B.Tech. in Applied Electronics Engineering is a 4-year full-time undergraduate course which is divided into 8 semesters. Candidates who wish to pursue this course should have completed 10+2 in Science stream from a recognized board. They should have scored 55% or above marks to apply for this course.
|Top Electronics Colleges In Tamil Nadu||Top Electronics Colleges In Uttar Pradesh||Top Electronics Colleges In Maharashtra||Top Electronics Colleges In Telangana|
Some of the colleges which offer this course include:
In this course, candidates have imparted knowledge about designing aspects of digital and analog electronic devices. These electronic devices are used for measuring and controlling of parameters such as pressure, flow, temperature, calibration, and level of such instruments.
On successful completion of B.Tech. in Applied Electronics Engineering course, graduates can work in companies and service organizations such as consulting, broadcasting, entertainment, development, and research. They also get opportunities in multimedia firms that are engaged in real time projects through video conferencing. The average salary offered to them ranges between INR 1 to 20 Lacs based on their performance and expertise.
Top Colleges for Bachelor of Technology [B.Tech] (Applied Electronics Engineering)
B.Tech. in Applied Electronics Engineering: Course Highlights
Given below are some of the major highlights of the course.
|Eligibility||10+2 in Science stream|
|Admission Process||JEE Main, WBJEE, GGSIPU CET, TNEA, BITSAT|
|Top recruiting organizations||Atomic energy commission, AIR, Central electronics limited, NPL, Hindustan aeronautics limited|
|Top recruiting areas||Multimedia service organizations, Defence sectors, Telegraph departments, Indian railways|
|Top job profiles||Service Engineer, Software analyst, Technical engineer|
|Course Fee||INR 1 to 6 lacs|
|Average Starting Salary||INR 1 to 20 lacs|
B.Tech. in Applied Electronics Engineering: What is it about?
B.Tech. in Applied Electronics Engineering focuses on the development as well as the implementation of electronic and electrical equipment for monitoring, measuring, as well as recording physical phenomena. Topics covered in this study are electrical machines, digital electronic circuits, electrical engineering, engineering economics, and semiconductor devices.
It introduces all major concepts of electronics engineering in an integrated fashion. B.Tech. in Applied Electronics Engineering course study builds depth in areas of circuits and electronics to applied electromagnetics and principles of software development to signals and systems. They study sub-disciplines including microelectronic devices, control and signal processing, communication, bioelectrical engineering, design and analysis of algorithms, computer systems engineering, and artificial intelligence.
Students learn how to solve complex problems in engineering by components, designing systems, or process specifications within some constraints. They design and conduct experiments, analyse, interpret data, and combine information to provide certain conclusions for investigating problems.
B.Tech. in Applied Electronics Engineering: Top Institutes
Given below are the college names, location and the average structure of the fees which will be taken by the college for this course.
|Name of College||City||Average Annual Fee in INR|
|Sanskar educational group||Solan||3,37,000|
|JK Lakshmi pat university||Gurgaon||1,63,000|
|GD Goenka University||2,25,000|
|BM Institute of Engineering and Technology||Sonepat||3,45,000|
|HKBK college of engineering||Bangalore||5,00,000|
|Sagar Institute of Science and Technology||Bhopal||2,50,000|
|Sir Padampat Singhania University||Udaipur||2,56,000|
|Dev Bhoomi Institute of Technology||Dehradun||4,09,000|
B.Tech. in Applied Electronics Engineering: Eligibility
Candidates who wish to pursue B.Tech. in Applied Electronics Engineering must fulfil the below-mentioned eligibility criteria.
- Completion of 10+2 from a recognised educational board
- Physics, Chemistry, and Mathematics as main subjects in 10+2
- More than 50% marks at the 10+2 level.
Diploma students who wish to apply to the course should complete their certification program in the stream of science with 60% or above.
B.Tech in Applied Electronics Engineering: Admission Process
Admission process for this course in most of the colleges is entrance exam based. Some of the common exams conducted at the national level are:
Diploma students can directly get admission to B.Tech. in Applied Electronics Engineering course without clearing any entrance exam.
B.Tech in Applied Electronics Engineering: Syllabus and Course Description
A Semester - wise syllabus of the course is given below.
|SEMESTER I||SEMESTER II|
|Engineering mathematics I||Basic civil engineering|
|Engineering physics||Basic mechanical engineering|
|Engineering chemistry||Basic electrical engineering|
|Environmental studies||Information technology|
|SEMESTER III||SEMESTER IV|
|Engineering mathematics II||Engineering mathematics III|
|Economics||Principles of management|
|Communication skills||Signals and systems|
|Solid state devices||Digital electronics|
|Analog circuits I||Signal communication|
|Computer programming||Analog circuits II|
|Analog circuits lab||Analog circuits lab II|
|Programming lab||Digital IC lab|
|SEMESTER V||SEMESTER VI|
|Engineering mathematics IV||Process control instrumentation|
|Industrial electronics||Digital signal processing|
|Basic instrumentation||Industrial instrumentation I|
|Data acquisition system||Microcontroller based system design|
|Control engineering I||Control engineering II|
|Industrial electronics lab||Microprocessors lab|
|Measurements lab||Mini project|
|SEMESTER VII||SEMESTER VIII|
|Computerized process control||Computer networks|
|Biomedical instrumentation||Elective III|
|Analytical instrumentation||Elective IV|
|Industrial instrumentation II||Process control lab|
|DSP lab||Viva voce|
B.Tech in Applied Electronics Engineering: Career Prospects
The demand for B.Tech. in Applied Electronics Engineering graduates is rapidly increasing in government sectors as well as manufacturing sectors such as, oil, power, defence production, steel, and petrochemical. They can also work in other sectors like aeronautical, avionics, and space sectors. These professionals have demand in both developments of hardware and software industries.
Other related roles in this field include:
- Aerospace engineer
- Materials engineer
- Broadcast engineer
- Electronics engineering technician
- Electrical engineer
B.Tech. in Applied Electronics Engineering professionals work in different sectors like defence industry, automotive industry, consumer goods industry, power generation industry, rail engineering sector, and utilities sectors. Some of the top companies offering jobs in this field for these engineers are:
- BAE systems
Listed below are the top professional positions that were taken as the career by the graduates:
|Job Position||Job Description||Average Annual Salary in INR|
|Service engineer||Service engineers are responsible to repair and service all the machinery and equipments in manufacturing unit. They plan the work in advance so the output will not affect in the industries. They may also conduct safety checks on all machines or they will find dangerous in machines for workers in which they are working on.||2,95,000|
|Software analyst||Software analysts are responsible for testing, developing, maintaining, and installing computer software used in organization. They primarily deal with challenging tasks involving modification, design and installation of data processing systems. They also monitor software and ensure that it is available as and when required.||4,66,000|
|Technical director||Technical directors provide technical direction on business decisions and in execution of specific projects. They may be assigned to a single project, or they may be overseeing a number of projects with related technologies. They are also responsible for working closely with other engineers to build technical products.||20,77,000|
|Network planning engineer||Network planning engineers develop, plan, and enhance implementation of strategies to establish proper network. They implement different networking systems to facilitate various growth oriented programs within budget.||8,80,000|
|Sales manager||Sales managers are responsible for determining annual unit, maintaining marketing strategies, and analysing trends. They establish sales objectives by developing annual sales for regions, projecting expected sales, and profit for existing new products. They also implement national sales programs by developing field sales action plans.||9,97,000|