Involved in the overall development and containerization of networking microservices on a switch using Kubernetes principles.

• Spearheaded projects involving the design and development of networking features such as Dynamic ARP Inspection (DAI), Digital Optical Monitoring (DOM) and Static ARP/NDP. Reorganized and streamlined multiple modules to support the implementation of Rapid Spanning Tree Protocol (RSTP).

• Devised defaulting and validation algorithms across the containerized services and implemented these by making use of the Kubernetes admission webhooks. This boosted the efficiency of the system by blocking disallowed configurations and actions, thereby enhancing overall robustness.

• Strengthened Snaproute’s Fabric Management solution by introducing a messaging structure used for communication across multiple threads in the application.

• Implemented a web server page for handling HTTP RESTful API calls from a ValidatingWebhookConfiguration (a Kubernetes tool) which monitors connections between the switch and the fabric controller.

Worked in a team of 3, responsible for maintaining Azure cloud and on-premises infrastructure.

• Orchestrated a solution allowing clients to upload high scale graphic files to a centralized database by means of an FTP server. This eliminated the use of a third party application, expedited the time involved by 30% and improved overall customer satisfaction.

• Engineered an efficient network topology which was configured and deployed at the company’s site locations. This design incorporated the requirements of a small to medium sized enterprise network, including redundancy and failover mechanisms.

• Assisted in the configuration of Active Directory and Azure AD, used for organizing and storing the company’s information, user authentication and day to day system management.