Junior Engineer with hands-on experience in robotics and automation, specializing in component-level system design. Expertise in CAD software including Creo and SolidWorks, alongside embedded systems and electronics design. Proven ability to develop and validate manufacturing components focused on performance, cost-efficiency, and reliability. Strong interest in component selection, BOM creation, and design for manufacturability in high-performance applications.
Developed and integrated over five robotic hardware prototypes, achieving a 15% reduction in downtime.
Defined system-level issues, gathered diagnostics, and delivered data-driven solutions.
Designed and implemented electrical systems and component layouts for robotic assemblies.
Validated embedded hardware and automation systems, enhancing operational efficiency by 10%.
Artificial Intelligence Course, 09/01/2020
Smart home automation system – designed IoT-based control using ESP-01, managed components via mobile app
Road Safety Headlight Control System – Developed LDR-based headlight modulation to minimize glare and improve road safety
Smart Water Level Management – Created an IoT-driven monitoring system with Arduino to prevent overflow and wastage
Face Mask Detection and Temperature Checker – Built a real-time detection system using NodeMCU and a thermal sensor
MIG welding process optimization – Calibrated and optimized welding parameters using an ABB robot
Neural Network for Anaerobic Digestion – Developed a neural network model to calibrate biokinetic processes with simulated datasets.
L&T, Bangalore: Embedded C, Power Electronics, PCB Design, IoT (15 days);
Training at BULL Machines Pvt Ltd, Coimbatore: Harness Design, CAD Circuitry, CREO 3D (90 days)
Component Engineering
Automotive systems
Embedded IoT
3D modeling