NSF Awards: 1758481
The project, Carver Teaching Initiative - Inspiring the Next Generation of STEM Teaching Professionals through Internships, Recruitment, and Engagement (CTI – INSPIRE), supports internships and scholarships for undergraduate students pursuing STEM degrees and preparing for careers as classroom teachers. It provides summer internships for freshmen and sophomores, two-year scholarships for juniors and seniors, and professional development incentives for first-year teachers.
The project builds on a recent study of high school students’ career interests. The study found that, “The strongest career influence that high-achieving, underrepresented minority, high school students have is first-hand experience doing work in a given career area. The second strongest career influence is to have a vicarious experience, wherein students learn about the career from someone in that area. These influences can be either positive or negative. Positive experiences will influence students towards a career and negative experiences will influence them away from a career.”
Drawing on this and findings from similar research, the project nurtures college students’ interest in STEM teaching by providing positive first-hand experiences through internships in addition to aggressive recruitment, and early professional development.
NSF Awards: 1758481
The project, Carver Teaching Initiative - Inspiring the Next Generation of STEM Teaching Professionals through Internships, Recruitment, and Engagement (CTI – INSPIRE), supports internships and scholarships for undergraduate students pursuing STEM degrees and preparing for careers as classroom teachers. It provides summer internships for freshmen and sophomores, two-year scholarships for juniors and seniors, and professional development incentives for first-year teachers.
The project builds on a recent study of high school students’ career interests. The study found that, “The strongest career influence that high-achieving, underrepresented minority, high school students have is first-hand experience doing work in a given career area. The second strongest career influence is to have a vicarious experience, wherein students learn about the career from someone in that area. These influences can be either positive or negative. Positive experiences will influence students towards a career and negative experiences will influence them away from a career.”
Drawing on this and findings from similar research, the project nurtures college students’ interest in STEM teaching by providing positive first-hand experiences through internships in addition to aggressive recruitment, and early professional development.
Continue the discussion of this presentation on the Multiplex. Go to Multiplex
Jomo Mutegi
Associate Professor of Science Education
Welcome to the CTI-INSPIRE presentation! We are currently in our first year of funding, and our first Summer STEM Teaching Interns are engaged in their internships and a related 200-level summer course.
Tambra Jackson
We are very excited and proud to have this program at IUPUI and in the Indianapolis community. Opportunity and access cannot be underestimated in changing the demographics of a STEM teacher workforce.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Tambra, I am sure through your work with the Freedom School Partners (https://www.indyfreedomschools.org/) and your research in general, you have been able to see first hand the benefits of a more diverse and representative pool of teachers. Thanks for visiting!
Catherine McCulloch
This project sounds very interesting, and needed! I am interested in how you recruit the college students. Your description on the right mentions "aggressive" approaches. What has worked?
Michelle Quirke
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Catherine, that is a great question! Our project provides full tuition support for students once they are college juniors or seniors in a STEM major. One of the challenges we face in trying to recruit underrepresented minorities is that by the junior year, attrition has greatly reduced the pool of available students. So, much of our effort is aimed at ensuring that eligible students make it to the junior year. Two ways we do this are by (a) recruiting high-achieving, high school juniors and seniors; and (b) providing financial and academic supports to interested college students during their freshman and sophomore years.
Marilu Lopez Fretts
Danielle Watt
Robin Jones
Dr Mutegi, I really enjoyed your video. I have one question about how you target recruits. Are you looking for students already in STEM, then recruiting them for teaching? Or students interested in teaching, then recruiting them to focus on STEM? Or perhaps you're doing both. I taught one class as an adjunct at IUPUI, and I had a few students dedicated to teaching who didn't realize how talented they were in math because they hadn't been successful in high school. I'm hoping such students could find STEM support enough to specialize in it through their teaching program.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Robin, you raise a very good point. Many students do not realize their potential to be great STEM teachers because of negative experiences. To answer your question, we are doing both. Our recruitment approach is to encourage students to consider STEM teaching as a profession and to provide supports to them as they engage in that process. We want them to make well-considered, informed career decisions. The one challenge that a non-STEM student might have is that of completing the degree in a reasonable amount of time. So, a junior art major would have a lot more work to do than a junior engineering major.
Robin Jones
Danielle Watt
Director of Education, Outreach, Diversity
Thank you for sharing your project! What are the additional resources you provide to the freshmen and sophomores besides the summer internships - for example internship training, STEM course resources, etc.?
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Danielle, thanks for asking. During the academic year preceding the summer internship, summer interns meets once a month for about 90 minutes. During this time we engage in workshops aimed at answering career oriented questions and familiarizing them with aspects of teaching that are not generally covered in methods courses. We invite practicing educators to visit with them and discuss their respective career trajectories. The types of topics we address include: careers in non-formal spaces and careers in administration; navigating the politics of K-12 schools; building effective partnerships with industry; and building effective partnerships in the community. These monthly workshops are one of the resources we provide and we have found that they help the interns to build a network among themselves.
Marilu Lopez Fretts
Danielle Watt
Danielle Watt
Director of Education, Outreach, Diversity
I really like the pre-internship training topics as they can be critical to student/teacher success and access to resources. Bravo to you for offering this training prior to the internship.
Jomo Mutegi
Terrell Morton
Intriguing project. I find this idea to be a creative approach to engage students, particularly racially and ethnically diverse students in STEM education and teaching. In my experience, a lot of these identified student groups get to their junior and senior year of college STEM studies and then decide that education is something they wish to explore after "deep reflection" on aspects of who they are, what interests them, or their own experiences. Or, you find groups who after graduation consider education and seek lateral entry positions (as best as possible) to get into education. My question or thought is, have you all considered expanding your work to students in later "developmental" stages? Also, when it comes to licensures or ways by which they can engage in STEM teaching (like informal experiences)?
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Terrell, it's good to hear from you! I appreciate those questions. For your first question, the current structure of the program grew out of programmatic conditions at IUPUI. One of those is the limited recruitment pool among the upperclassmen. Your second question boarders on being prophetic. We have a newly developed "grow your own" partnership with a local district that offers modified preparation for elementary certification. The district-level administrators love the program and have expressed interest in a similar offering for secondary STEM certification.
Marilu Lopez Fretts
Crystal Morton
Dr. Mutegi,
I am very excited about this project and the impact it will have on reshaping the STEM Education teaching landscape!
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Thanks, Crystal!
Demetrice Smith-Mutegi
Dr. Mutegi,
Thank you for your leadership on this very important project in STEM education! All students deserve teachers who "look like them". I can't wait to hear more about the progress in the near future!
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Thanks, Demetrice! This project aligns closely with your own research interests.
Michelle Quirke
Dr. Mutegi, I was excited to learn more about your program that is providing resources to students interested in pursuing STEM teaching as a profession our community. Can you share how the success of internship placements in teaching will be tracked?
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Sure, Michelle. Our ultimate goal is to have interns commit to completing the teacher education program. So, the measure of success is the number of interns who make the commitment. Beyond that measure we are also collecting data on the internship experiences and interns' responses to those experiences. These data will help us to make the internship more effective in years to come. Thanks for visiting!
Terri Norton
Very exciting program! I'm curious about the role of the community college in your collaboration. Are community college students able to participate as interns? Also, have you seen an increase in STEM interests from the K-12 students exposed to the interns?
Salvador Huitzilopochtli
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Terri, we do have a partnership with Ivy Tech Community College. Currently 1/3 of our interns are from Ivy Tech, and our goal is to recruit about 1/3 of our students from there. As for the second question, our interns are still in the early stages of their internship. So it may be too early to assess the impact of the interns on the K-12 students they interact with. Thanks!
Salvador Huitzilopochtli
What a great project! Terri's question made me think of pipelines for STEM education that could start in the high schools. Do you have any plans to promote the kind of interest that Terri mentioned and then foster a trajectory through the university?
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Salvador, thus far our emphasis has been on recruiting college students. However, we have secondary partners and we do outreach to secondary schools. We expect to increase our efforts with secondary students as we enter into our second year of funding.
Phillip Eaglin, PhD
Founder and CEO
Such important work! Please keep doing it! As an African American male STEM educator of 29 years, I know exactly how important it was for me to have STEM teachers who looked like me. Question: Is there a support system for the new teachers after they enter the classroom? What is that? Are you connecting them to local, state, and regional networks like chapters of the National Alliance of Black School Educators?
Marilu Lopez Fretts
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Phillip, it is good to hear from you. Please email me directly when you get a chance. IN answer to the first question, there is a support structure in place for graduates for the first five years. Much of the support is coordinated through IABSE (the Indianapolis Association of Black School Educators). During this five-year induction period, we also incentivize teachers to take part in professional associations, by helping to offset the fees of conference attendance.
Phillip Eaglin, PhD
Marcelo Worsley
Assistant Professor
Jomo,
I wish this program had been around when I was in school. One of the great things about teaching is that it can force you to learn your own coursework better. Are you looking at how in-school academic performance changes alongside participation in this program?
Marilu Lopez Fretts
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Marcelo, that is an excellent suggestion. We had not planned to explore that topic, but we will have data that will provide some useful insight in that area. I will make a note of it. Thanks!
Cianna Anderson
As one of the interns in this program, I think this will be an amazing experience. It is always good to be a helping hand in developing the minds of young people and allowing them to be exposed to STEM(M) is a bonus.
Jomo Mutegi
Associate Professor of Science Education
Thanks, Cianna!
Payton Howard
Thank you for sharing, very informative !
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Thank you, Payton!
Brandon Hamilton
Excited about the program. So far it has been a fun and eye opening experience in the world of math and science teaching.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Thanks, Brandon!
Nyasha Chinembiri
This program has changed my view on teaching and teachers. It has show me how important teachers are to the world. Working hand in hand with my mentor has shown me how much work she puts in before and after school. As a student you do not see that side.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Nyasha, thanks for sharing that insight!
Angela Calabrese Barton
Hi Jomo: Very powerful and important work! I love that you bring in community members to provide support for and share insights with the teaching interns. I would love to hear more about how you set this up and provide for continued interactions with community members.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Angie, it's good to hear from you! Our efforts to involve community members is somewhat organic. We began with our partnering school districts, then the co-PIs and I drew from our professional networks to identify people who might be interested based on their work. A few program activities, such as monthly workshops and an annual social provide opportunities for community interaction throughout the year.
Marilu Lopez Fretts
Angela Calabrese Barton
Thanks Jomo! I deeply value the participation with community, and understand how it has to be organic. It would be good to think more with you on how this matters both in school science and in TE. Thanks for such a powerful program!
Jomo Mutegi
Tamiko Porter
I echo other’s sentiments that this is a great video and a very needed project. I’m excited to work along with the team.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Thanks, Tamiko! The team is excited to have you!
Robert Yost
I am excited to work with this group of educators in assisting and guiding the next generation of K-12 educators as they prepare for a future in teaching. This program will help in filling a void in under-represented teachers in Indiana.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Thanks, Robert!
Heidi Carlone
Jomo, this is great work! As you progress, I'd love to see your curriculum/syllabi. I'm looking for models about how to productively integrate culturally responsive/sustaining pedagogy as a regular and integrated feature of our entire elementary education program and will look to your program as a model.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Heidi, I appreciate that. I will share some of what we have developed.
Marilu Lopez Fretts
Wonderful project! Thanks for sharing, Jomo.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Thank you, Marilu!
Makeda Cheatom
Great program! Please keep in touch. I would like to see how we can work together.
Jomo Mutegi
Jomo Mutegi
Associate Professor of Science Education
Thanks, Makeda! Let's connect.
Further posting is closed as the showcase has ended.