Communications of the ACM
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The Interdisciplinarity of Data Science from the People Analytics Perspective: Part One
The case of a People Analytics Workshop for undergraduate computer science students.
From BLOG@CACM
Five Research Questions Raised by a Pre-Mortem on the 60 Minutes Segment on Code.org
If undergraduate CS research doesn't become gender-balanced in 10 years, why didn't it?
From BLOG@CACM
Computer Science Was Invented to Teach Everyone About Everything
Our goal should not be Computational Thinking, but Science, Mathematics, History, Engineering, and *Everything* Thinking.
From BLOG@CACM
The Growing Tension Between Undergraduate and K-12: Is CS for All, or Just Those Who Get Past the Caps?
Are we repeating the 1980's? It's even worse now.
From BLOG@CACM
The Ethical Responsibilities of the Student or End-User Programmer
If a student's program goes awry, who is responsible? How do we protect society and encourage people to learn about code?
From BLOG@CACM
Computational Thinking, Education for the Poor and Rich, and Dealing with Schools and Teachers As They Are: A Twitter Convo
A Twitter conversation turned into a narrative on computational thinking
From BLOG@CACM
Moving Computing Education Past Argument from Authority: Stuart Reges and Women Who Code
Computing educators often make decisions based on arguments from authority. Time to move on.
From BLOG@CACM
My First Interaction, Design, and Children Conference, IDC 2018
IDC 2018 was a fun conference with lots of great insights.
From BLOG@CACM
Integrating CS to Improve Scores in Math, Science, and English Language Arts: New Result from Code.org and Outliers
Evidence from Broward County of integrated CS curriculum having an impact on standardized tests
From BLOG@CACM
Learning Computer Science Is Different Than Learning Other STEM Disciplines
Learning computer science has unique challenges that make it harder than learning other STEM disciplines.
From BLOG@CACM
The Real Costs of a Computer Science Teacher Are Opportunity Costs, and Those Are Enormous
It is hard to convince people to become CS teachers (K–12 or University) when the opportunities elsewhere are so lucrative.
From BLOG@CACM
How Much CS Ed Will $1.3B Buy You? Not Enough to Reach Every U.S. School, Nor Every Child
The White House promises $200M/year for CS Ed, and the Tech industry promises $300M over 5 years. What can we get for that?
From BLOG@CACM
Coding in Schools as New Vocationalism: Larry Cuban on What Schools Are For
What are schools for, and is coding a necessary part of that?
From BLOG@CACM
CS Education on Tablets For CS for All (#Tablets4CS For #CSforAll)
If we design CS education for tablets, everyone will learn better.
From BLOG@CACM
Will Machine Learning Prevent S From Achieving the Goals of Teaching Computing to Everyone?
At TURC, ACM leaders consider the future of AI, and I ask about the implications for computing education
From BLOG@CACM
Evaluating Computer Science Undergraduate Teaching: Why Student Evaluations Are Likely Biased
Unconscious bias is pervasive in computing, and training is our best remedy, how can untrained students evaluate their CS teachers without bias?
From BLOG@CACM
Generation CS: When Undergraduates Realized They Needed Computing
A new Computing Research Association report describes the dramatic influx of undergraduates into computer science classes.
From BLOG@CACM
Taking Incremental Steps Towards CS For All
U.S. states are developing novel, incremental approaches to CS for All.
From BLOG@CACM
Five Principles For Programming Languages For Learners
Five considerations when choosing a programming language for schools
From BLOG@CACM
Using Other STEM Disciplines to Predict Future Computing Education
A recent AAAS Symposium on STEM Education provides the opportunity to compare computing education to other STEM education.
From BLOG@CACM