical Chemistry
The BTech in Electrical and Electronics Engineering Syllabus offers the knowledge of science, engineering fundamentals, and specialisation to solve complex real-world problems.
The B Tech in Electrical and Electronics Engineering course is a unique mix of computer, electrical and electronics-related courses that enable students to take up a professional career or higher studies in any of the selected areas.
Conclusion
The Electrical and Electronics Engineering programme is a practical discipline with a plethora of fantastic career opportunities. After completing this degree, engineers can work in engineering services firms, research and development industries, manufacturing, tech and government.
So if you want to become the finest minds set to tackle the next generation of complex and difficult yet fascinating challenges in construction, energy, technology, the environment, and more, apply for this degree and give the world new inventions.