- Developed responsive UIs using React, Next.js, and TypeScript, improving cross-device usability by 30% through component-based architecture and effective state management with Redux- Deployed containerized applications on OpenShift, streamlining CI/CD pipelines with Docker for reduced downtime and deployment time by 60%, enhancing scalability and reliability- Delivered full-stack solutions with React and Node.js, creating scalable and responsive applications that achieved an outstanding client satisfaction rate through efficient frontend-backend integration- Automated CI/CD workflows with GitHub Actions, cutting manual tasks by 70% and accelerating release cycles through integrated testing, linting, and deployment- Collaborated in Agile/Scrum environments to ensure timely project delivery, actively participating in sprints and planning sessions to achieve a 90% on-time delivery rate with high-quality outputs

- Designed and implemented a responsive UI with React.js, Next.js, and TypeScript, ensuring a user-friendly interface for seamless inventory management across devices and enhancing accessibility for warehouse staff- Built RESTful APIs with FastAPI and Python to handle CRUD operations for raw and processed materials, streamlining data retrieval and inventory updates for a robust backend infrastructure- Developed and optimized MongoDB databases for storing and managing complex inventory data, reducing data retrieval times by 35% and supporting real-time stock tracking- Designed comprehensive role-based access controls (RBAC) to ensure secure access and permissions for different user roles within the application, enhancing data protection and user accountability- Implemented real-time data updates with WebSocket integration in FastAPI, allowing for live inventory tracking, which improved accuracy and responsiveness in warehouse operations- Integrated GitHub workflows to automate CI/CD pipelines, enabling efficient testing, building, and deployment processes, which minimized manual intervention and enhanced productivity

- Built and optimized RESTful APIs with Flask and Python to handle candidate data and job role criteria, ensuring fast, reliable data exchanges between the frontend and backend- Developed a responsive front end using React.js, Next.js, and TypeScript, creating an intuitive interface that improved recruiters’ ease of use and increased user engagement by 25%- Designed and maintained MySQL databases to manage candidate profiles and job requirements, reducing query times by 30% with efficient indexing and optimized schema design- Automated candidate data scraping and testing workflows with Selenium, enhancing data accuracy and reducing manual data entry effort by 50%- Implemented complex search and filtering features in the candidate database using React and Flask, allowing recruiters to find ideal candidates quickly based on specific skill sets and experience levels

- Developed a RESTful API using FastAPI and Python to monitor and calculate carbon emissions, enabling real-time tracking and analysis of emission sources with high performance and reliability- Designed and optimized PostgreSQL databases for storing emission data, implementing efficient indexing and data partitioning to ensure quick data retrieval and maintainable storage solutions- Deployed and managed the API on Heroku, enabling scalable and secure cloud hosting for the application, with automated deployment pipelines for rapid iteration and minimal downtime- Automated testing and deployment workflows using GitHub Actions, streamlining code integration and quality assurance processes, which reduced deployment time by 40%- Created API endpoints to calculate emissions from diverse sources, providing comprehensive data aggregation and calculation features that met complex business logic requirements for clients- Collaborated with frontend developers to define data requirements and endpoints, ensuring clear and effective API responses that supported frontend needs and improved project efficiency

- Configured lab computers' software and OS to meet academic needs, enhancing system reliability and student access to essential applications- Set up virtual LANs for classes and labs and maintained network switches and routers, improving connectivity and network security for over 100 devices- Troubleshot computer issues by reconfiguring BIOS settings and replacing hardware components, reducing downtime and improving system performance by 30%- Built and customized 20 high-performance computers for the VR and research lab, supporting advanced simulations and research projects, enhancing lab capability and research output