We are pleased to highlight Noyce alumni who are making a difference in high-need schools. If you would like to recommend an alumni from a Noyce program, please contact Betty Calinger, firstname.lastname@example.org.
Baylor College of Medicine Biotech Academy at Rusk, Houston, TX, 7th Grade Scientific Decision-Making
I try to use what I have learned during the Noyce program in my classroom, in particular, those strategies gained during the meetings/trainings. They have been useful for engaging all students and getting everyone to participate in some way. One strategy I use quite often that I learned last summer is the 3-2-1 strategy. This usually comes at the end of a lesson or unit where the students write down three things they learned, two questions (or ideas) they still have, and one thing they are still wondering about. I love this strategy because it is a good way to see how the students felt about the lesson and to clear up any questions or misconceptions they might still have.
Booker T. Washington H.S., Norfolk, VA, Math Interventionist (Algebra 2 and Math Analysis)
Two courses were especially helpful at Virginia Tech. As an undergraduate, “Race, Class, and Gender” opened my eyes to how inequitable our public school system was and encouraged my desire to contribute to change. In graduate school, a course taught by Dr. Pitts Bannister, focused on diversity, forced me to productively struggle with how others see me, how I see others, and the significance of seeing, celebrating, and being able to support all students. The course instilled the importance of researching backgrounds and histories before making judgments.
Northeast Early College High School, Austin, TX, Introduction to Engineering Design, Engineering Design and Problem Solving
The Noyce program allowed me to focus my time on interning in engineering classrooms across several high schools. Gaining firsthand experience with not only the content I was interested in teaching, but also the students, prepared me for my teaching assignment. Engineering classrooms are different from other types of classes, and the students are as well. Our students who have elected to take part in a four-year engineering pathway are doing hands-on work and are in groups 90% of the time. They learn through their failures in a way that is unique to engineering -- not every class will allow you to break a bridge to learn about structural dynamics!
O'Donnell Middle School, Stoughton, MA, 8th grade mathematics and Algebra
My Noyce cohort had regular discussions about culturally responsive teaching; these discussions became more meaningful once I was in my own classroom. These opportunities for discussion and to remain connected with cohort members and the Noyce team continued after graduation. I am very fortunate to be able to participate in the Noyce Program Community of Practice at Stonehill College as a Noyce Scholar Graduate and then take “best practices” back to my own classroom.
University of Southern California, Los Angeles, CA, STEM Programs Manager, Young Scientists Program
Drs. Frederick Freking and Anthony Maddox were my science pedagogy professors during the USC Noyce program that awarded the MAT@USC to science majors. I learned about inquiry-based science instruction and flipping the classroom; I became more of a facilitator of science learning aka the “guide on the side” in contrast to the “sage on the stage” model. One of my favorite classes in the program--Framing the Social Context of High Needs Schools-- looked closely at the assumptions you make about your students. In part, it’s due to this class that I am devoting my career to leveling the playing field for low-income students of color in STEM.
John Greenleaf Whittier Middle School, Haverhill School District, Haverhill, MA, 5th grade science and math
The Noyce program at Bridgewater State University provided a strong foundation for understanding and working with students in high-need districts. I developed an Action Research project that identified a need in my student teaching school, located in an immigrant community, based on disadvantages that the student population might face. To prepare, I read Start Where You Are but Don’t Stay There: Understanding Diversity, Opportunity Gaps, and Teaching in Today’s Classrooms (Milner, 2010). This book gave me a better understanding of the needs of my students when I was placed in a high-need school.
Shiprock High School, Shiprock, NM on the Navajo Nation, Algebra 1-2, Geometry, Financial Literacy, AP Calculus AB, College Success II
The Noyce program has taught me to jump for any opportunities that come my way. I did not do this in my first years of teaching, but now that I am confident stepping outside of my comfort zone, I have been able to attend conferences and workshops and meet many great educators. I am always on the lookout for math workshops in the area. I am currently applying for the Rural School Leadership Academy. If selected, I would travel to schools in rural communities across the southwest and learn about administrative roles in school leadership.
Innovation Early College High School at East Carolina University, Pitt County Schools, Greenville, NC, Biology, Physics, Earth Science
The Noyce program helped reinforce what I learned during my Master’s program--that all students are different and come from various backgrounds and that I need to be aware of and sensitive to this while I am in the classroom. I was taught different exercises that would help students learn on a visual, auditory, and kinesthetic level. I practiced this during my internship to see what worked and what students preferred and found a way to incorporate all styles into the classroom.
High Tech High, San Diego, CA, Instructional Coach
I always wanted to be a science teacher. When I got to college, I realized I wanted to teach from personal experiences, not the text book. This would be difficult without becoming a biologist first. I met a professor at Cal Poly, San Luis Obispo, who talked to me about opportunities through the Noyce Scholars Program. The Noyce STEM Teachers and Researchers (STAR) Program would allow me to conduct research in the summers and transform the research into lessons for my students during the school year as a “teacher-researcher.” I applied to become a Noyce Scholar and have been a teacher-researcher ever since.
Dr. Martin Luther King Jr. Early College, Denver Public Schools, Denver, CO, Integrated Math 3
When drafting my weekly lesson plans, I reflect on what I learned as a Noyce scholar. I was surrounded by professors who walked the walk. Seeing them implement strategies informed by research helped me to develop strategies and routines that transform my own classroom into a safe, collaborative, positive learning environment.
STEAM Academy, Fayette County Public Schools, Lexington, KY, Geometry, Pre-Calculus, Calculus, College Prep Math
Through its summer summits, University of Kentucky Noyce prepared me to venture outside of the textbook and tackle rigorous projects and problems. Our annual summer summits include nationally recognized STEM professors from the university who introduce us to these unique projects and provide the resources to incorporate them into our classes. By utilizing these projects, I have helped my students to become more engaged with the curriculum.
Madison High School, Portland Public Schools, Portland, OR, Forensic Science and Chemistry
I went into teaching later in life, after deciding that I wanted to share my love of science and the outdoors with youth. I started graduate school with a goal of becoming an environmental educator until the Noyce Program gave me the opportunity to get a teaching credential. Now, I am passionate about encouraging underrepresented groups to pursue careers in STEM fields and teaching students critical thinking skills so that they can be informed global citizens.