Dr. Laura Taalman

Professor of Mathematics, James Madison University
laurataalman@gmail.com

 

@mathgrrl

3D printing and computational design

 

Current CV

Featured

Academic

mathgrrl

Books

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Schedule

Spring 2021

MATH 231-01: MWF 9:15-10:05am
MATH 231-02: MWF 10:30-11:20am
MATH 231-03: MWF 1:00-1:50pm

Current research collaborations: Karst modeling, spatial graphs, Celtic knots, generative design
Starting in Fall 2021: Haynes Scholars Residential Learning Community

Current & Upcoming

What’s happening these days

2021 AMS Calendar

Perko Morph is Mr. March!

Catalogs for Mathematical 3D-Prints

Recent Publications

Recent peer-reviewed published articles

Modeling Dynamical Systems for 3D Printing

Stephen Lucas, Evelyn Sander, and Laura Taalman
Notices of the American Mathematical Society, Vol. 67, No.11, p. 1692-1705, 2020

Wallpaper Patterns for Lattice Designs

Laura Taalman and Carolyn Yackel
Proceedings of Bridges Aalto, p. 223-230, 2020

Optimizing Morton’s Knots for Rolling

Abigail Eget, Stephen Lucas, and Laura Taalman
Proceedings of Bridges Aalto, p. 367-370, 2020

Opportunity costs in the game of best choice

Madeline Crews, Brant Jones, Kaitlyn Myers, Laura Taalman, Michael Urbanski, and Breeann Wilson
Electronic Journal of Combinatorics, Vol. 26, Issue #1, 2019

Calculus with Functions I

MATH 231
*now online!*
STEM Calculus I with Precalculus

Discrete Mathematics and Introduction to Proof

MATH 245
Bridge course for the major

HACKTASTIC

A blog about design, math, and failure

Electoral State Stackers

Electoral State Stackers 2016 1512 mathgrrl

I haven’t been stress-printing before the election, YOU have. Well, maybe you will after this post, at least. Fire up your 3D printer(s) because there are dozens of things you need to print before Tuesday, including each of the 50 states (and DC, which has 3 electoral votes), sized to each have approximately the same area, with heights determined by number of electoral votes.

10 Quick Tips for Building an Interactive Math Course in Canvas

10 Quick Tips for Building an Interactive Math Course in Canvas 1906 1452 mathgrrl

Fall semester is coming and you’re teaching online… let’s pause for a small scream 😭

Next year we’ll all be experts and there will be no end of talks, papers, and blog posts that we can use to figure out what to do. But right now we need the quick and dirty. What can we do NOW, and fast, to make our online math course content more interactive and engaging? If you’re getting ready to teach math online and your school’s LMS is Canvas, here are 10 quick tips to get you rolling.

Fitted Face Mask for People Who Aren’t Great at Sewing

Fitted Face Mask for People Who Aren’t Great at Sewing 2560 1920 mathgrrl

Over the past weeks I’ve iterated mask designs many times, acquired a bunch of sewing supplies, and learned from a lot of online patterns and videos. This mask design has a sewn-in nose wire, elastic loops that go all the way around your head, a filter sewn inside the mask, and minimal exposed seams. It’s washable and reversible, so you can decide which side is the outside after you’re done sewing it, or each time you wash it.

Using LaTeX with the New Canvas Quiz Engine

Using LaTeX with the New Canvas Quiz Engine 800 601 mathgrrl

Okay. Deep breath. It’s time to start figuring out how to teach online… I mean, how to do Actually Do It Well, not just as an emergency solution thrown together over a frenzied and sleepless week. There is a lot to work to do, so let’s start with something small: online math quizzes. In this post we’ll walk through how to use LaTeX typesetting in both the new and legacy Canvas quiz engines.

Laser Cutting from a 3D File

Laser Cutting from a 3D File 640 480 mathgrrl

To make files for laser cutting, you need two-dimensional information. You could download a picture from the internet, draw something yourself, or create an image in a program like Illustrator or Inkscape. In this post we’ll walk through the process of creating a 2D-laser-cuttable SVG file from a 3D-printable STL file using the free online in-browser modeling program Tinkercad.

STRUCTURE

Mathematical surface design for everyone

HYPERBOLIC - Curvy hyperbolic paraboloids formed by strategically placed straight line segments
SIERPINSKI - Triangles in positive and negative space arranged to make randomly colored Sierpinski fractals

Taking Sudoku Seriously

The math behind the world’s most popular pencil puzzle

This book uses the popular Sudoku craze as the starting point for a fun-filled introduction to higher mathematics
本书以流行的数独热潮为起点,开始对高等数学进行有趣的介绍
この本は、人気の数独の流行を、高等数学への楽しさ満載の入門の出発点として使用しています。

Taalman/Kohn Calculus

Flexible, modular textbooks for any classroom

A streamlined, structured exposition of calculus that combines the clarity of classic textbooks with a modern perspective and uncluttered design
This innovative text is the only book to interweave calculus with precalculus and algebra in a manner suitable for math and science majors
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