MTech Project Ideas in Electronics and Communication Engineering

By: Engineer's Planet

The scope of exploring project ideas in MTech Electronics and Communication Engineering is full of innovative ideas for students who want to carve niches for them in the field. These projects are typically inclined on different innovations like latest generation of communication systems, embedded systems, and signal processing. For example, there could be projects related to wire-less communication algorthm design project or high speed data communication circuits design

This project uses deep learning model to accurately detect defects and classify fruit quality, enhancing automation, reducing manual errors, and improving efficiency in agricultural product evaluation.

1. Fruit Quality and Defect Detection 

This project analyzes and optimizes a Low Noise Amplifier (LNA) on Cadence Virtuoso (90nm) and implements a DDCCTA in LTSpice, focusing on reducing power consumption while maintaining performance in communication systems.

2. CMOS-Based Circuit Analysis Using Simulation Tools

This project automates common-source amplifier design with diode-connected loads using machine learning, specifically multilayer perceptrons, to optimize gain

3. Automated Analog Circuit Design Using Machine Learning

This project compares RNN-CNN and Transformer-based end-to-end ASR models using LJspeech data, highlighting Transformers’ superior scalability, accuracy, and efficiency in handling long sequences

4. Applications of End-to-End Automatic Speech Recognition

This project integrates MFCC and long-term audio features with Recursive Feature Elimination (RFE) to optimize input for a Random Forest model, achieving 89.94% accuracy in early Parkinson’s disease detection

5. Parkinson’s Disease Detection Using Audio Features and RFE

In conclusion, MTech project ideas in Electronics and Communication Engineering foster innovation in cutting-edge areas like VLSI, embedded systems, wireless communication, and AI. These projects strengthen practical skills, encourage research-driven development, and prepare students for advanced roles in industry and academia.