Dmitry K.

• Designed and implemented a Python-based testing framework integrating CodeChecker, enabling proactive bug detection across multiple internal code repositories. This framework significantly reduced the bug resolution time by providing timely feedback to software developers.
• Set up and maintained multiple Jenkins jobs to automate our proprietary testing framework, leading to streamlined and effective bug detection. This improvement in identifying new bugs ensured a more dependable service for mobile operators, contributing to the retention and acquisition of contracts.
• Addressed vital software problems within C and C++ codebases. Given that this code operates our hardware, rectifying these issues significantly enhanced the reliability of services provided to our clients, the mobile operators.

Contributed to the design and implementation of a pioneering simulation system that forecasts the performance effects of integrating new architectural changes into mobile CPUs as well as updates to the software it uses. This system facilitates a more optimized engineering process, substantially decreasing the duration and expense involved in implementing design changes.

• Conducted research to create innovative techniques to bolster cyber security resilience, significantly fortifying the organization's computer network against a wide array of threats and vulnerabilities.
• Engineered code that brings research innovations into practical application.
• Secured two US patents for innovative solutions within Accenture, underscoring a commitment to pioneering advancements and contributing to the company's intellectual property portfolio.
• Co-authored and published an academic paper in the prestigious IEEE conference Requirements Engineering. The paper highlights my contribution to advancing research and innovation in cybersecurity resiliency.
• Collaborated on research projects with team members across different countries.