Abhishek Panda

Project #1 (GFP-Fleet-CTP)

Domain: Fleet Management / Automobile Sector.

• GFP is a fleet management solution that consists of four client-facing applications, which are used for route creation, route optimization, dispatch, driver scorecards, and other fleet-related activities. It consists of RNA , XRS, CTP and SmartDrive application for fleet management.
• Lead a global team of 18 or more engineers across India, Mexico, and Spain to modernize critical systems.
• Architected microservices-based applications using .NET Core, PostgreSQL, Kafka, and Angular 18. 18
• Implemented automated CI/CD pipelines using GitHub Actions, Argo CD, Docker, and Kubernetes.
• Delivered resilient solutions on AWS (ECR, EKS, Lambda), and Azure (AKS, Functions, Logic Apps).
• Integrated performance monitoring using Prometheus, Grafana, and New Relic.
• Optimized software performance resulting in a 20% reduction in processing time, improving throughput significantly.
• Led a cost-saving initiative that reduced cloud expenses by $200,000 annually.

Project #2: RNA (Roadnet Anywhere)

Domain: Fleet Management / Automobile Sector.

• Architected microservices-based applications utilizing .NET Core, SQL Server, RabbitMQ, and Angular for UI.
• Implemented automated CI/CD pipelines with GitHub Actions, Argo CD, Docker, and Kubernetes.
• Delivered resilient solutions on Azure, including VM, ACR, AKS, Functions, Logic Apps, Service Bus, and Event Grid.
• Integrated performance monitoring tools such as Prometheus, Grafana, and DataDog to enhance observability.

Project #3 (WIMT-BOTS)

Domain : Banking / Financial Services

• The BOTS (Brokerage of Operation & Technology) Project consists of 14 applications, which are mainly used for internal auditing, stock market analysis, and batch job tracking.
• Managed a team of 10+ engineers for the BOTS project (14+ tools for brokerage ops).
• Designed and implemented robust, cloud-native microservices architecture using .NET Core, C#, Angular and Kafka, delivering scalable, event-driven systems for critical business workflows.
• Built comprehensive observability and monitoring pipelines with Datadog, seamlessly integrated into AWS (EC2, Lambda, KMS) and Azure (Functions, Service Bus, Logic Apps, AKS, API Management, Entra ID, Azure SQL, Blob Storage).
• Improved server efficiency by 40%, resulting in cost savings of $500,000 annually through infrastructure optimization.
• Reduced deployment time by 60% for large-scale projects by implementing automated CI/CD pipelines.

Project #4: PAX Disruption Management System.

Client : Qatar Airways (Airlines Domain) | Doha/QATAR

• Developed and deployed a mission-critical PAX Disruption platform to manage irregular operations (delays, misconnection, overbooking) due to weather, ATC, or technical faults, ensuring real-time passenger impact analysis and resolution workflows.
• Architected and delivered Microservices-based applications using .NET Core, C#, Web API, and SQL Server, following event-driven and domain-driven design principles.
• Designed intuitive front-end interfaces using Angular 8, enhancing user experience and operational efficiency for airline staff.
• Built and deployed cloud-native services on Azure using Azure Functions, Azure Service Bus, Azure VNET, Azure VM, AKS, ACR, Azure SQL

Project #5 : Financial & Business Reporting Platform

Client: Citibank (financial domain)

• Led cross-functional Agile teams, achieving a 25% operational cost reduction by optimizing disruption management processes.
• Designed and implemented a cloud-native financial analytics system for Citibank to centralize and streamline reporting, compliance, and performance dashboards.
• Engineered a suite of .NET Core Microservices using C#, Web API, Angular and Xunit, incorporating loosely coupled, scalable service orchestration aligned with financial compliance standards.
• Migrated legacy systems to AWS cloud infrastructure, utilizing AWS Lambda, SQS, API Gateway, IAM, S3, RDS (SQL Server), and EKS for improved scalability and resiliency.
• Decreased system errors by 30% by implementing a new quality assurance protocol, involving automation testing tools.
• Reduced infrastructure costs by 20% by deploying microservices architecture and optimizing resource allocation.

Project #6 : METLIFE (Healthcare / Insurance Domain)

• METLIFE (IB) is a Healthcare and Insurance Domain Project, Where SIR Tool is used to maintain all the data of the Project.
• Delivered insurance applications for MetLife using ASP.NET Core, MS SQL Server, MVC, API , Azure .
• Enhanced system reliability, reducing downtime by 35% through collaborative troubleshooting.