Aspiring Electronics Engineer with hands-on experience in PCB design, supplier quality management, and automation. Proven ability to design and optimize PCBs using PADS, ensuring seamless manufacturing through Gerber file creation. Successfully contributed to quality improvements at Philips Healthcare, driving a 30% defect reduction through data-driven analysis and supplier collaboration. Passionate about innovation, process optimization, and leveraging technology for operational excellence.
Project: Enhancing Industrial Processes through Smart Object Segregation
This project leverages a sponsored 6-axis articulated robot from TRIO Motion Technology to automate object segregation in industrial processes, using computer vision and sensor-based detection; the system accurately identifies and sorts objects based on predefined parameters. The automation enhances efficiency, reduces manual errors, and optimizes workflow, making it ideal for manufacturing and logistics applications
Project: IoT-Based Voice-Controlled Robot.
Developed a voice-controlled robot using an Arduino microcontroller and Bluetooth module, enabling wireless control via smartphone or computer The system processes voice commands in real time, directing the robot's movements for seamless automation and user interaction This project showcases expertise in electronics circuit design, Arduino programming, and IoT applications Future enhancements include obstacle detection sensors and advanced voice recognition algorithms, expanding its potential for home automation, education, and entertainment.