Do It Yourself Biology

The PeTaL labeler labels journal articles with biomimicry functions.

Documenation des prototypes et projets du Biome

A Jupyter notebooks guide to handle optimization algorithms, for engineers & students

Reinforcement learning environment for dynamic soaring, inspired by the flight patterns of albatrosses.

This project is an interactive visualization that explores the fascinating world of emergent behaviors and self-organizing systems. Inspired by the remarkable abilities of Physarum polycephalum (slime mold), this simulation demonstrates how complex patterns can arise from simple, decentralized decision-making processes.

DNA-based End-to-End Encrypted EFS Database created using Python 🧬

The Murmurator: Flocking Simulation-based Multi-Channel Digital Musical Instrument

Pillbug robot made by OpensourceMakerGroup_SKKU

a second attempt at flocking simulation using an actual steering algorithm

The final write up for my Bachelors Thesis in Mechatronics Engineering, completed at the University of Cape Town.

How do societies measure up to Life's Principles?

Comparison of binary classification models to predict whether text contains a description of a biological strategy relevant to biomimetic applications or not.

Open Assessment for Evolutionary Computation module. This module was worth ten credits as part of my Master's Year and received a mark of 67%.

Utilizing the snorkel machine learning model to label biomimicry papers. Snorkel uses weak supervision to label large amounts of training data using programmatic labeling functions based on keyword rules.

Mori is more than a software for drawing, designing, calculating and systematizing biomimicry and bioarchitectural projects. It is more than a dream, it makes people think about the wonders of advanced, safe, revolutionary natural mechanisms and ways of dealing with them. The goal of Mori is to reconnect technology with nature, man with wilderness

HabiSpat: Habitat Simulation-based Sound Spatialization System

My portfolio