Redesigned and migrated the company's landing page from Wix to a modern tech stack using React, Next.js, and shadCN, improving site performance and maintainability

Implemented responsive design across all pages to ensure optimal user experience on all devices

Created reusable UI components for the company's component library, enhancing consistency across the application

Collaborated with the engineering team to integrate micro frontend architecture using Module Federation Enhanced, supporting scalable development practices

Developed backend scripts for database queries and reporting using MongoDB, providing data insights for stakeholders

Participated in sprint planning and daily collaboration with cross-functional teams to align development priorities

Enhanced SEO implementation across website properties to improve search engine visibility

Managed full-stack development tasks, from UI component development to backend database integrations

Designed and built scalable, performance-optimized applications using React, TypeScript, Python, and AWS, ensuring seamless operation of mission-critical systems for internal operations, and boosting developer productivity.

Delivered end-to-end solutions, including UX design, frontend implementation, API development, and backend microservices, adhering to best practices for clean code and modular architecture.

Collaborated with cross-functional teams, potential customers, and product owners to design and implement scalable solutions that met project requirements, ensured user-friendly experiences, and met high testing standards.

Refactored large-scale codebases, reducing complexity and improving maintainability, resulting in 40% faster build times.

Developed reusable component libraries, reducing development time for new features by 25%.

Collaborated with product teams to define and validate technical approaches, contributing to scalable and performant commercial software products.

Engineered software solutions for advanced robotics platforms, focusing on scalability, performance, and ease of simulation testing for real-world deployments.

Partnered with cross-disciplinary teams to implement secure and innovative designs, pioneering advancements in robotic system security and vulnerability mitigation.

Contributed to simulations that improved the testing and deployment lifecycle, ensuring the precision of robotics in complex environments.

Designed and implemented robust cybersecurity measures, fortifying the university's digital infrastructure against emerging threats.

Published research in IEEE journals, providing groundbreaking insights into cybersecurity challenges and influencing industry best practices.