Daniel Raj C
Embedded Systems Engineer | IoT & Computer Vision Developer | Advancing in AI Technologies
Embedded Systems Engineer | IoT & Computer Vision Developer | Advancing in AI Technologies
Engineer specializing in vision-driven robotics, embedded systems, and AI-enabled automation. Experienced in developing IoT and computer vision solutions that integrate intelligent perception with hardware control. Actively expanding expertise in applied AI technologies to design scalable, efficient systems that bridge software intelligence and real-world engineering.
Qualified the GATE 2025 examination in Electronics and Communication Engineering, demonstrating strong analytical reasoning, engineering fundamentals, and problem-solving capabilities in one of India’s most competitive technical assessments.
Final-year project “LoRa-Based Asset Tracking with Geo-Fencing” was selected among the top 150 innovative projects across Tamil Nadu and awarded a ₹10,000 cash prize for technical innovation and real-world impact.
CGPA: 8.12/10
Percentage: 93%
Percentage: 92%
I build and debug end-to-end systems on STM32, ESP32, and Raspberry Pi across firmware, IoT, and embedded Linux. I develop C/C++ firmware, configure peripherals, integrate wireless and sensor modules, and solve real-time hardware–software challenges.
Worked on a vision-model-driven robotics project, gaining hands-on experience in enterprise-level software development and system integration. Engaged with professionals for technical guidance and corporate exposure, expanding understanding of real-world engineering practices.
Worked on IoT and embedded systems projects to develop practical solutions for industrial applications. Acquired experience in hardware-software co-design, data acquisition, and real-time communication, enhancing understanding of embedded integration and product scalability.
Built foundational expertise in embedded system programming through hands-on work with Arduino microcontrollers. Designed, developed, and tested embedded applications, enhancing practical skills in sensor integration, control logic, and real-time system implementation.
Focused on Raspberry Pi programming and Linux-based embedded development. Designed and deployed prototypes integrating sensors and peripherals, deepening knowledge of system interfacing, GPIO management, and Python-based control systems.
Gained industry exposure to warranty management and maintenance processes in a global transportation ecosystem. Observed operational workflows, quality control procedures, and data-driven decision-making involved in large-scale transportation systems.
Specialized in ESP32 programming, sensor interfacing, and wireless communication protocols. Designed and tested embedded modules for IoT applications, reinforcing expertise in circuit integration and data transmission systems.
The Hardware Board Suggestion Tool is a Java-based console application that helps engineers and developers find the right developer board or real-time computing unit for their project requirements.
Duration: August 22, 2025 - August 23, 2025
Status: Completed
Roboflow based Instance Segmentation Model that detects and segments Indian currency notes in real time—either from images or live camera input—using an instance segmentation model trained via Roboflow. This educational and research-focused tool showcases effective automated recognition of Indian banknotes with clear visual feedback and deployment-ready functionality.
Duration: July 4, 2025 - Present
Status: On Development
Built a no-code portfolio editor for developers and students to visually design responsive websites. Features include real-time live preview, drag-and-drop interface, and direct HTML/CSS editing. Users can export fully functional HTML files for quick deployment.
Duration: July 4, 2025 - July 10, 2025
Status: Completed
Developed a custom SMD board for real-time asset tracking and geo-fencing using LoRa-E5, Quectel L89 GNSS, and accelerometer. Features power efficiency optimization, anomaly detection algorithms, and integration with Things Network Stack and Firebase.
Duration: August 15, 2024 - April 28, 2025
Status: Completed
StudentHub is a comprehensive student management system designed to streamline administrative tasks and enhance academic processes. This project is aimed at educational institutions, administrators, and developers looking for a robust, modular, and scalable platform to manage student information, assignments, attendance, and more.
Date: October 10, 2024 - January 15, 2025
Status: Completed
A Python-based calculator app featuring a user-friendly GUI, advanced mathematical functions, temporary memory storage to back up previous calculations, and efficient real-time performance, making it ideal for both learners and daily users, with a modular codebase for future enhancements.
Date: July 15, 2024
Status: Completed
Developed a microcontroller-based irrigation system using Arduino Uno to optimize water usage by monitoring soil moisture, temperature, and water levels. Implemented adjustable thresholds and a real-time LCD interface, automating irrigation to conserve water and enhance efficiency in agricultural settings.
Date: June 10, 2024
Status: Completed
An Arduino-based calculator project utilizing a keypad and a 16x2 LCD display to perform basic arithmetic operations with reliable input-output handling, including a detailed Proteus simulation file for accurate virtual testing, debugging, and validation of circuit behavior before real-world hardware implementation making it a beginner-friendly yet insightful embedded systems project.
Date: May 21, 2024
Status: Completed
AccelGuard is a MATLAB framework for real-time anomaly detection using accelerometer data. It analyzes three-axis readings to detect irregularities like free falls or machinery faults, with applications in wearable devices, industrial monitoring, robotics, and IoT systems, ensuring safety and operational efficiency.
Date: Decemeber 15, 2023
Status: Completed
I'm currently open to new opportunities and exciting projects. Whether you're looking for an IoT specialist, embedded systems developer, or someone passionate about electronics and communication engineering, I'd love to hear from you!