Lead end-to-end design and implementation of enterprise software systems powering laser manufacturing, quality assurance, ERP workflows, and post-sales service operations.

• Architected LaserLink platform (Desktop + Cloud) using Python, FastAPI, React, Azure App Services, and SQL Server

• Designed scalable backend APIs and database models for real-time serial tracking, RMA lifecycle, warranty management, and inventory visibility

• Automated ERP (Aptean Intuitive) data synchronization and FTZ compliance reporting pipelines

• Implemented CI/CD workflows via GitHub Actions and Azure

• Partner with firmware, electrical, optical, and manufacturing engineers to align software with hardware systems

Contributed to the development of enterprise web applications using Java EE technologies including Struts, Servlets, JSP, and JavaBeans following MVC architecture principles.

• Designed interactive front-end components using HTML, CSS, and JavaScript

• Implemented database connectivity using JDBC and SQL

• Developed message-driven beans for asynchronous processing via Java Message Queue

• Built and deployed applications using ANT

• Utilized Eclipse IDE for development and debugging

Engaged in a short-term contract to support enterprise application development and system integration initiatives within GE’s engineering operations environment.

• Architected and implemented scalable backend services supporting operational workflows

• Optimized complex SQL queries and improved database performance for high-volume datasets

• Integrated APIs across distributed internal systems to streamline data synchronization

• Collaborated with DevOps teams on CI/CD pipelines and production deployments

• Contributed to Agile sprint cycles, code reviews, and cross-team technical design discussions

▪ Developed a novel wireless communication system for EEG headsets, improving the fidelity and latency of brain signal data transmission.

▪ Designed and implemented a dual-component architecture including a USB-powered base station and a battery-powered mobile unit, utilizing Raspberry Pi Zero W and ESP-32 for seamless data synchronization.

▪ Successfully reduced signal transmission errors and latency, enhancing user mobility and system reliability in clinical and research settings.

▪ Validated system performance through rigorous testing, achieving a significant reduction in data jitter and enhancing real-time EEG data processing capabilities.

• Developing 13.8kV, 6.6kV switchgear, 440V switch rack/MCC Single Line Diagram.

• Electrical Equipment, cable tray, Earthing, Lighting layouts on AutoCAD

• Architectural Lighting Design & Simulation using Dialux

• Hazardous area layout and Selection of equipment for hazardous area

• Load analysis, short circuit, Relay coordination, and Motor acceleration by ETAP.

• Cable Sizing, Transformer sizing, DC system, and UPS, Lightning Protection, Earthing, Lighting

calculation.

• Proposal and Pre-bid activities, man-hour estimates.

• Proposal and Pre-bid activities, man-hour estimates.

• Preparation of Material take-off, and interaction with other disciplines.