TheoBatik
Data Engineer | Theoretical Physics & Applied Mathematics graduate, aspiring to speak to machines and turn seaweed into fuel.
SeaH4
Pinned Repositories
bioleaching_bauxite_residue
bioleaching_chalcocite
Predicting the temperature distribution associated with the bioleaching of sulphide minerals.
bioleaching_sulfide_minerals
Reaction network and kinetic parameters fitting for the bioleaching of sulfide minerals
Complete-Python-3-Bootcamp
Course files for "Complete Python Bootcamp From Zero to Hero in Python" on Udemy.
deep-learning
Deep learning models suitable for applications in classification, regression and computer vision - built using keras and based on "Deep Learning with Python" by François Chollet.
microbial_models
Microbial growth models for bioleaching applications, incorporating inhibition dynamics based on Haldane's equation
Multiscale_Ulva
Code and data of multiscale Ulva model
neuronaldynamics-exercises
Python exercises accompanying the book "Neuronal Dynamics"
ThinkComplexity2
Book and code for Think Complexity, 2nd edition
urchin_vision
A tool for measuring the lengths & widths of multiple objects in a single image
TheoBatik's Repositories
TheoBatik/urchin_vision
A tool for measuring the lengths & widths of multiple objects in a single image
TheoBatik/bioleaching_bauxite_residue
TheoBatik/bioleaching_chalcocite
Predicting the temperature distribution associated with the bioleaching of sulphide minerals.
TheoBatik/bioleaching_sulfide_minerals
Reaction network and kinetic parameters fitting for the bioleaching of sulfide minerals
TheoBatik/Complete-Python-3-Bootcamp
Course files for "Complete Python Bootcamp From Zero to Hero in Python" on Udemy.
TheoBatik/deep-learning
Deep learning models suitable for applications in classification, regression and computer vision - built using keras and based on "Deep Learning with Python" by François Chollet.
TheoBatik/microbial_models
Microbial growth models for bioleaching applications, incorporating inhibition dynamics based on Haldane's equation
TheoBatik/Multiscale_Ulva
Code and data of multiscale Ulva model
TheoBatik/neuronaldynamics-exercises
Python exercises accompanying the book "Neuronal Dynamics"
TheoBatik/ThinkComplexity2
Book and code for Think Complexity, 2nd edition
TheoBatik/Project-Euler
A light-hearted chronicle of my coding skills in the early days.
TheoBatik/PyADM1
PyADM1: a Python implementation of Anaerobic Digestion Model number 1
TheoBatik/SOFTX_ReNView
The Reaction Network Viewer (ReNView) generates a graphic representation of the reaction fluxes within the system essential for identifying dominant reaction pathways and mechanism reduction. To cite this software publication: https://www.sciencedirect.com/science/article/pii/S2352711019302432