STEM Education Framework – NYC Department of Education (PDF)
Mark Schober’s Modeling Science
Tammy Gwara’s Particle Pedagogy
Engineering is Elementary
Model Shop Series
NewYorkScienceTeacher.com
STEM Alive from PBS Learning Media
Tools for Ambitious Science Teaching
Wildlife Conservation Society’s Field Sight

Next Generation Science Standards
NGSS-Aligned EQuIP Rubric for Lessons & Units: Science
NGSS-Aligned Quality Examples of Science Lessons and Units
Group Learning Routines
Pre, During, & Post Reading Strategies in Science Classrooms
Using phenomena in NGSS-Designed Lessons and Units; Qualities of a Good Anchor Phenomenon

American Modeling Teachers Association
American Association of Physics Teachers
Science Teachers Association of New York State
New York State STEM Education Collaborative
CityScience
Chemistry Teachers Club of NY
Science Supervisors Association
UFT Science Committee
Physics Club CCNY
STEM Education Coalition
STEMconnector
New York Biology Teachers Association  (NYBTA)
National Science Teachers Association
NYC DOE Scientist in Residence Program
NYC DOE STEM Department
New York Academy of Sciences
Center for STEM Education for Girls
Black Girls Code
Geeks Rule
STEP UP

PhET Simulations for Math and Science 
The Universe and More – a collection of physics-focused online games
Interactive Periodic Table
PlayMada Games for Chemistry
Zooniverse (Kids + Scientists Collaborate on Projects!)
AMTA Chemistry Modeling Webinar
National Geographic Climate Change Resources
oPhysics: Interactive Physics Simulations
GeoGebra Math Calculators with Graphing, Geometry, 3D, Spreadsheet, CAS
Vernier
Exploratorium’s Tinkering Studio
UL Xplorlabs
Instructables
MakeZine
Lab Out Loud Podcast

Wolfram Demonstrations Project:
Circular Motion and Newton’s First Law
Musical Scales
Galileo’s Paradox
Interfernece of Waves from Double Slit
Energy of a Slingshot
Interaction at a Distance: The Radiation Model
Animated Pendulum
All of F. Brunschwig’s Demonstrations (Simulations)

Empowering great teachers by Bruce Albert (Science Magazine)
What is Modeling Instruction? by Colleen Megowan-Romanowicz
Interactive engagement vs. traditional methods by Richard Hake
Modeling Instruction: An Effective Model for Science Education by Jane Jackson, Larry Dukerich, David Hestenes

2nd Edition by Richard Karplus (Edited by Fernand Brunschwig)

COVER AND DEDICATION
FOREWORD by Fernand Brunschwig
INTRODUCTION to 2nd Edition
PREFACE by Robert Karplus
TABLE OF CONTENTS
CHAPTER 1: THE NATURE OF SCIENCE

This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.

Mouser Electronics — very extensive selection of electronic components, lighting and other materials.  Their prices are especially good for bulk orders.
Jameco Electronics —  electronic components and materials for robotics projects.  Do not miss the workshop tab on their website!  It is full of project ideas, useful videos and other great resources.
All Electronics Corp — electronics & robotics supplies.  Thor prices are very good and they carry some surplus electronic components at very reasonable prices.  When purchasing a small number of items, their prices are often far better than those found on Mouser Electronics.
Electronic Goldmine — one of the web’s best places for surplus electronics & robotics components! From LED panels out of street lights to electronic bug swatter, you never know what you can find on the site! Their prices are some of the best on the web as well.
American Science & Surplus — nice assortment of science, robotics & electronics supplies and equipment at good prices. Reading their item names and descriptions is half the fun.
Adafruit Industries — good source for DIY electronics, Arduino and other kits.
Tayda Electronics — electronic components
All About Circuits

The Various Applications of Robots
Leg and Motion Control Design Principles
Automotive Design Principles for Future Engineers & Robotics Teams
Flow Rigs for Fluid Dynamics and Heat Transfer
Karakuri and the Concept of Sociable Robots
How To Build A Robot From Scratch

Check out the resources on our Culturally Responsive STEM Initiative Page!