Developed C++17 backend modules for Observer Apex, handling network-traffic ingestion, processing and statistics generation for large scale data flows.

Designed and implemented REST APIs using the Oat++ framework to expose analytics data to UI layers, enabling faster insight retrieval and improved endpoint stability.

Applied concurrency constructs (threads, atomics, lock-free patterns) and tuned critical code paths to reduce processing latency and improve throughput under load.

Engineered database schema changes and optimized PostgreSQL query performance for threat-detection workflows, including integration of third-party threat-intelligence (via CrowdStrike) into our stream.

• Built a scalable web application using Flask, MongoDB, and AWS ECS to automate complex ship manufacturing calculations, replacing manual Excel workflows and enabling efficient collaboration for 20+ users.

• Developed a real-time analytics dashboard using ApexCharts.js, implementing asynchronous data processing to visualize KPIs for 200+ active projects, enabling informed decision-making.

• Designed and implemented a security framework incorporating AWS Secrets Manager, CSRF protection, and Flask Talisman, ensuring compliance with OWASP standards and securing sensitive data.

• Automated CI/CD workflows with GitHub Actions, deploying a Dockerized application on AWS ECS to reduce manual deployment efforts.

• Developed and deployed a distributed real-time monitoring system for 5 manufacturing plants using React.js, Flask, and MongoDB, enabling faster detection and resolution of system anomalies.

• Integrated over 20 RESTful API endpoints, enabling dynamic visualization of plant metrics and reducing debugging time by 20%.

• Optimized MongoDB query performance with aggregation pipelines, supporting 100+ API requests per second and improving data retrieval times.

• Deployed the application on AWS EC2 with scalable configurations, ensuring uninterrupted performance under increased loads

• Led a team of 6 interns to develop an SDC (Synopsys Design Constraint) generation tool, streamlining chip design processes and reducing constraint generation time.

• Engineered an intuitive GUI using the Electron framework and implemented efficient backend logic in C++, ensuring accurate timing constraint calculations for complex circuits.