Govinda Kanojiya

Achieved 85% unit and integration test coverage, resulting in a 15% reduction in UAT defects and improving overall product quality. Faced challenges with slow query performance; implemented indexing strategies that improved execution speed by 25%. Supported development phase, enabling faster delivery within project timelines, ensuring scalability, system integration, and long‑term maintainability.

Architected and developed scalable core banking microservices in Spring Boot for transaction processing and funds transfer, ensuring data consistency across millions of daily transactions. Optimized SQL queries and indexes to cut execution time by 30% and boost throughput by 20%. Led a team of 2 junior developers, providing mentorship and guidance on best practices in microservices architecture.

Built a robust backend system that improved data processing speeds by 30% and secured a 99.9% external API success rate. Deployed the ELK stack for centralized logging, reducing log retrieval times by 25%. Cut mean debug time by 50% via ELK stack dashboards and structured logging with indexes, log-type etc. Containerized backend services using Docker and automated deployments via GitLab CI/CD.

Grade: 6.25

Activities and societies: Covers Java, C++, data structures, algorithms, DBMS (MySQL, MongoDB), web tech (HTML, CSS, JS, React, Node.js), J2EE, Spring Boot, microservices, DevOps (Docker, Kubernetes), testing (Selenium, Jenkins), OS concepts, and full SDLC. Includes hands-on project phases: SRS, design, development, with teamwork and reporting.

This module simulates real-world development through three phases: SRS (requirements gathering and feasibility), Design (architecture and planning), and Development (coding and testing). It emphasizes teamwork, technical documentation, and presentation skills, integrating all learned concepts into a practical software solution.

Grade: 5.66

Activities and societies: Java: JVM architecture, OOP, interfaces, collections, multithreading, exception handling. C++: OOP principles, memory management, and console I/O operations. Covers computational thinking, recursion, linked lists, trees, graphs, sorting/searching algorithms, hash tables, and algorithm design & analysis.

Completed a Bachelor of Computer Engineering at the University of Mumbai focusing on software engineering and distributed systems.

Mastered advanced algorithms and system design to architect scalable, low-latency cloud solutions, applying SOLID principles and distributed systems concepts for optimal performance and robust database engineering.Gained hands-on AWS experience, deploying distributed applications and configuring EC2 instances.