By David Manuel Torres | June 13, 2019
Every year, the National Science Foundation (NSF) hosts a unique virtual event—a week-long STEM for All Video Showcase. In the videos, Principal Investigators, practitioners and researchers describe federally funded projects that seek to improve and innovate within STEM education. The brief videos are posted and viewed globally. This year, I joined up with ETR Senior Research Scientist Jill Denner and Senior Editor Marcia Quackenbush to create an ETR video for the NSF showcase.
By Shannon Campe | March 4, 2019
What do you know about badges? I’m not talking about the patch you sew on your Girl Scout vest when you’ve completed your Space Science Explorer requirements. I’m talking about digital badges that people can share widely online.
By Linda Kekelis, PhD | December 11, 2018
Advisor, STEM Next Opportunity Fund
We need to build greater diversity in STEM education. Like a lot of my colleagues, I’ve worked to create programs welcoming more girls and youth of color into STEM. We’ve made good progress, and we are creating positive momentum.
But one group that continues to be overlooked, even within strong and established programs, is youth who are disabled.
By Louise Ann Lyon, PhD | October 9, 2018
The mainstream culture in the U.S. values independence. As a nation, we esteem individual actions and view them as paths to success. “Pulling yourself up by your bootstraps” is an admirable trait.
However, that focus is not the full picture.
Emily Green, MA | July 24, 2018
ETR is a distributed workforce. This means we have four sites spread over three cities, along with a team of remote workers spread all over the country. This helps strengthen our ability to reach different populations and bring talented people on board who wouldn’t be able to commute to one of our physical offices.
If you work in the field of Equity and Inclusion in STEM, you’ll recognize this as a structural model that encourages greater diversity in a workforce.
By Louise Ann Lyon, PhD | May 31, 2018
What comes first for young adults? Education? Or Work?
In this culture, we usually view education and work as sequential stages rather than part of a mutually enhancing cycle. Our ideal seems to be that secondary and post-secondary students need to focus on school and should not be working during the school year. At the same time, we expect education to give students skills they will need in the workplace.
By Louise Ann Lyon, PhD | February 28, 2018
Why bother learning to write computer code? That’s a question I used to asked myself. I believe that many women are still asking this question. They don’t perceive the value of coding until they get into the workforce and discover a host of ways coding can increase the impact of their work.
This is just one more reason we should celebrate, support and advocate for the improvement of alternative computer science (CS) training grounds such as coding boot camps.
By Louise Ann Lyon, PhD | February 8, 2018
Finally! More and more attention is shifting to the fact that community colleges could play a critical role in diversifying computing fields.
The National Science Foundation and Google have given momentum to this movement by funding and hosting a workshop, the “Authentic Inclusion of Community Colleges in Broadening Participation in Computing.” It was held January 30-February 1, 2018, at the Google headquarters.
By Chris Connelly | September 7, 2017
Former Data Core Intern, ETR
Not many people would align my professional goals with those of a non-profit. I’m majoring in Economics and Politics at the University of California, Santa Cruz. After graduation, I plan to earn a Masters in Applied Economics and Finance. Then—law school. I want to use my knowledge of economics and law to work as a corporate attorney.
So why did someone like me choose ETR for an internship?
By Chris Harrison, EdD | August 24, 2017
“It is not taboo to fetch what is at risk of being left behind.”
~Sankofa, Akan tribe of Ghana
This is a true story. Picture, if you will, a young student “at-promise,” starting his first day of middle school. His name is Michael. He is excited about reconnecting with friends, meeting his new teachers and finding his way around his middle school.
But right after school begins Michael calls his mother and exclaims, “Mom, you have to come and get me because they have me in detention. They won’t let me go to class!”
By Louise Ann Lyon, PhD | August 22, 2017
Imagine a high school student who loves technology. She’s decided to pursue a career in computer science (CS). What steps will take her forward from school to career?
Planning for these steps is an essential part of the educational process, both for individual students and for educational institutions. Unfortunately, the current ways most institutions are thinking about the CS pipeline—or even the more flexible model of pathways—aren’t workable for a lot of students.
By Louise Ann Lyon, PhD | December 1, 2016
Why isn’t the tech field more diverse? And what can we do to change that?
One of the challenges is the so-called “pipeline” issue. We don’t have enough women and underrepresented minority students pursuing, and then completing, computer science degrees. That means we don’t have enough trained and skilled professionals to do all of the work that needs doing.
By Jill Denner, PhD | November 28, 2016
Vocational education is making a comeback! Nationally, we are seeing new attention being brought to career-technical education (CTE). Revitalized efforts are seeking to provide students the mix of technical training and academics that will prepare them for real-world, 21st century careers. We expect this trend to continue.
Computer science skills—including the ability to code—play a role in a number of the established CTE pathways.
By Jill Denner, PhD | October 17, 2016
Computer science for all? If you’ve been reading the headlines, you have seen the explosion of articles. Proponents argue we must offer computer science (CS) education to all students, in a combination of school and afterschool programs. At first glance, making CS available to all sounds like a great idea. But there have been concerns about what this looks like in practice.
By Eloy Ortiz, MURP | October 4, 2016
Our nation has a vital interest in building a better pipeline to careers in STEM. However, females, Blacks and Latinos are substantially underrepresented in tech professions. ETR has had a longstanding commitment to exploring ways to boost the presence of women and underrepresented minorities in the tech world. A number of our research projects explore strategies to support a more diverse presence in the field.
By Erica Marsh | September 15, 2016
Extra Innings is a new project which will be building a mobile video game to teach math and science. It’s a collaboration between ETR, dfusion and Science of Sport.
What’s new and different about it? We’re using a curriculum called Science of Baseball as the foundation, and we’ll be doing a formal evaluation of its efficacy.
By ETR | August 17, 2016
One of ETR’s areas of focus is Diversity in IT. Our team is nationally known for its work in research, evaluation and promoting strategies to increase diversity in STEM fields. They’ve done original research, developed and tested programs and learning approaches, and built partnerships that boost pathways from school to college to the workforce.
The team has also developed three tip sheets that can help boost the efficacy of school- and community-based programs with youth. See them all on this page, or go to the individual pages below.
By Shannon Campe | August 2, 2016
Fifteen years ago, ETR started working with middle school girls to help them build computer programming skills and confidence. This was Girls Creating Games, a project where girls designed and programmed their own games. It was one of the earliest projects in our Diversity in IT group.
By Yethzell Diaz | May 5, 2016 (first published April 17, 2014)
Education Manager, Digital Nest
Editor's note: In 2014, when Yethzell Diaz was a Research Assistant here at ETR, she wrote this column about technology and social justice. Recently, she accepted a position at Digital Nest. This seemed a perfect moment to re-post one of our favorite contributions to the ETR Blog. Thanks, Yethzell, for all the fine work you did for ETR, and best of luck over at the Nest!
First, let me be clear about something. I am not a techie. At all. The first time I interacted with a computer was probably in seventh grade. Technology stuff was completely foreign to me. My family and friends didn’t know about it. And there wasn’t someone we could turn to for guidance.
I did, however, become a student at University of California, Santa Cruz (UCSC), majoring in sociology, and at one point I desperately needed to get into a popular class. A hundred students were competing for ten open spots. How was I going to swing it?
By Louise Ann Lyon, PhD | April 19, 2016
Getting a degree in computer science can be tough. In the name of “rigor,” computer science and related fields have established a structured hierarchy of course prerequisites. These need to be taken in a specific sequence. Often, however, the necessary classes aren’t offered every term. This situation forces college students to plan their schedules carefully or risk being delayed in their education.
I have sat in on many faculty meetings watching heated debates about how much math, science and computer science should be required of college graduates claiming a computer science major. But what are the implications of these decisions for who persists in computer science? And how much of this is truly necessary to prepare students for the current workplace versus simply keeping things the way they have always been?
Or, as I have been asking lately, is this about maintaining “rigor,” or just keeping out the “riff raff”?