MOHAMED MUZAMIL T

Adaptable and detail-oriented Electronics and Communication graduate with strong proficiency in VLSI design, embedded systems, and signal processing. Skilled in using tools like MATLAB, Verilog, and Arduino. Passionate about developing innovative electronic solutions and IoT applications. Seeking a challenging role to contribute technical expertise in real-time systems and automation.

• Problem-Solving & Critical
• ThinkingCommunication & Presentation Skills
• Teamwork & Collaboration
• Adaptability & Continuous Learning
• Time Management & Organization
• Leadership & Initiative
  

• Sports
• Cooking
• Singing
• Event management

• English
• Hindi
• Urdu
• Kannada
• Telugu
• Tamil

• State level sports competition
• Nation level Bikers union call
• IEEE events

SERVER CLINT COMMUNICATION USING ESP8266 WIFI MODEL

Designed and implemented a server-client communication system using the ESP8266 Wi-Fi module, enabling efficient wireless data transmission. Developed a transmitter-receiver architecture for real-time sensor data exchange, optimizing network reliability and performance. Integrated IoT-based connectivity, ensuring seamless interaction between embedded devices for industrial automation and smart applications.

LIFI BASED TRANSMITTER AND RECEIVER

Developed Li-Fi communication system using visible light for high-speed, secure data transfer.

Optimized LED modulation techniques to achieve efficient wireless transmission with minimal interference.
Explored industry applications for Li-Fi, including IoT integration, healthcare, and smart environments.

PULSE OXIMETER USING ESP32

Developed a pulse oximeter system integrating optical sensors and signal processing techniques to accurately measure blood oxygen levels and heart rate. Designed and optimized embedded electronics for real-time monitoring, ensuring reliability in medical and industrial applications. Collaborated on data acquisition and wireless transmission, enhancing usability for healthcare and wearable technology solutions.

IMAGE TEXT TO SPEECH TRANSCRIPTION IN MULTILANGUAGES USING RASBERRY PI

Developed an image text-to-speech transcription system using Raspberry Pi, integrating OCR and multilingual TTS for real-time accessibility. Designed an efficient embedded processing pipeline to extract and convert text from images into speech, enhancing usability for visually impaired users. Optimized hardware-software integration to support multiple languages, ensuring seamless performance in diverse applications.

• Winning the Maze Hackathon was a testament to my ability to innovate in electronics and communication. As part of a competitive team, I developed a cutting-edge project integrating advanced signal processing and embedded systems, showcasing practical applications in the field.
• Securing the runner-up position in a state-level badminton tournament showcased my dedication, strategic thinking, and perseverance in competitive sports. Through rigorous training and teamwork, I demonstrated agility, precision, and resilience, balancing athletic excellence with academic pursuits in Electronics and Communication Engineering .
• Active NSS Volunteer, Led and participated in community-driven projects, focusing on social impact, sustainability, and awareness campaigns. Conducted technical workshops for underprivileged students, promoting STEM education and accessibility.