Ivan Kizenko

Developed production monitoring tools for Brainboxes industrial hardware and built a native C++ addon using WASAPI Loopback Recording. Currently developing AnyDrive, a remote storage virtualization project using Windows Cloud Files API.

Architected a modular WPF application framework and developed a custom Chromium-based browser engine. Integrated neural network models for image segmentation and built cross-language interoperability with Python and OpenAI GPT.

Spearheaded integration and deployment of a data synchronization platform across six dental clinics in Canada. Architected data extraction from Dentrix databases and developed secure REST APIs in Laravel.

Led architectural migration of an industrial monitoring platform from .NET Framework 4.5 to .NET 8. Architected real-time telemetry with SignalR Core and developed low-level drivers for Brainboxes I/O modules.

Acted as Director of Software Engineering, spearheading architectural design for the Xense Meta 1 platform. Engineered precision motion control, sensor fusion, and medical imaging pipelines.

Provided Tier 2 support for Lab Information Systems, debugging source code issues and ensuring 99.9% uptime for critical clinical workflows. Supported large-scale deployments at medical institutions.

Contributed to the MFA2 IVIS (Mercedes-Benz) project, solving high-complexity issues in a C++ environment. Engineered HMI logic, resolved race conditions, and developed CarPlay/Android Auto integration.

Engineered high-performance graphics routines and memory management systems for resource-constrained hardware. Developed core engine components for cross-platform deployment and built internal debugging tools.

Associate of Science in Metallurgical Engineering & Technology, focusing on industrial materials, mechanical systems, and manufacturing process control.

Advanced coursework in C++ systems programming and software engineering, covering low-level programming, OOP principles, and data structures.