Mind Map Gallery Detailed ECE Curriculum Mapping Mind Map

Detailed ECE Curriculum Mapping Mind Map

Electronics and Communications Engineering (ECE) is an ever-evolving field that requires a comprehensive project management system. To understand this process better, it can be helpful to create a mind map. This map should include three major areas of focus: Mathematics (Information, Networks, and Systems), Physics (Circuits, Semiconductor Devices & Optical Systems), and Computers and their corresponding Microprocessors and Computing devices. By connecting all these pieces in a mind map, ECE curriculum project managers can more easily identify key points for effective research, design, development, testing, manufacturing, and maintenance of electronic equipment. You can create a similar illustrated academic's mind map using EdrawMind.

Edited at 2023-02-09 08:20:09

VIJAYA BHASKER REDDY

Detailed ECE Curriculum Mapping Mind Map

VIJAYA BHASKER REDDY

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Outline

ECE Curriculum Mapping

1. Semester

Matrices and Calculus

Applied Physics

C Programming for Engineers

Engineering Workshop

English for Skill Enhancement

Elements of Electronics and Communication Engineering(Practical)

Applied Physics Laboratory

English Language and Communication Skills Laboratory

C Programming for Engineers Laboratory

Design Thinking and Sustainable Development

2. Semester

Ordinary Differential Equations and Vector Calculus

Engineering Chemistry

Computer Aided Engineering Graphics

Basic Electrical Engineering

Electronic Devices and Circuits

Applied Python Programming Laboratory

Engineering Chemistry Laboratory

Basic Electrical Engineering Laboratory

Electronic Devices and Circuits Laboratory

Innovation for Rural Development

3. Semester

Numerical Methods and Complex Variables

Analog Circuits

Network analysis and Synthesis

Digital Logic Design

Signals and Systems

Analog Circuits Laboratory

Digital logic Design Laboratory

Basic Simulation Laboratory

Constitution of India

Social Innovation-I

4. Semester

Probability Theory and Stochastic Processes

Electromagnetic Fields and Transmission Lines

Analog and Digital Communications

Linear and Digital IC Applications

Electronic Circuit Analysis

Analog and Digital Communications Laboratory

Electronic Circuit Analysis Laboratory

Linear and Digital IC Applications Laboratory

Electronic Circuit Analysis Laboratory

Real Time Project/ Field Based Projectpic

Social Innovation-II

Gender Sensitization Lab

5. Semester

Microcontrollers

IoT Architectures and Protocols

Control Systems

Business Economics & Financial Analysis

Professional Elective – I

Computer Organisation & Operating System

CMOS Analog IC Design

Network Security Cryptography

Microcontrollers Laboratory

IoT Architectures and Protocols Laboratory

Advanced English Communication Skills Laboratory

Intellectual Property Rights

6. Semester

Antennas and Wave Propagation

Digital Signal Processing

CMOS VLSI Design

Professional Elective - II

Embedded Wireless Sensor Networks

System Verilog for Verification

Mobile Communications and Networks

Open Elective – I

Digital Signal Processing Laboratory

CMOS VLSI Design Laboratory

Advanced Communication Laboratory

Industry Oriented Mini Project/ Internship

Environmental Science

7. Semester

Microwave and Optical Communications

Professional Elective - III

Sensors and Actuators

FPGA Design

Fundamentals of Machine Learning

Professional Elective - IV

Internet Of Things (IOT) and application

Low Power VLSI Design

Digital Image Processing

Open Elective -II

Professional Practice, Law & Ethics

Microwave and Optical Communications Lab

Project Stage I

8. Main Topic

Professional Elective - V

System On chip Architecture

High Speed VLSI Design

Machine Learning for Computer Vision

Professional Elective - VI

Cloud Computing

VLSI Physical Design Automation

5G and beyond Communication

Open Elective - III

Project Stage – II Including Seminar

Floating Topic