Contribute to the development of scalable and modular applications by designing and implementing front-end and back-end systems using Angular and Node.js for IoT applications.Optimize and manage containerized deployments on OpenShift, ensuring efficient resource utilization and high availability.Build and automate CI/CD pipelines in GitLab, reducing deployment times and enhancing delivery workflows.Monitor and enhance application performance using tools like Prometheus and Grafana to ensure reliability and scalability.Collaborate with cross-functional teams, including offshore developers, to deliver high-quality software solutions aligned with business goals.Maintain a security-first approach in developing and deploying solutions to meet industry standards and best practices.

- Conducted and facilitated tutorial sessions for undergraduate students, providing lectures, hands-on instruction, communication, and support in various Engineering courses.- Collaborated with professors and fellow teaching assistants to enhance course materials and ensure a consistent learning experience.- Ensured diversity, equity, and inclusion in the classroom to create a respectful and safe space forstudents.

- Built, tested, and delivered a novel groundbreaking 5G vehicle communication traffic flow optimization algorithm and model in that assists transportation planners with the development of automated vehicles. Utilized MATLAB for analysis, simulation, and digital signal processing techniques.- Consulted and collaborated with diverse telecommunication and transportation engineers of all backgrounds to assist in the development of the transportation and communication model.- Applied ML expertise in Python to enhance a Temporal Graph Convolutional Neural Network (TGCN) algorithm for vehicle traffic flow prediction. Optimized the model to achieve a remarkable 38% improvement in prediction accuracy. This project underscores my proficiency in software development, data analysis, and machine learning.

Support development of test and automation solutions (hardware and software) to control producthardware, automated test and assembly equipment.Executed diverse tasks including complex system build assembly, testing, debug of solutions usingdesign of experiments, tools, and failure analysis methodologies and design verification for printedcircuit boards.Read and understood bills of materials, component data, and engineering change order.Utilized Lean Six Sigma methodologies to communicate effectively with team members and industryprofessionals through Google Workspace