Jen French is an MITx Digital Learning Scientist and Lecturer in the MIT math department. She earned her PhD in mathematics from MIT in 2010, with specialization in Algebraic Topology. For the last two years, she has developed videos, visual interactives, and problems providing immediate feedback using the edX platform residentially in the MIT math department to aid student learning.
EdX
Discover how to tackle advanced differential equations using Fourier series and solve partial differential equations like the heat equation and wave equation. This course is designed for those who want to deepen their understanding of applied mathematics and its practical applications.
EdX
Discover how to tackle large, intricate systems of differential equations by harnessing the power of linear algebra and leveraging MATLAB in this advanced educational program. This course is designed for those who wish to delve deep into modeling dynamic processes through mathematical frameworks.
EdX
Discover the power of Multivariable Calculus as you explore how to handle multiple variables in mathematical models. This course, part one of a three-part series, introduces essential concepts like vectors and derivatives in higher dimensions, providing tools to solve intricate real-world problems.
EdX
Discover the power of differential equations in this comprehensive course. From understanding natural processes like temperature changes to complex engineering models, learn how to model and analyze real-world phenomena using the language of mathematics.
EdX
Discover how to tackle real-world problems using 2x2 systems of differential equations in this expert-led course. Learn to solve both linear and nonlinear systems, unlocking the ability to model a wide range of physical, biological, and engineering scenarios.
EdX
Dive into the world of the frequency domain and Laplace transforms with our comprehensive online course. Gain insights into understanding complex mechanical and electrical systems, from helicopters to skyscrapers, light bulbs to cell phones. Master a single, versatile tool used by engineers daily for designing intricate systems.