Expert in AWS
Advanced AWS Engineering Services
Cloud Architecture & Infrastructure
Designing robust cloud environments guided by the AWS Well-Architected Framework to create secure, elastic, and cost-effective execution environments.
Serverless Computing
Developing event-driven applications using AWS Lambda that run code in response to events without the need to provision or manage underlying infrastructure.
Managed Kubernetes Deployments
Orchestrating complex microservice architectures using fully managed Amazon EKS and Amazon ECS to simplify deployment and scaling.
Cloud Database Solutions
Implementing high-availability, serverless relational databases like Amazon Aurora and utilizing Amazon ElastiCache to reduce database trips and manage stateless sessions.
Cost Optimization & Financial Management
Applying AWS Trusted Advisor, Cost Explorer, and Budgets to track spending, set thresholds, and eliminate unnecessary resource consumption.
Security & Compliance Management
Safeguarding systems by enforcing strong identity foundations, data encoding, and automated security policies across all architecture layers.
High-Volume Serverless Data Processing
Build applications that trigger AWS Lambda to automatically process large volumes of data, such as resizing uploaded images and saving them in optimized formats, without managing any infrastructure.
Scalable Microservices Orchestration
Deploy containerized microservices automatically across multiple Availability Zones using Amazon EKS, and manage the underlying containers effortlessly with AWS Fargate.
Legacy .NET Modernization
Decompose monolithic applications into microservices and convert legacy code to modern frameworks using tools like AWS Porting Assistant for .NET.
High-Speed Stateless Web Applications
Host Single Page Applications (SPAs) written in Angular or React on Amazon S3 while utilizing ElastiCache for lightning-fast, stateless user session management.
Automated Cloud Cost Governance
Implement intelligent resource management that automatically scales capacity based on demand and shuts down unnecessary resources to cut expenses.
Secure & Resilient Disaster Recovery
Design self-healing mechanisms and automatically recover from failures by horizontally scaling resources to ensure maximum system availability.
