kernel drivers , Java, C, virtualization, Kernel Programming, Storage, Software Architecture, Javascript, Virtual Machines, Distributed Systems, Python, Memory, CPUs, large-scale data processing, low-level system architecture, virtualization stacks

Java, Distributed Systems, Kotlin, Scala, Agile processes, Algorithmic analysis, Object-oriented design

secure sdlc , Automated Testing, Containers, Devops, Python development, Kubernetes, Infrastructure as Code, Generative AI, Event-driven architecture, Agentic AI frameworks, AI Governance, Model Evaluation, SRE Principles, Microservices architecture, Cloud-native architectures, Modern software engineering practices, Vector Databases, AI Agents and Multi-Agent Systems, Responsible AI, Prompt Engineering

Automated Testing, Java, Microservices, Kubernetes, Distributed Systems, API Design, Performance Optimization, AI-assisted Development, Observability, Cloud-native Applications, Security

Distributed Systems, Saml, Kafka, Json, Multithreading, Microservices, Concurrency, Oauth, Java, Hibernate, Graphql, Jwt, Soap, Hazelcast, Redis, Spring, Api Development, Memcached, Rabbitmq, REST, Xml, Event-Driven Design, Service Mesh, GRPC, Event Sourcing, Distributed Consensus, AI-First Engineering, JVM Tuning, Performance Optimization, Eventual Consistency, Saga, CQRS, Spring WebFlux, Pulsar

Firewalls, Software Engineering, L4–L7 proxies, People Management, large-scale distributed systems, SWG, high-throughput low-latency systems, packet processing, cloud-native architectures, Zero Trust security models, network security fundamentals, high-performance datapath networking

, Spark, Spring Boot, Microservices, Apache Beam, Kubernetes, Elasticsearch, Reliability, Distributed Systems Design, Flink, Engineering Standards, Observability, Data Pipelines, Operability