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Electrical Engineering (Btech EE)
Course Overview
Electrical engineering is a four-year undergraduate programme that is evenly divided into 8 semesters. The basics of electricity are a major focus of the Electrical Engineering programme. It also includes a variety of topics related to electronics and electromagnetism. It focuses on the commercial applications of electrical engineering. The fundamental focus of the BTech Electrical Engineering course is on the electricity used for home appliances, lighting, heating, cooling, and refrigeration, as well as control systems, electronics, and signal processing.
Electricity, electromagnetic, and electronics are used in electrical engineering to process information and transmit energy. The BTech Electrical Engineering programme places a special emphasis on electrical components and machinery that can be utilised to produce electricity using novel methods, such as windmills and nuclear power plants. The candidate will study exceptional subjects each semester that develop their technical, analytical, and creative skills. The BTech in Electrical Engineering programme enables students to comprehend the many uses of electronics and electricity.
Most modern devices are powered by electricity, which is becoming more and more popular because it is environmentally friendly. As a result, everything is now powered by electricity, including electric bikes and vehicles, which opens up new opportunities for electrical engineers. Electronics are become an essential in our lives.
Why ought to study Electrical Engineering?
Electrical engineering offers a wide range of career options. It encompasses various fields such as power systems, electronics, telecommunications, control systems, robotics, signal processing, and more. This diversity allows you to choose from numerous career paths and explore different industries, including energy, telecommunications, aerospace, automotive, healthcare, and technology.
Electrical engineering encourages innovation and creativity. As an electrical engineer, you may be involved in designing and developing new technologies, products, or systems. This requires creative thinking, the ability to think outside the box, and finding innovative solutions to challenges. Electrical engineering education nurtures these skills and encourages a mindset of innovation.
WHY BFIT ?
For all of the topics, the Electrical Engineering department is run by knowledgeable professors. The branch offers the students’ desired modern technologies and well-stocked laboratories. College students are provided access to have greater professional opportunities and are equipped to handle the stressful situations in the working world. BFIT is one of the best college for electrical engineering in Dehradun. BFIT, supports its students’ aims by regularly hosting seminars, workshops, and professional lectures to keep students abreast of current developments in the field of electrical engineering. The institute is located in a lovely and peaceful environment, which provides better surroundings for a student to study in. BFIT group continually strives to provide its university students with top-notch education while also doing everything in its power to ensure that their futures are as promising as possible.
The placement and training cell provides students with appropriate instruction in an effort to enhance their skills and abilities. Students in colleges receive active education that prepares them for careers as outside electrical contractors. To familiarise college students with current developments in electrical engineering, specialised seminars are held.
BFIT Group continuously works to ensure that everyone of its students has a bright and secure future.
- Minimum qualification required is graduation from any recognized university
- The minimum percentage required is 45% for GEN and 40% for OBC.
4 Years
Electrical Engineering Scope in India
Senior Electrical Manager: The planning, organisation, installation, and testing of the numerous electrical devices are handled by the electrical managers.
Professor: A professor, of course, imparts knowledge to students in their specialised fields. They give the students an explanation for genuinely complex ideas that could otherwise be challenging to comprehend.
Mechanical Engineer: Using the several fundamental principles of mechanics, a mechanical engineer assesses particular electromagnetic and mechanical systems.
Maintenance engineer: Maintaining electrical systems and equipment in commercial corporations is the responsibility of a maintenance engineer.
Lecturer: A lecturer conducts research in their area of specialisation in addition to preparing lectures for the students.
Consultant & design Engineer: Engineers and consultants compare electrical systems, goods, parts, and applications, plan and carry out research projects.
Site Engineer (Electrical): By examining the floor plans, they coordinate projects with the architect and management staff. They also coordinate mission execution with workers and personnel.
Frequently Asked Questions
The top recruiting sectors for Electrical Engineering candidates are:
- Energy & Power Sector,
- Pharmaceutical Sector,
- Chemical & Petrochemical Plant,
- Water Treatment Facilities.
MTech, MBA, and many other courses could be pursued after Electrical Engineering.