View source for Modeling the Progress and Efficacy of Wisconsin CS Education

== Project Description ==
Computer Science education has never been so critical to the next generation of academics and industry leaders as it is today. 67% of all new STEM jobs created are in computing, but only 11% of STEM bachelor degrees are in computer science. This massive disparity is exacerbated by a fundamental lack of CS education in middle schools and high schools across the country. This project aims to uncover new information about how CS education has changed in the state of Wisconsin, and visualize the data in such a way as to encourage policy makers to take a serious look at the approach schools take with respect to computer science.


== Project Goals ==
* ''Gather, clean, and interpret CS education data concerning teacher licensure, enrollment statistics, program quality, and geographic location
* ''Develop models trained on the data to predict what CS education might look like in the future

=='''Milestones:'''==
{| class="wikitable"
|-
|'''Week'''
|'''Description'''
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|Week 1
|
*Initial meetings with mentor
*Data science crash course
|-
|Week 2
|
*Read related literature on CS education
*Practice machine learning techniques
*Begin scraping/cleaning data
|-
|Week 3
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*Automate process of data scraping
|-
|Week 4
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*Visualize/interpret collected data
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|Week 5
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* Correlate scraped data with existing external records
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|Week 6
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*Outline potential ML approaches for analyzing results
|-
|Week 7
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*Continue verifying data and creating visualizations
|-
|Week 8
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*Train and analyze ML models
|-
|Week 9
|
*Congregate the summer's work and record final observations
*Poster/paper/presentation work
|-
|Week 10
|
*Poster/paper/presentation
*Wrapping up
|}