Muhammed Fanish KP

Project 1: PCS Fleet Management Platform Project 2: Edison IoT Proof of Concept Project 3: EHL Integration

Role: Senior Software Engineer
Technologies & Tools Used: Python, Flask, Docker, Kubernetes, PostgreSQL, SQS

• Played a key role in the design and implementation of the PCS Fleet Management Platform for GE Healthcare, a comprehensive solution aimed at enhancing the management of medical devices across hospitals. The platform addresses critical needs for device tracking, maintenance, and performance optimization in the healthcare sector.
• Developed and maintained microservices using Flask for the backend, ensuring modular, scalable, and efficient management of medical devices.
• Utilized Kubernetes and Docker for containerization and orchestration, enhancing the scalability and deployment process of the application across cloud environments (AWS).
• Collaborated closely with UX/UI designers to create a user-friendly interface, improving the experience for hospital administrators and medical technicians.
• Created and maintained comprehensive technical documentation for system architecture, deployment, and future enhancements.

Role: Software Engineer
Technologies & Tools Used: Python, Flask, Docker, Kubernetes, MongoDB

• Contributed to the development of the Edison IoT Proof of Concept (POC), demonstrating the potential and scalability of IoT solutions to prospective clients.
• Designed and developed Flask-based microservices to support data collection and analysis, ensuring seamless integration with Azure IoT Hub for device management and communication.
• Utilized Docker for containerizing microservices, and Kubernetes for orchestrating and managing scalable deployments in cloud environments.
• Assisted in the evaluation and selection of technologies, ensuring compatibility with project requirements and long-term scalability.
• Implemented robust MongoDB data storage systems to handle dynamic and high-volume IoT data.

Role: Software Engineer
Technologies & Tools Used: Kubernetes, Docker, AWS, Helm, Python

• Contributed to the integration of 3rd-party applications within the EHL Kubernetes cluster (hosted on AWS EKS), enabling seamless communication and deployment in a cloud-native environment.
• Automated deployment workflows and optimized the management of both internal and third-party applications within the Kubernetes clusters using Helm for application packaging and deployment.
• Developed Python scripts for automation tasks, streamlining processes for posting workflows and managing application lifecycle in the Kubernetes environment.
• Created and deployed POCs to demonstrate the capabilities of the EHL platform to third-party vendors, showcasing how external services could be seamlessly integrated into the platform.

• Developed and deployed Flask-based APIs within Kubernetes clusters, ensuring scalable and efficient deployment of backend services.
• Worked with Angular to contribute to development of dynamic, user-friendly web applications.
• Written unit tests for Flask APIs in Python, ensuring code quality and functionality.
• Tested APIs using tools like Postman and analyzed results to identify, troubleshoot, and resolve bugs.
• Collaborated with team to improve application performance and functionality, ensuring smooth integration between frontend and backend systems.

• Delivered training sessions on HTML, CSS, JavaScript, Python, Django, Angular, and SQL, simplifying complex concepts for learners.
• Communicated technical information clearly and effectively, ensuring students could easily grasp the material.
• Developed training materials and hands-on exercises using HTML, CSS, JavaScript, Python, and Django to help students build practical skills.
• Scheduled and organized training programs, ensuring a structured learning experience for students in various technologies.

• Collaborated with software development and testing teams to design and build robust solutions that met client requirements for functionality, scalability, and performance.
• Worked closely with the development team to create Django-based web applications, ensuring seamless integration of backend and frontend components.
• Partnered with the frontend team to design and implement web pages using HTML, CSS, JavaScript, jQuery, and Bootstrap, delivering a responsive and user-friendly experience.