4 Years
Under Graduate
Engineering
A Bachelor of Technology (B.Tech.) Applied Electronics Engineering enables you to pursue a career in a wide range of fields. Students who complete this degree program are equipped with a solid foundation in electronics, as well as the knowledge to work with both specialized and standard test equipment. A bachelor's degree in applied electronics can lead to several rewarding careers, such as those in electronics design and manufacturing.
The field requires a strong foundation in mathematics and English. Graduates can apply their knowledge of digital and analog circuits in real-world applications, and develop and test standard devices and systems. Applied electronics graduates often work in planning departments of various companies and organizations, or in electro-technical production. Additionally, they are trained to manage technological processes for production organizations.
To pursue B.Tech in Applied Electronics Engineering, candidates must be at least 17 years old and be in good physical and mental health. The age limit can vary between 21 and 24 years, depending on the college. Candidates must also keep their fees for admission ready.
The Bachelor of Technology in Applied Electronics Engineering (Bate EEE) programme provides graduates with the technical and managerial skills that employers value. Graduates are highly qualified in problem-solving, conceptual thinking, and innovative technology practice. This education can lead to career advancement, as well as to further study in electronics-related areas.
A Bachelor of Technology in Applied Electronics Engineering degree program has numerous benefits. First, graduates will have the skills to work in industrial electronics. They will be able to design and develop microprocessors and perform other tasks related to electronics. This is a great advantage for anyone who wants to work in an industry that relies on electronics.
While it's true that an engineering degree is a great asset for a career, it's important to get hands-on experience in your field. Attending industry events, shadowing professionals, and participating in Q&A sessions with industry experts is an excellent ways to develop skills and gain invaluable experience.
The candidates must have passed 10+2 in the relevant stream from a recognized board.
They must have a minimum aggregate of 55% to be eligible for the program.
In an industry dominated by the latest technological advancements, the scope of an electronics engineer is burgeoning. As a result, an engineering degree from an electronic department provides students with a variety of opportunities, including internships and employment. This program will provide you with the necessary tools to advance in this field and secure a rewarding career. Here's what to expect as a graduate.
A Bachelor of Technology (B.Tech.) Applied Electronics Engineering program will give you the skills to work in several different fields. An Electronics Design Engineer develops new products, as well as improvements to existing ones. Instrumentation Engineers design electronic instruments within a company. VLSI Designers and Engineers create the circuitry that makes up most of today's electronic gadgets.
After graduating, graduates of an Applied Electronics M.Tech degree will have a broad knowledge of electronic, mechanical, and theoretical concepts. This will make them highly sought-after candidates in the field. Graduates of this program will be well-prepared for research and a Ph.D., as well as many other fields.
Students interested in ECET programs can participate in the Falcon BEST robotics competition, which is open to middle school and senior high school teams. Many of these teams are members of the International Society of Automation.
Several jobs in the field of B.Tech in applied electronics are available for graduates of this degree program. Many multinational companies maintain research and development facilities in the United Kingdom. They may work in industries such as microprocessor-based control design or semiconductor/component manufacturing. They can also be placed in the public sector.
A specialized career as an electronics engineer will open up numerous career options. As a salesperson, you will sell highly technological products and may be responsible for establishing connections between the customers and the company. This role requires a strong knowledge of computer functions and specifications. It can also require a high salary.
Some people find employment as production supervisors. These positions work to oversee the entire production cycle and oversee the progress of workers. You may also find employment in research, teaching, or sales.
Another interesting job opportunity is as a power engineer. Power engineers utilize much of their theoretical foundation from electrical engineering but focus on three-phase alternating current (AC) power and the conversion of AC to DC power. Power engineers typically end up in a power company, wind farm, or an academic institution's research lab.
The Bachelor of Technology in Applied Electronics Engineering is a four-year degree program.
The average fees for the completion of the program are between 70K to 4 lacs or it may vary from college to college.
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