Educational resources for self-learners
Simulation and modeling of natural processes
Offered by University of Geneva. This course gives you an introduction to modeling methods and simulation tools for a wide range of natural phenomena. You'll cover Python programming, dynamical systems, numerical integration, cellular automata, and agent-based models, including a section on optimization problems. This is perfect for applying computational methods to understand and optimize complex systems, aligning with your interests in programming, mathematics, and startups. The course includes full-length video lectures with subtitles and practical assignments.
Astro Boy (2009)
An animated film set in Metro City, where a grieving scientist creates a robot boy with incredible powers. The movie implicitly showcases advanced calculus, physics, and spatial reasoning, relevant to robotics, city design, and the application of mathematical modeling and geometry in a futuristic context.
Mathematical Models of Human Decision Making
Dr. Gabriel Tillman discusses how mathematical models help understand human decision-making, with accessible discussion about turning behavioral questions into models and implications for fields like psychology, design, and product strategy.
Hidden Figures
The incredible untold true story of Katherine Johnson, Dorothy Vaughan, and Mary Jackson—brilliant African-American women working at NASA who were the brains behind one of the greatest operations in history: the launch of astronaut John Glenn into orbit. This film showcases mathematical modeling, numerical methods, and geometry of space in a real-world context, perfect for those interested in programming, startups, psychology, and product design.
Flatland: The Movie
FLATLAND: THE MOVIE is an award-winning animated film inspired by Edwin A. Abbott's classic 1884 novel, “Flatland.” Set in a world of only two dimensions inhabited by sentient geometric shapes, the story follows Arthur Square (Martin Sheen) and his ever-curious granddaughter Hex (Kristen Bell). When a mysterious visitor arrives from Spaceland (Michael York), Arthur and Hex must come to terms with the truth of the third dimension, risking dire consequences from the evil Circles that have ruled Flatland for a thousand years.
Moneyball
Explore mathematical modeling and data analytics in sports with the movie Moneyball. This film showcases how statistics and algorithms can be used to build a winning baseball team, offering insights relevant to programming, startups, and product design.
What is Math Modeling? Video Series Part 1
This introductory video by SIAM (Society for Industrial and Applied Mathematics) provides a quick overview of what mathematical modeling is, examples of real-world applications, and an overview of the modeling steps. It highlights how modeling connects mathematics to real-world scenarios, framing its importance for fields like product design, technology, and startups.
Modellansatz: Modell182 - SimScale
Jousef Murad discusses SimScale, a cloud-based platform for computational fluid dynamics and finite element analysis. Learn how engineers and designers use this technology to test performance, optimize durability, and improve efficiency, connecting mathematical modeling and numerical methods to real-world applications in programming and product design.
Modellansatz: Modell171 - Algebraic Geometry
This episode delves into algebraic geometry, exploring how multivariate polynomials represent surfaces and shapes in 3D space. It discusses applications in computer graphics, engineering, biology, and statistics, connecting school-level math concepts to advanced applications relevant to programming, startups, psychology, and product design.
Society for Industrial and Applied Mathematics (SIAM)
The official YouTube channel for the Society for Industrial and Applied Mathematics (SIAM), featuring videos on applied mathematics, computational science, and mathematical modeling.
Get AI-Powered Recommendations
Sign up to receive personalized resource recommendations based on your interests and learning goals.