I am a software engineering professional with over eight years of experience in designing, developing, and maintaining large-scale distributed systems across healthcare, telecommunications, and enterprise technology domains. My work has focused on building scalable, reliable, and high-performance applications using modern software engineering practices, including microservices architecture, event-driven systems like kafka, and cloud-based deployments.

Currently, I serve as a Senior Software Developer at DaVita Inc., where I contribute to enterprise healthcare platforms that support large-scale data processing and real-time operational workflows. In this role, I design and develop microservices using Java and Spring Boot, build RESTful APIs, and work on improving system scalability and reliability in production environments. I am actively involved in system design discussions, performance optimization, and deployment validation, ensuring that the applications meet high standards of availability and efficiency. My responsibilities have evolved to include contributing to architectural decisions and supporting the stability of distributed systems in production.

Prior to my current role, I worked at Anthem Inc., where I contributed to the development of Federal Health Program Systems. My work involved building backend services, integrating complex enterprise systems, and implementing automation solutions that improved operational efficiency and reduced processing time. This experience strengthened my ability to work on large-scale, regulated systems and reinforced best practices in system design, performance optimization, and reliability.

Earlier in my career, I worked at Verizon Communications, where I developed distributed backend services supporting digital platform integrations. My responsibilities included building scalable services, contributing to cloud-based infrastructure solutions, and supporting high-volume production environments. This role provided valuable experience in handling large-scale distributed systems and understanding system performance under heavy load.

I also held engineering roles at Thomson Reuters and UnitedHealth Group, where I worked on enterprise application development, backend systems, and database optimization. At Thomson Reuters, I contributed to full-stack development using Java and Angular, building enterprise learning platforms and improving application performance. At UnitedHealth Group, I supported enterprise healthcare systems and contributed to database design and optimization, which helped establish a strong foundation in enterprise system architecture and performance engineering.

In addition to my industry experience, I have taken on entrepreneurial responsibilities as the founder and technology architect of a logistics technology platform(www.ovkay.com). In this capacity, I have led the design and development of systems focused on real-time tracking, capacity optimization, and workflow automation across distributed logistics networks. My work includes system architecture design, platform development, and coordination of engineering efforts to build scalable and efficient solutions. This experience has strengthened my ability to translate complex requirements into practical system designs and to lead technical initiatives.

Alongside my professional work, I have contributed to applied research in areas such as distributed systems, abstraction-based control, and artificial intelligence applications. My research work reflects a continued interest in solving complex system challenges and improving scalability and efficiency through innovative approaches.

Overall, my professional experience demonstrates a progression from software development to system design and technical leadership. I have consistently contributed to the development and optimization of distributed systems, with a focus on scalability, reliability, and practical impact across multiple industries.