Draft:Ayshi Shannidhya Panda

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Ayshi Shannidhya Panda
Born
Ayshi Shannidhya Panda

(2005-01-19) 19 January 2005 (age 21)
Other namesShannidhya, Mr. Panda
EducationB.Tech in Computer Science
Alma materSilicon Institute of Technology, Sambalpur
Occupations
Known forBackend systems development, Microservices architecture
Notable workNeptune Bank, Messenger
Websitewww.ayshishannidhya.online

Ayshi Shannidhya Panda (born 19 January 2005, Odisha, India) is an Indian backend developer and software engineer specializing in Java, Spring Boot, and microservices architecture. He is currently pursuing a Bachelor of Technology degree in Computer Science at Silicon Institute of Technology, Sambalpur, and is known for building scalable, distributed backend systems.[1][2]

Early life and education

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Ayshi Shannidhya Panda was born and raised in Odisha, India. He completed his secondary education (Class 10) under the ICSE curriculum at Assembly of God School, Jharsuguda, where he scored 78%.[3] He then pursued his higher secondary education (Class 12) under the CHSE board at Adyant Higher Secondary School, Khurda, achieving a score of 80%.[3]

As of 2026, Panda is pursuing a Bachelor of Technology (B.Tech) degree in Computer Science and Engineering at Silicon Institute of Technology, Sambalpur, affiliated with Biju Patnaik University of Technology. He has maintained a cumulative grade point average (CGPA) of 8.50 through his sixth semester (2023–2027 batch).[3][2]

Career

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Panda focuses on backend development, working primarily with the Java programming language and the Spring Boot framework. His areas of expertise include designing microservices architectures, building RESTful and GraphQL APIs, and implementing event-driven architecture using technologies such as Apache Kafka and RabbitMQ.[1][2]

He has described his development philosophy as centred on "crafting robust, scalable backend architectures" that handle real-world complexity with efficiency. His technical approach emphasises clean layered architecture, Domain-driven design, and reactive programming using Spring WebFlux.[3]

Technical skills

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Notable projects

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Neptune Bank

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Neptune Bank is a core banking backend platform developed by Panda, designed to simulate a secure financial system. The project implements end-to-end account management covering creation, suspension, closure, and full lifecycle flows. It features secure deposit and withdrawal pipelines with real-time balance validation and overdraft prevention, as well as ACID (atomicity, consistency, isolation, durability)-compliant transaction integrity. The system follows a clean layered architecture pattern (Controller → Service → Repository) using Domain-driven design principles.[4]

Technologies used: Java, Core Backend, RabbitMQ, REST APIs, Domain-Driven Design

Messenger

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Messenger is a real-time communication platform built using Java 21 and Spring Boot. The application implements real-time messaging via WebSocket using the STOMP protocol with SockJS fallback, handling concurrent user sessions. It features live presence tracking with instant online/offline status broadcasts, secure user onboarding with dual-channel OTP verification (via SMS and email), and Spring Security authentication with bcrypt password encoding.[5]

Technologies used: Java 21, Spring Boot, WebSocket, STOMP, Spring Security, PostgreSQL

Airbnb-like booking platform

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This project is an advanced backend system modelled after the Airbnb platform. It implements a full booking lifecycle management system—including search, reservation, confirmation, and cancellation—with state-machine transitions. The platform features an inventory and dynamic pricing abstraction layer, along with a microservices-ready architecture using clean DTO boundaries and service isolation.[6]

Technologies used: Java, Spring Boot, REST APIs, Layered Architecture, DTO Design

Patient management system

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The Patient Management System is a healthcare backend application implementing complete patient data lifecycle management, including registration, medical history tracking, and record retrieval. The project demonstrates strict separation of concerns with domain models decoupled from persistence and presentation layers, and employs OOP design patterns for extensibility.[7]

Technologies used: Java, OOP Design, Domain Models

See also

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References

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References

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