The Northern New Mexico STEM Mentor Collective addresses the problem of low STEM aspirations and expectations by empowering undergraduate STEM majors to serve as sustained STEM role models in the schools and libraries where they grew up. In this brief video we meet participating mentors, school students and teachers and view the program's impact through the eyes of both our college president and our congressional representative.
The Northern New Mexico STEM Mentor Collective addresses the problem of low STEM aspirations and expectations by empowering undergraduate STEM majors to serve as sustained STEM role models in the schools and libraries where they grew up. In this brief video we meet participating mentors, school students and teachers and view the program's impact through the eyes of both our college president and our congressional representative.
Kevin Brown
Senior Research Scientist
Mentoring programs hold such great promise, not just for those mentored but for the mentors themselves as the video makes clear. Do you have plans to study the impact of the program on those doing the mentoring as well as those being mentored? It sounds like you have already developed important cross-sector partnerships, but I'm wondering if are you planning on growing the pool of possible mentors by accessing local business/industry in order to recruit people already working in a STEM job? Finally, do you think it will be important to match mentors to children of similar gender, race, or other background characteristic? Very inspirational video, so I am quite eager to hear about results once they start coming in!
Steve Cox
Thanks Kevin, indeed the impact upon the mentors is huge. These are folks that have not previously thought of themselves as content experts. Their mentoring provides both this boost of self-confidence and provides them with a cohort of fellow student and faculty mentors through which to experience their studies. Existing evaluation of Service Learning by undergraduates points to this cohort has having significant impact on the mentors academic identity and so STEM retention. We are gathering such data from our mentors.
We work to see these mentors and programs catalyze further community involvement. This has already happened in one of our STEM outposts - the public library in El Eito, where three adults have devoted themselves to the three technologies (3d printing, robots, makey-makey) in their pilot makerspace, while the librarian herself has received companion funding from the local gov lab (Los Alamos) for additional equipment and training.
And regarding the tough question of matching mentor/protegee characteristics I find that kids look beyond color and gender to shared experience/struggle when connecting with mentors.
Kathryn Williamson
Great video! How do you recruit and retain mentors? How often do they meet with students, and where? Do you do mentor training or facilitation? How do you match mentors to students?
Steve Cox
Thanks Kathryn. We recruit from our STEM classes and retain by having them co-mentor with qualified caring mentors in settings where they can make a quick impact. The settings are in the schools or libraries, in class or after-school or weekend. A mentor typically meets with same group of 4 or 5 students for 2 hours each week. We offer an 8 week mentor training course centered around the text "Stand By Me, the risks and rewards of mentoring today's youth" by Jean Rhodes. The matching is largely done by discipline, e.g., bio faculty recruit and mentors bio mentors, and time availability, many of our students are working parents.
Sara Mccormick
So PROUD of our awesome STEM colleagues & student mentors @ Northern who inspire youth in our area, motivate & engage, and above all, help them to see that they can and are deserving of such educational opportunities, with dedication and hard work. Si se puede! #NorthernProud#FlyLikeAnEagle #FindYourFuture@Northern
Sara McCormick
Recruiter
Northern New Mexico College
Rosann Tung
Director of Research and Policy
Your video and initiative are quite compelling. Here are some questions I had while viewing the video:
Steve Cox
Thanks Rosann.
1. Our disciplinary Mentoring Curriculum is being built from the ground up: starting with our collaborating classroom teachers in consultation with our college faculty we then co-build instruments with our undergraduate mentors. To take 9th grade math as an example, we have mentoring in place (lunch and afterschool) 4 days a week to give small group help to those struggling in algebra as well as in class mentoring 1 day a week for the (advanced) geometry students where we augment instruction with parametrized curves through javascript as ways to construct and print novel shapes in Tinkercad.
2. As in one students come to us through particular teachers and to date have therefore not been of mixed-age. Our one exception is our middle school afterschool robotics club, with a mix of 7th and 8th graders.
3. At present our 16 mentors serve over 120 mentees in three schools and two libraries. Their presence has transformed classrooms and led to real demand - while positive reports from mentors has also generated greater interest in serving. Our budget precludes growing beyond 20 mentors - though we have received a gift from a local company and 3 of our partners have sought and received grants to partner with us and adults in the community have come forward look for ways to work with us. In the short term we will cycle our mentors through the 3 schools - this will maximize their exposure but of course leave many gaps. In the long run we will attract more funds from more sources and bring greater coverage.
4. The bulk of our mentees are in grades 7-9. We will track them by remaining in their lives. In addition to their changing attitudes toward STEM we will track their enrollment and progress in our Dual Credit Offerings. Re our mentors, there are at present more STEM job postings with the state in Sante Fe and Forest Service and the lab in Los Alamos then we can fill. We anticipate that the bulk of our STEM majors will continue to graduate into these positions. As these are local we expect to be able to not only track their advancement but we fully expect to keep them engaged as community STEM mentors.
Caitlin Howley
This is awesome! What has your team learned from the student mentors about their own challenges as STEM students?
Our First Two project similarly engages rural first generation STEM college students as "Hometown Ambassadors" to encourage young people in their communities to see how STEM could help them contribute to their hometowns (rather than to outmigration).
Steve Cox
Thanks Caitlin. The most telling feedback so far from the mentors has been the realization that their math knowledge, like that of their protegees, is fragile, spotty and too tied to context. In working with faculty and school teachers to design instruments for mentoring they have a fresh opportunity to mature their mathematical thinking. I am a firm believer in your "Hometown Ambassador" project - for until the mentor establishes trust she can not make real headway. In addition - our hometown mentors have had too few opportunities to give back - and so they welcome the chance to re-enter their old schools.
Chris Boynton
I'm wondering what you think about the 'looks like me' factor with regard to mentoring? We have found that this is a major concern/attraction when it comes to students being able to imagine themselves in the STEM fields.
Steve Cox
Thanks Chris. I have observed it anecdotally, specifically female preferring female mentors. I will now include it in our evaluation of mentor/protegee relationships. Is there literature round this factor that you have found helpful.
Jeffrey Moore
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