Hello, I'm
Passionate about building intelligent embedded systems, IoT solutions, and exploring the intersection of hardware and AI.
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I'm Selvakumar C, an Electronics and Communication Engineering student at Kongu Engineering College with a CGPA of 8.19. I have a deep passion for Embedded Systems, IoT, and firmware development.
With hands-on experience in bare-metal programming on ARM Cortex-M3 microcontrollers and ESP32-based IoT projects, I love bridging the gap between hardware and software. I'm constantly exploring new technologies in robotics, AI, and real-time systems to build impactful solutions.
I was trained at Sense Semiconductor and IT Solutions on the LPC1768 (ARM Cortex-M3) microcontroller, gaining experience in timers, interrupts, and peripheral interfacing (GPIO, UART, SPI), including SD Card and RFID interfacing projects.
B.E in ECE — Kongu Engineering College
Dindigul, Tamil Nadu
3rd Prize — Automatic Sorting System (ISF Congress)
Bare Metal Programming — SSIT
Strong foundation in C for embedded and system-level programming, memory management, and data structures.
Hands-on experience with register-level programming on ARM Cortex-M3, GPIO, UART, SPI, timers, and interrupts.
Design and development of embedded solutions with microcontrollers, peripheral interfacing, and firmware development.
Scripting, automation, data analysis, and rapid prototyping for IoT and AI applications.
Real-time task scheduling, inter-task communication, and multitasking on resource-constrained embedded devices.
Linux-based embedded computing, GPIO interfacing, networking, and edge AI deployments.
Wi-Fi/Bluetooth-enabled IoT projects, sensor integration, cloud connectivity, and real-time monitoring systems.
Computer vision for object detection, image processing, and real-time video analytics on embedded platforms.
Developed a real-time IoT-based temperature and humidity monitoring system for perishable goods using ESP32. Features Wi-Fi-based cloud monitoring, a remote dashboard, and an automated alert system to prevent product spoilage.
Built a real-time human detection system using ESP32-CAM with an object detection model for identifying human presence in video streams. Integrated Wi-Fi communication for remote monitoring and alert notifications for farm security.
Designed a real-time GPS-based bus tracking system that provides live location updates for public transport. Built with embedded GPS modules and wireless communication for accurate route monitoring.
Implemented an intelligent parking solution using sensors and microcontrollers to detect available slots in real time. Features automated slot allocation and a display system for efficient parking management.
Developed a density and priority-based smart traffic light control system that dynamically adjusts signal timings based on real-time traffic density and emergency vehicle priority for optimized flow.
Explore my repositories, open-source contributions, and project source code. I regularly push my embedded systems, IoT, and AI projects to GitHub.
View GitHub ProfileI'm always open to discussing new projects, opportunities, and collaborations in embedded systems, IoT, and AI. Feel free to reach out!