IoT Smart Environment Monitoring System
Designed an IoT-based environmental monitoring system using sensors and wireless connectivity for real-time data collection and analysis.
Passionate about Embedded Systems, VLSI Design,
Internet of Things and Communication Engineering.
Focused on transforming engineering concepts into
practical electronic solutions through hardware
design, system integration and innovation.
I am an Electronics and Communication Engineering student
with a strong interest in Embedded Systems, VLSI Design,
Internet of Things and Communication Technologies.
I enjoy building systems that combine electronics,
communication networks and intelligent automation
to solve real-world engineering challenges.
My goal is to contribute to innovative technologies
that improve connectivity, efficiency and reliability
through engineering excellence.
Microcontrollers, sensors, hardware interfacing, and real-world automation.
Digital design, communication systems, and reliable electronic solutions.
Designed an IoT-based environmental monitoring system using sensors and wireless connectivity for real-time data collection and analysis.
Designed and simulated a 16-bit Arithmetic Logic Unit using Verilog HDL for arithmetic and logical operations in digital systems.
Developed an embedded-system-based traffic control prototype aimed at improving traffic flow and enhancing road safety.
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