The Diploma in Electronics Engineering is a two-year diploma-level course in Electronics Engineering. Electronics Engineering is a branch of engineering that utilises non-linear and active electrical components, such as electron tubes, and semiconductor devices, particularly transistors, diodes, and integrated circuits, to design electronic circuits, devices, and systems that typically include passive electrical components and are based on printed circuit boards.
The term refers to a broad field of engineering that encompasses numerous subfields such as analogue electronics, digital electronics, consumer electronics, embedded systems, and power electronics. The course focuses on the application of principles, concepts, and algorithms developed in a variety of related fields, including solid-state physics, radio engineering, telecommunications, control systems, signal processing, systems engineering, computer engineering, instrumentation engineering, electric power control, and robotics.
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Diploma in Electronics Engineering: Course Highlights Table
The following are some of the course’s major highlights.
|Course Duration||3 years|
|Type of Examination||Semester type|
|Process of Admission||Merit-based or Entrance-based|
|Top recruiting organizations||HP Enterprise, Mentor Graphics, Raana Semiconductors Private Limited, Techabyte Private Limited, TATA Power Strategic Engineering Division, Spider focus Solutions|
|Top recruiting areas||Electrical and electronic field, IT sectors, Colleges, and Universities, Communication and Media, Automobiles, Media, Advertising, Telecom Services|
|Top job profiles||Electronics Engineer, Electronics Executive, Communication System Operator, Broadcast and Sound Technician, Communication Operator, Television Production Manager, Audiovisual Production Specialist, Radio Journalist, Technical Head|
|Course Fee||INR 4,000 to 2 Lacs|
|Average Starting Salary||INR 1 to 25 Lacs|
Diploma in Electronics Engineering: What is it about?
The Electronics Engineering diploma programme focuses on the design and testing of integrated circuits, inductors, capacitors, and resistors. Students will learn how to design electronic circuits, computer systems, and electric wires, as well as how to develop control systems, in this course. These candidates are considered capable of resolving issues that arise with systems such as electrical machines and electric power transmission, as well as identifying solutions to problems that arise with electrical and electronic machines.
This course covers a variety of subjects, including mathematics fundamentals and principles, computer science, physics, and project management. Electrical and Electronics Engineering has several sub-disciplines, including power, telecommunications, electronics, signal processing, control, and microelectronics instrumentation and computers.
Additionally, this course teaches students about electrical machinery, collection, future generation, transmission, and electrical controls in factories, electric motors and their controls, electrical energy distribution, and transformers. This course’s objective is to provide candidates with electrical power.
Diploma in Electronics Engineering Eligibility
- Applicants must have completed the tenth standard or an equivalent level of education in Mathematics and Science from a recognised school board.
Diploma in Electronics Engineering: Admission Process
Admission to the Diploma in Electronics Engineering programme is either on the basis of merit or by entrance examination. The majority of colleges and institutes conduct counselling and select students based on the university’s merit list. Several reputable colleges conduct entrance examinations to select students for admission to this course. Several of the most important entrance exams administered by colleges are as follows:
- LPU NEST
The entrance exam varies by state. Each college has its own examination schedule. Few colleges admit students directly to this course.
Diploma in Electronics Engineering: Syllabus and Course Description
Electronics Engineering Course Syllabus as prescribed by various Universities and Colleges.
|SEMESTER I||SEMESTER II|
|Applied Science||Applied Mathematics II|
|Applied Mathematics I||English Communication|
|Mechanical Engineering Sciences||Electrical Circuits|
|Elements of Electrical Engineering||Electronics I|
|Applied Science Lab||Computer-Aided Engineering Drawing|
|Basic Computer Skills Lab||Electrical Circuit Laboratory|
|Electrical Writing Lab||Electronics I Lab|
|SEMESTER III||SEMESTER IV|
|Electrical Machines I||Electrical Machines II|
|Communication and Computer Networks||Electrical Power Generation|
|Electrical and Electronics Measurements||Transmission and Distribution|
|Electronics II||Power Electronics|
|Electrical Measurements Lab||Electrical Machines Lab|
|Electronics Lab II||Power Electronics Lab|
|Computer-Aided Electrical Engineering||C-Programming Lab|
|SEMESTER V||SEMESTER VI|
|Estimation and Specification||Industrial drives and Control|
|Switchgear and Protection||Utilisation of Electrical energy and Management|
|Embedded System||Basic Management skills and Indian Constitutions|
|Electrical Workshop||Electric Motor Control Lab|
|Embedded System Lab||PLC and HDL Lab|
|Electrical Installation Design Lab||Project Work Phase II|
|Project work phase I||–|
Diploma in Electronics Engineering: Who should opt?
- This course is suitable for candidates with an interest in Electronics Engineering and related fields.
- Applicants who possess critical thinking, problem solving, decision making, organisation, and planning abilities are also qualified to enrol in this course.
How is Diploma in Electronics Engineering Course Beneficial?
- The degree programme prepares applicants to pursue advanced degrees in their fields of study, such as a master’s degree.
- They can start their own business manufacturing electronic components, goods, and components.
- Additionally, they can open a repair or assembly shop for television receivers, amplifiers, and recording equipment, among other things.
Diploma in Electronics Engineering: Career Prospects
Graduates may seek employment in the public sector; enterprises and departments such as BHEL, BSNL, HAL, Indian Railways, State-level Electricity Boards, the Indian Armed Forces, DRDO, hydroelectric power plants, and thermal power plants are major recruiters. Additionally, this professional may find work in sectors such as electrical goods, telecommunications, manufacturing, industries that produce and manufacture, energy, and private sector enterprises.
Diploma in Electronics Engineering Employment Areas
- Hewlett Packard Enterprise – Bangalore
- Colleges & Universities
- Spiderfocus Solutions – Bangalore
- Mentor Graphics – Bangalore
- Techabyte Pvt. Ltd. – Puruliya
- Raana Semiconductors Pvt. Ltd. – Hosur
- TATA Power Strategic Engineering Division – Bangalore
Diploma in Electronics Engineering Job Types
- Communication System Operator
- Executive (Electrical/Electronics)
- Broadcast and Sound Technician
- Communication Operator
- Audio-visual Production Specialist
- Television Production Manager
- Radio Journalist
- Technical Head
HP Enterprise, Mentor Graphics, Raana Semiconductors Private Limited, Techabyte Private Limited, TATA Power Strategic Engineering Division, and Spider focus Solutions are among the top employers of these professionals.
Applicants interested in continuing their education in the field of electronics engineering may enrol in a Masters in Electronics Engineering programme. Applicants may be placed in reputable companies upon completion of this course.
The following table summarises the major job categories, their descriptions, and the average annual salary for each:
|JOB POSITION||JOB DESCRIPTION||AVERAGE ANNUAL SALARY IN INR|
|Electronics Engineer||Electronics Engineers are accountable for evaluating electrical systems, components, products, and applications through research, design, and application of electrical and material knowledge. They validate the capabilities of systems and components by developing test methods and properties.||INR 3 to 4 Lacs|
|Communication System Operator||Communication System Operators are accountable for ensuring that communication lines remain operational at all times. They can install, operate, configure, and align communications equipment and related devices, as well as perform unit, performance, and maintenance tests. Additionally, they may be responsible for the maintenance, operation, and repair of strategic multichannel satellite communications.||INR 1 to 2 Lacs|
|Television Production Manager||Television Production Managers are accountable for understanding the technical aspects of television production, such as lighting, cameras, sound, and editing. They ensure that the production has obtained all necessary clearances and licences. They possess strong communication, problem-solving, analytical, and organisational skills, as well as budgeting and financial management abilities.||INR 7 to 8 Lacs|
|Radio Journalist||Radio journalists are in charge of pitching ideas, gathering breaking news, expressing themselves on radio, and publishing in journals. Additionally, they may generate storey ideas and follow leads from news organisations, press conferences, the public, the police, and other sources. They identify potential interviewees, prepare the interview, brief the interviewees, produce the new interview report, and publish the news in journals.||INR 6 to 7 Lacs|
|Technical Head||Technical heads are accountable for collaborating and communicating with the entire organization’s workforce in order to make all production-related decisions. They interview candidates, hire them, train them, and provide guidelines. They contribute to the design of products and the specification of requirements.||INR 10 – 11 Lacs|