Science Research Mentoring Program


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Three cohorts of forty 10th and 11th grade students, many from underrepresented groups attending under-served New York City public schools, participate in a two year program in Comparative Biology and Anthropology at the American Museum of Natural History, including college-level biology courses and training in cutting-edge software, research equipment and other technology, followed by pairing with Museum scientists to engage in authentic science research.
Project Information
Cohort: 
6 (2008/2009-2011/2012)
Category: 
Strategies
Principal Investigator: 
Hilleary Osheroff
Co-Principal Investigator(s): 
Christopher Raxworthy
Monique Scott
Sponsor: 
American Museum Natural History
Primary Focus: 
Bioscience
bioinformatics
Organization Location City: 
New York
Organization Location Region/State: 
Middle Atlantic
New York (NY)
Where project work happens: 
Middle Atlantic
New York (NY)
Other Area(s) of Focus: 
Environmental Science
Participant type: 
High School Students
Target Area: 
Urban
Award Number: 
08-33537
Overview Section

This project focuses on new areas and technologies within the rapidly changing Biological Sciences. The mentoring program targets underrepresented youth and will serve 120 10th to 12th grade students over three years (three cohorts of 40 each), providing one year of preparatory courses, a summer institute for career exploration and lab orientation, and a second year of authentic research with an AMNH scientist mentor. It takes advantage of significant new resources at AMNH, including its new graduate school in Comparative Biology, and brings scientific discovery to young people with an immediacy and informality that is rare for students. The project implements and evaluates three major features that make it unique among the small number of programs nationwide providing long-term high school science mentoring experiences: (1) The program will involve AMNH scientist mentors in designing and teaching preparatory courses that are infused with digital learning tools, as well as the technological and computational methodologies that the mentors use in their own research, including DNA sequencing, geometric morphometric analysis, bioinformatics including remote sensing technology, software for phylogenetic analysis, microscopy techniques and CAT scan and cryo-lab technology; (2) The project will develop a mentor training program through which Museum educators coach mentors on research-based informal science education techniques, including inquiry and hands-on experiences; and (3) The project will integrate biological anthropology, a Museum strength, into its preparatory courses and mentoring experience.

Activities Section

- After School Courses in the biological sciences: Evolution; Conservation Biology; Genetics; and Biodiversity
- Summer Lab Skills Workshops: molecular biology; applied math for bench science; software and statistical analysis
- Summer Field Trips: careers in the biological sciences
- Spring College Trip
- Mentorship Placements: authentic research in the biological sciences and anthropology with Museum researchers

Key Findings: 
- Science learning is enhanced when students can hear directly from scientists, especially when they discuss their own research and career trajectories - Science teaching is enhanced when scientists teach with educators who can coach them on their communication skills and pedagogy - Preparatory course work in specific and relevant science content and skills improves students' ability and confidence in entering lab placements and therefore greatly enhances their mentorship experience - The interaction with scientists prior to entering the lab additionally prepares students for lab placement through their acculturation to the research community