Sergey Tyulenev Email & Phone Number

California, United States

I am involved in developing a product for the 3D creation of dental crowns and their production via printing or milling. This includes a centralized system for case storage and management.TECHNOLOGIES USED:- C++, CMake, Boost, STL, ASIO, Valgrind, Python, C#.PRODUCT DEVELOPMENT:- Developing software for the 3D creation of dental crowns and other dental products: Models, Nightguards, Retainers, etc.- Designing and developing Windows services that manage milling machines and printers.- Creating applications for the production of crowns, nightguards, retainers, dentures base, dentures teeth, and restorations.- Implementing and writing unit tests to ensure code quality.- Utilizing design patterns to create maintainable and scalable code.- Designing systems that support integration testing for continuous integration (CI).- Profiling applications to optimize performance and efficiency.- Discussing and grooming features to ensure clear requirements and efficient implementation.- Writing comprehensive documentation for software and processes.- Working within a Scrum framework with frequent release cycles.HARDWARE MANAGEMENT:- Developing services that run directly on machines and control hardware components.- Managing network operations and access points for wireless functionality.CLOUD INTEGRATION:- Developing features that interact with and update cloud services.

United States

Engaged in the development of CAD applications for orthodontics.- Tech stack: C++, Make, Python.- Main libraries: MeshLib (for 3D graphics processing), ImGui (for user interface creation).- Conducted extensive refactoring of various software components to enhance code quality and maintainability.- Developed and implemented various geometric algorithms for gingival deformation and automatic correction of defects, significantly improving the accuracy and efficiency of dental modeling.- Participated in the development of tools for contour adjustment and mesh slicing, contributing to more precise and user-friendly software features.- Actively involved in writing comprehensive documentation, ensuring clarity and accessibility of technical information for internal teams.- Actively participated in team meetings, demonstrating a willingness to share knowledge and experience with colleagues.

Moscow, Moscow City, Russia

Contributed to the development of components for Kaspersky's Security for Virtualization Light Agent, a high-performance antivirus solution designed for large virtual infrastructures (Kaspersky Virtualization Light Agent - https://www.kaspersky.com/small-to-medium-business-security/virtualization-light-agent).- Involved in the core development of a distributed antivirus system, focusing on enhancing security for systems with lightweight clients.- Modify business logic and ensuring cross-platform compatibility for both Windows and Linux environments.- Developed a middleware using boost.python for writing integration tests, creating an efficient Python-based API for product control and testing.

Eindhoven, North Brabant, Netherlands

Engaged in a multi-site team dedicated to developing scientific software for electron microscopes, covering all stages of the product lifecycle, from requirement analysis to acceptance testing.- Contributed to software development using the Win32 API, encompassing system analysis, coding, unit testing, debugging, and documentation.- Responsible for updating and maintaining the existing code base, ensuring software reliability and performance.- Conducted in-depth debugging of state diagrams and investigated crash dumps, both written in C++, to resolve complex issues and improve system stability.- Developed a data collection utility using SNMP and C# for efficient network management and monitoring.- Actively participated in meetings with an international team, sharing insights and collaborating on cross-functional initiatives

Germany

This role involved innovative software development for augmented reality applications in the automotive industry, particularly focusing on enhancing driver experience through advanced object recognition and eye-tracking technologies. My contributions were instrumental in creating a cutting-edge AR cockpit, demonstrating the potential of embedded cameras and display systems for automotive rearview mirrors.- Participated in the software development for CES 2018's American exhibition, focusing on an augmented reality car cockpit with gaze control. The result of this innovative project can be seen in this YouTube video (https://www.youtube.com/watch?v=mxwLgonsDA0&t=19s).- Developed object recognition algorithms for augmented reality applications in automotive environments, utilizing OpenCV for processing and analyzing video data.- Engineered an eye-tracking module using the Tobii IS4 Eye Tracking Platform, enabling precise driver gaze tracking for accurate augmented reality projections onto the car windshield.

Zhukovsky, Moscow, Russia

In this role, I was responsible for independently developing a Windows application from scratch that replicated various aircraft monitors. This application served as a mock-up of the aircraft's information-control system, enabling effective ground-based testing of radar systems under various scenarios. This project marked my first commercial experience with C++, where I applied my knowledge to create a sophisticated simulation tool for aviation technology testing and development. Technologies used: C++ STL, Qt, TCP/UDP.