Software Engineer C++

SAI DEEPAK REDDY YEDDULA

San Jose, CA — ************@*****.*** — 702-***-**** — https://www.linkedin.com/in/saideepakreddyy/ EDUCATION

UNIVERSITY OF NEVADA LAS VEGAS May 2024

Master of Science in Computer Science Las Vegas, USA RV COLLEGE OF ENGINEERINGBangalore, India May 2021 Bachelors in Electronics and Communication Engineering Bangalore, India TECHNICAL SKILLS

Languages: Javascript,TypeScript, Go Java, C++, Python, C, PL/SQL, SQL, C# Tools and Technology: Node, React, Express, J2EE, Git, Hadoop, Spark, HTTP, REST, Docker, MVC, AWS, MongoDB, Redis, Next. js, Spring Boot, Maven, JUnit, Jenkins, Kafka, GraphQl,.NET,Kubernetes WORK EXPERIENCE

RECORD SYSTEMS Las Vegas, USA

Software Engineer Jan 2024 - till date

• Spearheaded the development of an innovative AI assistant in Next.js framework and TypeScript, incorporating GPT-4 and advanced embedded vector mapping, expected to 30% increase in user engagement and support efficiency.

• Developed and maintained robust GraphQL schemas in Node, crafted optimized query resolvers to minimize database load, and implemented mutation operations to ensure data integrity across client applications.

• Reduced deployment time from 4 hours to 45 minutes by automating the deployment process using Jenkins for CI/CD pipeline and deploying applications on Kubernetes clusters UNIVERSITY OF NEVADA LAS VEGAS Las Vegas, NV

Software Engineer (Graduate Assistant) Aug 2022 - Apr 2024

• Advanced university data storage in Amazon RDS, handling a database with more than 50,000 records and optimizing interactions and object-relational mapping with Spring Data JPA.

• Transformed legacy application into a suite of cloud-hosted(AWS) Microservices using Spring Boot, Hibernate, RESTful APIs and laid the groundwork for 5x traffic scale.

• Reinforced API security through JWT-based authentication and authorization mechanisms within Spring Security, fortifying API endpoints, and managing token integrity along with role-based access protocols.

• Designed and implemented a series of responsive single-page applications (SPAs), incorporating upwards of five key com- ponents which culminated in a reduction of initial load times by an estimated 15%.

• Adopted Test-Driven Development methodologies, composing over 50 detailed unit tests using JUnit and Mockito to attain an 80% benchmark in code coverage.

ORACLE Hyderabad, India

Application Developer Jul 2021 - Aug 2022

• Executed advanced logic and integrated SOAP and RESTful API services using XML in the CMK, achieving a 30% improvement in the efficiency of input factors.

• Designed and managed Edition Based Redefinition for a seamless database update process, achieving 100% zero downtime and ensuring uninterrupted data access, with a focus on Java EE standards.

• Substantially lowered MVC validation component access time by 40% through optimized use of Docker containers, enhancing system responsiveness and operational efficiency.

• Executed SOA integrations by implementing robust service-oriented architecture solutions, enhancing system interoperabil- ity, and improving service response efficiency across various business applications.

• Provided a significant enhancement in message generation implementation resulting in 80% reduction in process time. Engineered Blue-Green CI/CD pipelines with Jenkins, reducing deployment time by 20%. PROJECTS

Emergency Response Augmented Reality

• Developed and administered Unity-based social force models and AI navigation in Meta Quest 2, resulting in a 30% improvement in training simulation realism and effectiveness.

• Engineered a dynamic scenario creation tool in Unity, enhancing emergency response simulation realism and effectiveness by 50

Hybrid Cluster—C++, Multithreading

• Developed a functionality using C++ multithreading in the existing Network (L3) Load Balancer (LB) module to support cluster creation of appliance types having different hardware types, thereby reducing cluster setup time by 20 hrs. E-COMMERCE Application —MongoDB, Express,Node,React

• Developed a MERN stack web application using RESTful APIs, utilizing Docker to ensure a consistent and scalable deployment environment, which resulted in a 10% improvement in task completion times and significantly faster data retrieval speeds.

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