Vision & signals
Computer vision, digital signal processing, deep learning, and data analysis. Experience with thermal-camera detection and camera-based physiological signal extraction.
Algorithms · software · natural systems
R&D engineer
I develop algorithms and software for computer vision, signal processing, and 3D simulation. My work connects commercial R&D with research into natural environments.
Computer vision, digital signal processing, deep learning, and data analysis. Experience with thermal-camera detection and camera-based physiological signal extraction.
3D computer graphics and modelling of biological and physical systems. Research involving vegetation, ecosystems, atmospheric processes, and wildfire simulation.
Software engineering from low-level algorithms to SDKs, internal research tools, and web applications. Connecting computational methods with the people who use them.
Selected work in computer vision, signal processing, and the software around them. These descriptions focus on my role and publicly shareable scope.
Computer vision and digital signal processing research and programming for an rPPG extraction SDK. SDK development and support, alongside internal tools for data analysis.
Visit the product websiteMain programmer for a thermal-camera-based bird and bat detection prototype. My work included the detection algorithm, camera-network setup, administration tools, and the client application.
Visit the product websiteSimulation, developer tooling, and everyday applications. Personal projects give me room to investigate ideas and build tools I want to use.
An application in development for interactive forest generation, connected to my PhD research on ecosystem simulation. The project combines biological models, 3D graphics, and web technologies.
The application is in development and is not yet available to try.
Project websiteA header-only C++ library for inspecting and changing variables at runtime through an interactive command line. A small tool for experimenting with parameters while a program is running.
float threshold = 0.5f;
tunable(threshold);
tunable_cmd();View the code on GitHubPersonal productivity tools for time measurement with statistics and insights, alongside to-do lists and task management. Built with end-to-end encryption for privacy.
My PhD at Adam Mickiewicz University in Poznań focused on ecosystem simulation. Coauthored work explores vegetation, climate, clouds, and wildfires, published in ACM Transactions on Graphics at SIGGRAPH and SIGGRAPH Asia.
Multi-scale modelling of plant ecosystems, connecting individual plant structure and growth with interactions across a forest.
Modelling vegetation responses to climate through interactions between plants, soil, and the atmosphere.
For professional opportunities, research conversations, or questions about my projects, email me directly. For a consulting engagement, you can also explore Alekod.
Available for selected consulting engagements and scoped part-time projects.
milosz@alekod.pl