Roman Borysenok🇺🇦
About Roman Borysenok🇺🇦
Roman Borysenok is the Vice President of Engineering at Our Tandem, where he has led significant advancements in infrastructure and development practices since 2021. His previous roles include Solutions Architect and Full Stack Developer, with extensive experience in implementing DevOps practices and enhancing application security.
Current Role at Our Tandem
Roman Borysenok serves as the Vice President of Engineering at Our Tandem since 2021. In this role, he oversees the shift to a global infrastructure utilizing containers and Kubernetes, focusing on enhancing resilience and scalability. He has played a significant role in managing the ISO 27001 certification process and has implemented a security governance framework that aligns with OWASP Top 10 and SANS Top 25 standards.
Previous Experience in Software Development
Before his current position, Roman Borysenok held various roles in software development. He worked at Our Tandem as a Full Stack Developer (Team Lead) from 2017 to 2018. Prior to that, he was a Full Stack .NET Developer at EPAM Systems in 2016 and held positions at several other companies, including Arvo Software Ltd and Unicorn Systems, where he contributed to .NET development projects.
Education and Academic Background
Roman Borysenok studied at the National Transport University, where he earned a Master's degree in Information Technology and Transport. His studies spanned from 2007 to 2012, providing him with a solid foundation in technology and engineering principles.
Contributions to Integration and Development Practices
At Our Tandem, Roman contributed to the development of integration capabilities, including SSO, SCIM API, and REST API. He pioneered the implementation of DevOps practices, which significantly reduced release cycles and time to market. Additionally, he developed and optimized SCRUM development teams to enhance efficiency and productivity.
Key Projects and Initiatives
Roman Borysenok led the transformation of a monolithic application into a microservices architecture, improving scalability and reliability. He also managed the creation of a comprehensive testing strategy that includes chaos engineering tests, which are essential for ensuring system robustness.