Pawel Lapinski is a graphics software engineer with a decade of hands-on experience building and validating GPU-driven systems, currently developing tools for graphics driver validation at Intel. He specializes in Vulkan and OpenGL with deep shader expertise across GLSL, HLSL and Cg, and strong C/C++ foundations complemented by Unity and C# experience. Pawel has contributed bug fixes and functional improvements to high-profile Vulkan example repositories, and authored the practical "Vulkan Cookbook" that teaches cross-platform GPU techniques. His background spans immersive stereoscopic visualization, real-time rendering pipelines, and coordinating small engineering teams to deliver testable graphics tooling. Comfortable across low-level API details and higher-level engine work, he is known for fixing subtle synchronization and shader-variable issues that improve real-world samples. Based in Gdańsk, he combines academic training (MSc in Computer Science) with pragmatic open-source contributions to help developers adopt modern Vulkan practices.
10 years of coding experience
9 years of employment as a software developer
M.Sc, Computer Science, M.Sc, Computer Science at Politechnika Gdańska / Technical University of Gdansk
Source code examples for "API without Secrets: Introduction to Vulkan" tutorial
Role in this project:
Full-stack Developer
Contributions:78 commits, 5 PRs, 54 pushes in 2 years 4 months
Contributions summary:Pawel primarily worked on source code examples and tutorials related to the Vulkan API. Their contributions included adding source code examples for different parts of the Vulkan tutorial, implementing core Vulkan setup, and refactoring the code to include image views and other Vulkan-related elements. They also fixed bugs, improved code formatting, and updated the code to support the latest Vulkan features.
Software Engineer (focused on Vulkan graphics API)
Contributions:10 commits, 10 PRs, 12 comments in 1 year 7 months
Contributions summary:Pawel primarily fixed bugs and improved the functionality of the Vulkan examples within the repository. Their contributions included correcting shader variable assignments, updating shader files, and resolving image layout issues. The user also addressed synchronization problems related to uniform buffer data updates in several compute-based examples. Furthermore, they made minor adjustments to the code, such as removing unnecessary code, and fixing pipeline binding functions.
vulkanvulkan-apiapirendering
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