Gokul Krishnan.S

MB.Charge HUB - (Mercedes MB.Charge)

Project Description:

The web portal enables users to view and manage vehicle and charging services data. The platform also supports business and operations teams in resolving customer queries efficiently, ensuring a seamless user experience.

Frontend Engineer.

• Developed a user interface for managing the features of different microservices.
• Developed an access management web portal with enhanced UI/UX for managing user-level roles and permission access.
• Collaborated with the design team to transform UI/UX wireframes and mockups into responsive, visually appealing components.
• Implemented Server-Side Rendering (SSR) and Static Site Generation (SSG) for enhanced performance and SEO.

Backend Engineer.

• Being a part of the implementation of Spring Security to manage user authorization within the application, ensuring secure access control and role-based permissions.
• Worked on developing RESTful web services APIs, and also worked on test cases using JUnit and Mockito.
• Used Spring Cloud OpenFeign to create declarative REST clients for inter-service communication between multiple downstream services.

Azure Cloud.

• Optimized AKS cluster costs by monitoring resource utilization trends with Kubecost and Datadog, enabling data-driven scaling and resource allocation decisions.
• Contributed to the creation of Azure resources for the application, and established secure connectivity between the AKS cluster and the application using private endpoints, ensuring data security and preventing exposure to the public internet.
• Configured and enforced network policies in AKS to secure inter-namespace and inter-cluster communication, enhancing overall network security and traffic isolation.
• Configured Azure VMs with secure, private connectivity to SQL Server through private endpoints, and set up Azure Bastion to provide controlled public access for database management, all within a custom virtual network to ensure security and compliance.

E-Gov Portal for University

Project Description:

A web-based E-platform that automates E-governance and the critical functioning of a digital university, encompassing all stakeholders. The system delivers the services from initiation to completion of all university activities, collaborating with institutions and online payment through electronic channels.

Technology: Spring Boot, JDK 11, Hibernate, Apache Shiro.

Key Activities:

• Designed and developed a module using a factory design pattern for processing the certificate requests submitted by applicants.
• Implemented digitally signed certificate using iText in Java.
• Involved in discussions and developed module specific database table design architecture.
• Project Description:
• An web-based E-platform that automates E-governance and critical functioning of a digital University encompassing all stakeholders. The system delivers the services from initiation to completion of all University activities, collaborating with institutions and online payment through electronic channels.