Harsh Nathani

Leading a team of three in optimizing Warehouse Management Systems (WMS) and developing robust backend solutions to enhance data processing, material management, and system reliability for clients.

• Spearheaded a 3-member engineering team to manage and optimize client-specific Warehouse Management Systems (WMS), aligning solutions with critical business requirements.
• Engineered Python Django backend solutions, leveraging SQL to boost data processing efficiency by 25% across critical WMS operations.
• Developed Java Spring Boot applications for comprehensive raw material management, including precise product tracking via SSCC codes and streamlined palletization processes.
• Improved system reliability and operational continuity by implementing proactive monitoring and troubleshooting protocols, resulting in a 10% reduction in downtime.

Developed and led the implementation of real-time data acquisition and processing systems using Python Django, integrating industrial protocols, and optimizing database performance for high-frequency data.

• Developed a Python Django-based product, integrating Modbus, S7, OPC-UA, and MQTT protocols to facilitate seamless data exchange between PLCs, machinery, and backend systems.
• Directed a 4-person team in the design and implementation of a real-time data acquisition and processing system, ensuring system reliability and efficient management of high-frequency data flows.
• Architected a Django-Celery system for automated data synchronization, enabling real-time monitoring, alerts, and event generation from raw PLC data based on predefined conditions.
• Boosted PostgreSQL performance by 43% using TimescaleDB extension, enabling the system to process high-frequency data at 100 ms intervals from multiple devices.
• Accelerated report generation by 35% through strategic indexing of filtered columns, significantly improving data retrieval and processing efficiency.
• Enhanced user satisfaction by 20% through close collaboration with cross-functional teams, integrating feedback and adapting solutions to client-specific requirements.

Contributed to the development of pharmaceutical machinery control and aggregation systems, enhancing data retrieval and processing efficiency through database optimization and backend development.

• Developed critical features for REETRAK Communicator, a system facilitating printer and camera interfaces for pharmaceutical machinery inspection and aggregation, ensuring precise control.
• Engineered the web version of the Lean Aggregation System using AngularJS, enabling robust barcode inspection, decoding, and verification functionalities.
• Optimized MySQL and MSSQL database performance, achieving a 33% improvement in data retrieval speed through strategic use of views and stored procedures.
• Resolved backend bottlenecks using Core Java, Spring Boot, and Hibernate, increasing processing efficiency for aggregation tasks by 20%.

Contributed to the development of a Customer Relationship Management (CRM) system within an agile environment, focusing on enhancing communication and improving software development processes.

• Contributed to the development of a Customer Relationship Management (CRM) system, enhancing inter-company and customer communication within an agile framework.
• Actively participated in agile development processes, fostering cross-functional collaboration and contributing to improved software development practices.

A web application for secure, temporary file sharing up to 100MB, leveraging ExpressJS and MongoDB for robust cloud-based storage and direct email link distribution.

An Android application designed for global video calling, chat, and livestreaming, featuring robust security and multi-participant management through XML, Java, and Google Firebase.