Backend Software Engineer | Specialist in Java, Spring Boot, & Distributed Architectures
I design, build, and optimize high-throughput, secure backend systems and microservices. My engineering focus centers on enterprise security migrations, distributed caching patterns, and centralized data pipelines.
- Enterprise Security Migration: Accelerated microservice auth lookup latency by 32% by deploying an OAuth2 PKCE framework backed by Redis session caching layers.
- Distributed System Topologies: Engineered a fault-tolerant URL shortener utilizing Base-62 encoding and Snowflake-based ID generation, maintaining stable sub-50ms redirection latencies.
- System Observability & Monitoring: Centralized production logging architectures using Spring Boot AOP, reducing MTTR via structured SLF4J tracing and automated Grafana anomaly-alert pipelines.
| Category | Technologies |
|---|---|
| Languages | Java, SQL, Python, JavaScript, HTML5/CSS3 |
| Frameworks & Core Libraries | Spring Boot, Spring MVC, Spring Security, JPA/Hibernate, Apache Kafka, FastAPI |
| Databases & Caching | PostgreSQL, MySQL, Redis, MongoDB, Google BigQuery |
| APIs, Protocols & Security | REST APIs, OAuth2 (PKCE), JWT, WebSockets, STOMP, GraphQL, Swagger/OpenAPI |
| DevOps & Observability | Docker, GCP, Jenkins, Grafana, SLF4J, Logback, Git/GitHub, Postman |
| Methodologies & Patterns | Microservices, Distributed Systems, System Design, RAG Pipelines, AOP, Agile/Scrum |
- Problem Space: High-throughput identifier generation and low-latency cache redirection.
- Implementation: Built an automated scaling backend using Snowflake ID generation to systematically eliminate unique ID collisions across concurrent node clusters.
- Impact: Implemented a Redis look-aside caching profile that cut database read metrics by 41%, delivering reliable sub-50ms responses under heavy traffic.
- Problem Space: Highly concurrent multi-user state synchronization and document conflict mitigation.
- Implementation: Leveraged full-duplex WebSockets backed by the STOMP protocol to coordinate fast state transitions across active client frontends.
- Impact: Integrated a native Operational Transformation (OT) layer to programmatically resolve simultaneous document text mutations, boosting sync reliability by 32%.
- National Finalist – Google Hack4Change Hackathon (Aug 2024) | Selected for top tier impact and scalable architecture design.
- Academic Foundation – B.E. in Computer Engineering from Thapar Institute of Engineering and Technology (2021 – 2025).
- 💼 LinkedIn: Chetan Dongare
- 📧 Email: chetand7001@gmail.com
"Building for scale, optimizing for latency, securing for production."