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MICRO Engaged Lab Learning
Home
Call for New Implementers
About
Application
Project Goals
Curriculum Learning Goals
Development Team
Equity & Justice Statement
FAQ + Contact Us
Photos
Lab Materials
Vinegar Titration Lab
Baking Soda/Cream of Tartar Titration Lab
Vitamin C Titration Lab
Copper Electrochemistry Lab
Make-Your-Own Microfluidic Device
Milk Protein Analysis Lab
Bromide Analysis Lab
Student Resources
Microfluidics Explained
Microfluidics Tutorials
Image Analysis Tutorials
Titration μPADs
Flow-Through μPADs
Electrochemistry μPADs
Make-Your-Own μPADs
Concentration Calculations
ColorAssist Tutorial
Professionals in the Field
Safety Resources
Faculty Resources
Materials for Students (Instructor Version)
Participant Community
Literature on Microfluidics
Safety Resources
MICRO Engaged Lab Learning
Home
Call for New Implementers
About
Application
Project Goals
Curriculum Learning Goals
Development Team
Equity & Justice Statement
FAQ + Contact Us
Photos
Lab Materials
Vinegar Titration Lab
Baking Soda/Cream of Tartar Titration Lab
Vitamin C Titration Lab
Copper Electrochemistry Lab
Make-Your-Own Microfluidic Device
Milk Protein Analysis Lab
Bromide Analysis Lab
Student Resources
Microfluidics Explained
Microfluidics Tutorials
Image Analysis Tutorials
Titration μPADs
Flow-Through μPADs
Electrochemistry μPADs
Make-Your-Own μPADs
Concentration Calculations
ColorAssist Tutorial
Professionals in the Field
Safety Resources
Faculty Resources
Materials for Students (Instructor Version)
Participant Community
Literature on Microfluidics
Safety Resources
More
Home
Call for New Implementers
About
Application
Project Goals
Curriculum Learning Goals
Development Team
Equity & Justice Statement
FAQ + Contact Us
Photos
Lab Materials
Vinegar Titration Lab
Baking Soda/Cream of Tartar Titration Lab
Vitamin C Titration Lab
Copper Electrochemistry Lab
Make-Your-Own Microfluidic Device
Milk Protein Analysis Lab
Bromide Analysis Lab
Student Resources
Microfluidics Explained
Microfluidics Tutorials
Image Analysis Tutorials
Titration μPADs
Flow-Through μPADs
Electrochemistry μPADs
Make-Your-Own μPADs
Concentration Calculations
ColorAssist Tutorial
Professionals in the Field
Safety Resources
Faculty Resources
Materials for Students (Instructor Version)
Participant Community
Literature on Microfluidics
Safety Resources
Project Goals
Create enriching and engaging laboratory experiments while learning remotely
Move away from "cookbook" lab designs and promote active learning
Provide students the with chance to explore and create their own experiment all while practicing good analytical science
Give students the opportunity to develop their own procedures and critically think about what different outcomes may be
Presentation from informational meeting:
MICRO information meeting 15 June 2020
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