NSF Robert Noyce Master Teaching Fellows Program

MEETING THE NEEDS OF DIVERSE STUDENTS THROUGH A NEXT GENERATION OF SCIENCE TEACHER LEADERSHIP

teachers conducting science experiment

The Noyce Master Teaching Fellows Program is designed to strengthen science education in Nebraska by developing science teacher-leaders through an educational specialist (Ed.S.) degree program and ongoing professional development (PD) activities, including a leadership project, National Board Certification (NBC), and development of a statewide science teacher PD network. The project will be led by an experienced, professional, and interdisciplinary science, science education, and leadership education team at the University of Nebraska-Lincoln (UNL) in partnership with two lead high-need school districts (Lincoln and Omaha Public Schools), one lead rural school district (Grand Island Public Schools), the Nebraska Association of Teachers of Science (NATS), and the Nebraska Department of Education (NDE).

This project will address four NATS- and NDE-identified critical needs in the state:

1.

Retaining mid-career science teachers in high-need schools.

2.

Fostering high-quality, equitable, science teaching of secondary students with diverse learning needs.

3.

Promoting strong subject matter knowledge (SMK) for teaching secondary science.

4.

Adapting 7-12 science curriculum to Next Generation Science Standards (NGSS) three-dimensional and phenomenon-based learning.

Teachers must have access to ongoing, high-quality PD and learning opportunities in their discipline. With such opportunities, teachers can engage in life-long career development to refine their instructional practices, teach for scientific literacy, and be strong advocates of science education.

Program Activities

Educational Specialist (Ed.S.) Degree

Two cohorts of MTFs will complete 52 credit hours of coursework for an Ed.S. degree. Required MTF coursework will focus on three areas: science education and equity, leadership education, and science content for teaching.
 

Project in Science Teacher Leadership

Building upon leadership coursework from their Ed.S. program and PD workshops, MTFs will complete an applied capstone project. The final product will be a professional leadership portfolio that includes a project proposal in the form of a grant proposal, a pilot project report, and a written report and presentation of a final completed leadership project.

National Board Certification

Nebraska currently has only 10 registered NBC secondary science teachers. By supporting 26 Noyce MTFs through six Saturday workshops to complete their NBC, this effort could triple the number of certified secondary science teachers in the state and inspire broader impacts on professional development.

Build a Statewide Science Teacher PD Network

MTFs will work with the NATS executive board and NDE science specialist to develop an innovative and sustainable platform to support the statewide science teacher network. 

Cohort Spotlights

Learn more about our teachers in the program. 

Cohort I Spotlight

Cohort II Spotlight

Teachers working at school

Project Partners

Research Team

Beth Lewis

Principal Investigator
elewis3@unl.edu

Beth Lewis potrait

Wendy Smith

Co-Principal Investigator
wsmith5@unl.edu

wendy smith portrait

Dan Claes

Co-Principal Investigator
dclaes@unl.edu

dan Claes portrait

David Harwood

Co-Principal Investigator
dharwood1@unl.edu

David Harwood portrait

Gina Matkin

Co-Principal Investigator
gmatkin1@unl.edu

gina matkin portrait

LJ McElravy

Co-Principal Investigator
lj.mcelravy@unl.edu

lj mcelravy portrait

Elizabeth Hasseler

Postdoctoral Associate
ehasseler2@unl.edu

liz hasseler portrait

Rachel Benzoni

Graduate Research Associate
rachel.benzoni@huskers.unl.edu

Rachel Benzoni portrait
NSF logo

The project, “Meeting the Needs of Diverse Students through a Next Generation of Science Teacher Leadership,” has been established by the Department of Teaching, Learning, and Teacher Education thanks to the Robert Noyce Teacher Scholarship Track 3 grant awarded by the National Science Foundation. This material is based upon work supported by the National Science Foundation under Grant No. DUE-2050650.