MTech Project Ideas in Electronics and Communication Engineering

[{"selector":"#anim-311b6b0b-7853-4e53-a7dd-ef493a057cda","keyframes":{"opacity":[0,1]},"delay":0,"duration":600,"easing":"cubic-bezier(0.4, 0.4, 0.0, 1)","fill":"both"}] The scope of exploring project ideas in MTech Electronics and Communication Engineering is vast, offering innovative opportunities for students. These projects focus on advancements in communication syste ms, embedded systems, and signal processing, integrating IoT, machine learning, and smart devices. They prepare students for future careers in research, development, and technology innovation.

1. Applications of end to end automatic speech recognition

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2. Performance evaluation of low power SRAM cell

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3. Machine learning based analog circuit design automation

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4. Design and analysis of a 45nm low-power high-stable

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5. Performance analysis of multi-gate ferroelectric fet

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In Conclusion, MTech projects in Electronics and Communication Engineering offer innovative opportunities, focusing on advanced communication systems, embedded systems, and emerging technologies like IoT and machine learning. These projects enhance technical skills, address real-world problems, and prepare students for future roles in research and development.

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MTech Project Ideas in Electronics and Communication Engineering

By: Engineer's Planet

1. Applications of end to end automatic speech recognition

2. Performance evaluation of low power SRAM cell

3. Machine learning based analog circuit design automation

This study uses machine learning to automate the design of common-source amplifiers with diode-connected loads, optimizing parameters for performance and efficiency, and significantly reducing design time and improving accuracy.

4. Design and analysis of a 45nm low-power high-stable

This project designs and analyzes a 45nm 8T SRAM cell, achieving improved power efficiency and stability. The 8T cell reduces leakage power and enhances static noise margins compared to traditional 6T SRAM, with optimized read-write performance.

5. Performance analysis of multi-gate ferroelectric fet

This project analyzes Multi-Gate Ferroelectric FETs, highlighting improved performance of Dual Gate FETs over Junctionless FETs for high-frequency applications, including better analog and RF characteristics based on simulation results.

Learn more in the blog