I Managed a multi-functional team of 50 engineers responsible for building complex and high-performance web applications utilizing Python Django, AWS, and Azure technologies in devising large-scale software solutions.I have executed end-to-end project lifecycle which includes ideation to launch for the project that was in line with the business drivers of the organization and delivered unique and client-specific products.I have performed agile transformations and improved the right team inefficiencies as well as PERT measurements which were within 30% of project completion timelines.I have also led various cloud migration projects that increased application scalability and security by using AWS services such as Elastic Beanstalk, RDS and Docker.

I Led a cross-functional team of 50 engineers, overseeing the development of large-scale, high- performance software solutions using Python Django, AWS, and Azure technologies.I have directed full lifecycle project execution, from conception to launch, ensuring alignment with company goals and delivering innovative, user-centric products.I have implemented agile practices, optimizing team performance and improving project delivery timelines by 30%.I have spearheaded cloud migration efforts, enhancing application scalability and security by leveraging AWS services like Elastic Beanstalk, RDS, and Docker.

Deployed multiple production applications, building scalable systems with Django and AWS services. Led the architecture and implementation of CI/CD pipelines using AWS CodePipeline and Docker, reducing deployment times by 40%.Ensured smooth operations in production environments, optimizing cloud infrastructure to achieve cost efficiency and reliability.

Developed robust web applications, implementing RESTful APIs and integrating third-party services for seamless functionality.Played a pivotal role in backend development, utilizing Python Django to build user-friendly and high- performing applications.

Designed and developed an autonomous Intelligent Waiter Robot, integrating ROS, Python, and C++ to achieve intelligent navigation and interaction.Collaborated with a multidisciplinary team to enhance the robot’s perception and decision-making capabilities using advanced sensor data and machine learning algorithms.