Nikhil Malhotra

Designed and developed highly scalable web applications for Directorate General Of Shipping, utilizing a tech stack of Angular, Node.js, Express.js, MongoDB, PostgreSQL, Camunda, Drools, Kafka, Redis and AWS. Designed and implemented a distributed microservice architecture, ensuring seamless performance and scalability for a government organization. Led the design and development of Browser Based Drilling Simulator (first in industry) using Angular, Node.js, Express.js, MongoDB, WebSocket and WebRTC. Resulted in enhanced maintenance efficiency, increased revenue streams, and positioned the organization at the forefront of technological innovation in the drilling sector. Designed and implemented a real-time simulation engine using Node.js and C++, integrated with NVIDIA PhysX for accurate physics-based modeling. Integrated multiple data sources, including sensor data and geological models, using AWS IoT. Led the design and development of multiple enterprise-level microservice applications for the browser-based simulator using Node.js and C#. This enhanced system scalability and maintainability, supporting a 30% increase in concurrent users. Successfully integrated NI/Phoenix hardware with web application, seamlessly bridging the gap between hardware and software functionalities. This integration optimized operational processes, enhancing overall system efficiency and functionality. Developed core APIs and user interface of solar farm simulator for tracking solar power generation using Node.js, Express and Angular. Collaborated with quality engineers, user research, product management, design, and support teams to ensure quality development of multiple projects.

Worked with tech lead and architect to build E-Examination Platform (Online platform to conduct Examination). Worked on Crane Simulator and OpenGl functionalities using Nvidia PhysX, C++ and controller in C#. Worked on developing and improving Crane Server, Server Controller.