I’m a medical student and software developer crafting tech that tackles real-world challenges. I’m fueled by a desire to push healthcare forward, particularly through biotech and brain-computer interfaces.
Completed
- Dawson College's 201-NYA-05
Differential Calculus - Dawson College's 201-NYB-05
Integral Calculus - Dawson College's 201-NYC-05
Linear Algebra and Vector Geometry - Harvard University's CS50x
Introduction to Computer Science - Harvard University's CS50-P
Introduction to Programming with Python - Harvard University's CS50-SQL
Introduction to Databases with SQL
In progress
- Harvard University's CS50-Web
Web Programming with Python and JavaScript
Upcoming
- Harvard University's CS50-R
Introduction to Programming with R - Harvard University's CS50-Cybersecurity
Introduction to Cybersecurity - DeepLearning.AI
AI for Everyone - Harvard University's CS50-AI
Introduction to Artificial Intelligence with Python - DeepLearning.AI
Mathematics for Machine Learning and Data Science Specialization - Stanford University's SOHS-YSTATSLEARNINGP
Statistical Learning with Python - University of Regina's CS210
Data Structures and Algorithms - Stanford University's CS221
Artificial Intelligence: Principles and Techniques - DeepLearning.AI
AI Python for Beginners - Stanford University's CS229
Machine Learning (along with DeepLearning.AI's Machine Learning Specialization) - MIT's 6.036
Introduction to Machine Learning - Stanford University's CS230
Deep Learning (along with DeepLearning.AI's Deep Learning Specialization) - MIT's 6.S191
Introduction to Deep Learning - fast.ai
Practical Deep Learning - Stanford University's CS231n
Deep Learning for Computer Vision - Stanford University's CS224N
Natural Language Processing with Deep Learning - Stanford University's CS236
Deep Generative Models
"A method for eternally dominating strong grids", published in the Discrete Mathematics & Theoretical Computer Science journal on March 16, 2020