Diploma – Electronics & Communication Engineering

Diploma in Electronics & Communication Engineering Suitability

The focus in this discipline is on understanding electronic networks and devices,electric magnetic fields,computer fundamentals,
communication and control systems. Electronics and Communication Engineering uses the scientific knowledge of the behavior and
effects of electronics to develop components, devices,systems and equipments. It deals with recent trends in communication
technology via wire/wireless networks, circuits designs & Micro controllers.

Course Duration : 3 Years

Diploma in Electronics & Communication Engineering Eligibility:

(i) 10th pass with 65 per cent marks; or
(ii) 10th  pass with ITI certi cate; or
(iii) 12th  pass with Mathematics, Physics and Chemistry

How is Diploma in Electronics & Communication Engineering Course Beneficial?

The course also provides knowledge about an expansion of productivity across numerous industries, such as Energy, Oil, Agriculture, Radio, Telecommunication Media, Television and Computers among many other such industries.Students enrolled in Diploma in Electronics and Communication Engineering course are taught to direct, balance, control, and test production processes, ensure safety, installation and proper functioning of the various mechanisms, understand and apply digital electronics and logic design, operate advanced hardware, apply fundamentals of communication engineering,
They are taught to understand, operate, and manage electronic circuits, signs and frameworks, power electronics gadgets, VLSI, Applied electromagnetic theories, integrated circuits, control frameworks and PC engineering.

Diploma in Electronics & Communication Engineering Job Types

  • Production Quality Manager
  • Electronics Hardware Development Engineer
  • Production Manager
  • Business Development Manager
  • Mechanical/Electronics
  • Electrical and Electronics Engineer
  • Assistant Manager/Manager Electrical & Electronics
  • Electronics Technician
  • Product Line Engineers (Mechanical & Electronics)
  • Programmer Analyst

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Program Syllabus

Semester – I

  • Communication English I
  • Engineering Mathematics I
  • Engineering Physics I
  • Engineering Chemistry I
  • Engineering Graphics I
  • Engineering Physics I – Practical
  • Engineering Chemistry I – Practical
  • Workshop Practice

Semester – II

  • Communication English II
  • Engineering Mathematics II
  • Applied Mathematics
  • Engineering Physics II
  • Engineering Chemistry II
  • Engineering Graphics II
  • Engineering Physics II – Practical
  • Engineering Chemistry II – Practical

Semester – III

  • Electronic Devices and Circuits
  • Electrical Circuits and Instrumentation
  • ‘C’ Programming
  • Electronic Devices and Circuits – Lab
  • Electrical Circuits & Instrumentation – Practical
  • ‘C’ Programming – Practical
  • Computer Application – Practical

Semester – IV

  • Industrial Electronics
  • Engineering
  • Digital Electronics
  • Linear Integrated Circuits
  • Industrial Electronics & Communication Engineering – Practical
  • Integrated Circuits – Practical
  • Communication & Life Skill – Practical

Semester – V

  • Advanced Communication Systems
  • Microcontroller
  • Very Large Scale Integration
  • Robotics
  • Advanced Communication Systems – Practical
  • Microcontroller – Practical
  • Very Large Scale Integration – Practical

Semester – VI

  • Embedded Systems
  • Computer Hardware and Network
  • Electronic System Design
  • Embedded Systems – Practical
  • Computer Hardware and Network – Practical
  • Simulation – Practical
  • Project Work
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