NSF Awards: 1418152
Our NSF project, Reclaiming Access to Inquiry-based Science Education (RAISE) for Incarcerated Students: An Investigation of Project-Based Inquiry Science within a Universal Design for Learning Framework in Juvenile Corrections Settings is creating a curriculum for incarcerated youth that is focused on STEM careers. While a wealth of research exists on career development for students in traditional schools, we know very little about the career development needs of incarcerated youth. Students in correctional facilities often have minimal access to career development education while they are arguably the student population most in need of career intervention. Our tablet-based STEM Career Pathway curriculum is delivered to students on iPads. Because many incarcerated students struggle with learning challenges, Universal Design for Learning (UDL) principles are used throughout the curriculum to provide scaffolds and supports to enable all students to access the curriculum. In addition, lessons were developed using a co-design process in which each step of the curriculum – from instructional content to technical considerations - was designed and modified based on comments from students in correctional facilities. A primary component of the STEM Career Pathway curriculum includes video interviews of people discussing their STEM job and the educational and career pathways which led them to this position. We intentionally chose to highlight people of color – who are underrepresented in the STEM field but disproportionately represented in the juvenile justice system – so that students learned about opportunities in STEM from people who share similar backgrounds to them. We also interviewed women who are working as researchers, teaching science, and studying math, computer science, and astronomy because there has historically been low participation of females in STEM careers. Embedded within the project’s goal of teaching career planning to incarcerated youth was the social and moral imperative of providing all students with the necessary tools for making career decisions that lead to productive and meaningful work.
NSF Awards: 1418152
Our NSF project, Reclaiming Access to Inquiry-based Science Education (RAISE) for Incarcerated Students: An Investigation of Project-Based Inquiry Science within a Universal Design for Learning Framework in Juvenile Corrections Settings is creating a curriculum for incarcerated youth that is focused on STEM careers. While a wealth of research exists on career development for students in traditional schools, we know very little about the career development needs of incarcerated youth. Students in correctional facilities often have minimal access to career development education while they are arguably the student population most in need of career intervention. Our tablet-based STEM Career Pathway curriculum is delivered to students on iPads. Because many incarcerated students struggle with learning challenges, Universal Design for Learning (UDL) principles are used throughout the curriculum to provide scaffolds and supports to enable all students to access the curriculum. In addition, lessons were developed using a co-design process in which each step of the curriculum – from instructional content to technical considerations - was designed and modified based on comments from students in correctional facilities. A primary component of the STEM Career Pathway curriculum includes video interviews of people discussing their STEM job and the educational and career pathways which led them to this position. We intentionally chose to highlight people of color – who are underrepresented in the STEM field but disproportionately represented in the juvenile justice system – so that students learned about opportunities in STEM from people who share similar backgrounds to them. We also interviewed women who are working as researchers, teaching science, and studying math, computer science, and astronomy because there has historically been low participation of females in STEM careers. Embedded within the project’s goal of teaching career planning to incarcerated youth was the social and moral imperative of providing all students with the necessary tools for making career decisions that lead to productive and meaningful work.
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Mark Rosin
This project is great! Thanks for sharing.
I was wondering what sort of tools you give students to help them overcome the barriers that the gatekeepers to STEM professions may throw up at them, because they have a history of incarceration?
Sarah Hampton
George Hein
Professor Emeritus
Bravo for developing this much-needed program. The emphasis on personal values as an effort to link potential students with successful STEM professionals seems particularly powerful. Did you focus on other key factors before that were not as successful?
Karen Harrington
Senior Research Fellow
Thanks for the positive comments on our project. Prior to our focus on values, we tried using interest inventories as a way to frame career exploration. However, the feedback we received from students in our co-design process demonstrated that interests were not as powerful a hook for thinking about a possible STEM career as were shared values.
Karen Harrington
Senior Research Fellow
Thanks for watching our video about STEM-focused career development for incarcerated youth. We would appreciate hearing your ideas around ways to increase awareness and interest in STEM careers among marginalized learners. Our curriculum uses Universal Design for Learning and the co-design process; we'd love to hear your thoughts about how we integrated these approaches in working with this unique population of students.
Shabnam Brady
Great project and idea! How did you choose the particular sites for participant recruitment?
Karen Harrington
Senior Research Fellow
Thanks for watching and commenting on our project's video. We worked with the Massachusetts Department of Youth Services office, which oversees all educational services in our state, to choose which juvenile justice facilities we would partner with for both the pilot and research studies.
Rachel Shefner
Associate Director
Amazing project, and I really like the spotlight on values as a lever for connecting the students to the representatives of STEM jobs. I understand that the curriculum focus is on developing interest, motivation and building STEM-positive identity in the students, but I am wondering if once the interest is developed, does it lead to an increase in motivation in the students to engage in STEM-specific coursework that could lead to these jobs?
Sarah Hampton
Karen Harrington
Senior Research Fellow
Thank you for the positive feedback about our project. Our research study, which will be conducted next academic year, will explore whether STEM career exploration leads to increased motivation in students to complete the relevant coursework necessary to pursue a job in STEM. This career unit is part of a larger biology curriculum which also uses Project-Based Learning, UDL, and the co-design process. The STEM career exploration process will be embedded throughout the biology curriculum to more explicitly link what students are learning in science class to future jobs in the STEM field.
Rachel Shefner
Rachel Shefner
Associate Director
Great! I look forward to hearing about what you find.
Sarah Hampton
MS Math and Science Teacher, Volunteer STEAM Coordinator
One of my favorite things about the STEM For All Showcase is seeing how researchers are addressing complex, systematic issues. You're right. This is a marginalized population that perhaps needs the greatest intervention and highest quality resources yet often receives the least and lowest. Your work seems like a great first step in giving these youth access to STEM careers. How will you build on this project or connect them to follow-up opportunities to capitalize on the interest you may generate?
Laura Rodriguez
Thank you for presenting your video on such important work. I am wondering if your curriculum addresses any other constructs - in addition to shared values with STEM professionals - that contribute to a sense of agency in STEM fields and a STEM identity Do students have opportunities to work collaboratively to explain natural phenomena or solve problems where they can get a sense of competence in STEM understandings and performances? How are their accomplishments acknowledged or recognized so that they can internalize a sense of accomplishment?
patricia Harrington
Amazing program. Gives me hope for the future. Great presentation. very concise and informative.
Bridget Dalton
This is such important work! I especially appreciate your co-design process and the focus on values as a way of connecting youth who are incarcerated to possible futures in STEM. I look forward to learning more about your work. Will you be measuring outcomes, and do you have any publications about this work?
Sarah Hampton
Sarah Fefer
I loved learning more about your project through this video. What important and meaningful work! I'm proud to have you all as UMass colleagues and can't wait to talk more about your work :)
Daniel Miller-Uueda
This is absolutely inspiring, transformative work. Thank you for your effort in this space!
Sarah Hampton
Lucia Dettori
Karen
I was excited to learn about your project! As you might know Chicago Public Schools has made a year of CS a graduation requirement for all HS students starting with the class of 2020. This is the result of several years of work with CAFECS (the Chicago Alliance for Equity in Computer Science) With 97 high schools in the district we have a couple of them that serve primarily incarcerated youth. I'd like to connect with you and see what we can learn from you and adapt to our schools.
Great work
Karen Harrington
Senior Research Fellow
Lucia, I really enjoyed your CafeCS video and would love to talk about ways our projects with incarcerated youth overlap. Please email when you get a chance at karenh@umass.edu
ellen furuya
Fascinating initiative and great coverage in Forbes.com. What have been some of the unique challenges of gaining access and working with incarcerated youth?
Michael Briscoe
I just wanted to echo that this work is important and inspiring. Any chance that some of these educational resources are publicly available? In particular, the STEM-occupation videos could be useful in a variety of settings. I hope this research continues to be fruitful!
Diane Smoot, Ph.D.
Thank you for the fascinating view of Universal Design in Learning in action. The videos of the STEM professionals linked by values were powerful. Day of Cyber does something similar when they link professions by learning style (https://www.nsadayofcyber.com/). Your efforts with the youth remind me of Code.7370. (https://thelastmile.org/). I applaud you for your important work and look forward to reading about your future progress.
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