RESEARCH & DEVELOPMENT

Early-stage exploration focused on programming, large-scale distributed architectures, and cloud-native tooling.

0
Publications
3
Active Topics
25
Interests

Interests

Areas I’m actively learning and exploring

Java Virtual Machine (JVM) Internals & PerformanceProgramming Languages & ParadigmsDistributed SystemsLarge-Scale System DesignCloud-Native ArchitecturesMicroservicesContainerizationKubernetesService Mesh (Istio, Linkerd)CI/CD & GitOps (Argo CD, Flux)Observability (OpenTelemetry, Prometheus, Grafana)Scalability & Performance EngineeringResilience & Reliability (SRE)Event-Driven ArchitecturesData Streaming (Kafka)Infrastructure as Code (Terraform)Large Language Models (LLMs)Applied Generative AIPrompt Engineering & RAGVector Databases (Pinecone, Weaviate, pgvector)AI in Backends (Spring AI, LangChain4j)MLOps & Model Serving (KServe, Seldon, BentoML)IoT Systems & Edge ComputingEmbedded & Sensor NetworksDigital Twins & IoT Data Platforms

Current Research Areas

Early-stage topics and problem statements I’m developing

Practical Kubernetes for Scalable Backends

In Progress

Exploring production-ready patterns for deploying and operating resilient, observable microservices on Kubernetes with efficient release strategies (blue/green, canary) and GitOps workflows.

0
Publications

Observability-Driven Performance Tuning

Exploring

Using metrics, traces, and logs (OpenTelemetry) to inform capacity planning, bottleneck analysis, and automated performance regression detection in large-scale systems.

0
Publications

Resilient Architectures for Event-Driven Systems

Exploring

Studying patterns like outbox, idempotency, dead-letter queues, and backpressure for reliable, high-throughput, event-driven data pipelines.

0
Publications

Publications & Drafts

Selected works, drafts, and ongoing thesis-related outputs

Showing 0 of 1 items

No publications yet — currently focusing on coursework, foundations, and early-stage research exploration.