National Science Foundation logo.


Funded by the National Science Foundation and private donorsthe Connecticut Noyce Math Teacher Leaders (MTL) Program engages effective secondary math teachers in Alliance districts in a five-year professional learning and service program.

The goals are to expand Connecticut’s capacity to advance more equitable mathematics education. The cadre of math teachers receive a stipend and are integrated into math leadership roles within their schools, districts, and state, while continuing to teach and impact students in their classrooms.

Program partners include:

  • the University of Connecticut’s Neag School of Education and College of Liberal Arts and Sciences Department of Mathematics
  • the Alliance Districts, Connecticut’s 33 highest-needs school districts
  • the Connecticut State Department of Education (CSDE).
  • Charlene Russell-Tucker, Jason Irizarry, and Steve Leinwand.
Megan Staples.

Project Researchers

The MTL Program team includes University of Connecticut faculty, Connecticut’s Alliance Districts, and the Connecticut State Department of Education.

Meet the Team

Jennifer Roggi in her classroom. [Links to announcement about the MTL Fellows.]

Connecticut Noyce Math Teacher Leader Fellows

This spring, the Connecticut Noyce Math Teacher Leaders (MTL) Program welcomes a cohort of 20 veteran mathematics educators from across the state.

Introducing the Fellows

MTL Fellows

Program Kicks Off With Spring Event

The MTL Program kicked off its five-year project with a gathering in Connecticut, introducing its MTL Fellows, sharing information on the program’s timeline and logistics, and featuring guest speakers.

See photos from the event

More than $2 million

in funding


math educators


years of professional and service learning

Noyce Logo.Program Goals

The overall program goals are to

  1. develop a cadre of exceptional mathematics teacher leaders who are integrated into math leadership roles within their schools, districts, and throughout the state
  2. establish new infrastructure and programming – through a new certificate program in math teacher leadership and a series of online advanced learning modules for math teachers– to support the ongoing development of master math teacher leaders in the State of Connecticut.

Program Requirements

Alliance Districts can nominate two to five teachers to apply for the MTL program. To be eligible for the program, teachers must:

  • be certified in secondary mathematics (029 or 229)
  • currently teach full-time in an Alliance District
  • hold a master’s degree
  • have at least five years of public school teaching experience, with two or more years in an Alliance District
  • commit to continuing in a teaching role for at least five years (i.e., the duration of the program)
  • be U.S. citizens or permanent resident aliens

Why Apply to the MTL Program?

During this five-year mathematics leadership development program, 20 MTL Fellows will engage in workshops, a graduate certificate program, and a mathematics leadership academy. The professional learning is specific to the needs of secondary mathematics teachers, focused on content, pedagogy, leadership, mentorship, and advancing equity. In addition, Fellows receive:

  • TEAM Training
  • 12 credits of graduate-level coursework
  • a $10,000 annual stipend per year for the duration of the five-year program
  • up to $1,400 in funds to participate in the professional learning opportunities (e.g., NCTM annual meeting)

Anticipated Project Outcomes 

Anticipated outcomes of the project include:

  1. 20 teachers who fulfill leadership roles advocating for and supporting equitable access to high-quality mathematics teaching and learning across Connecticut
  2. A set of high quality, online module offerings to support additional math teachers’ learning, staffed by the Noyce Fellows, and administered through UConn
  3. An established graduate certificate program in Mathematics Teacher Leadership with demonstrated impact
  4. Strengthened communication and partnership among the Alliance districts specifically with respect to mathematics education in their secondary schools, and among the CSDE, UConn and Alliance Districts

Selected teachers participate in a foundational workshops, a 12-credit graduate Math Teacher Leader Certificate, and the Math Teacher Leadership Academy. The programming prepares them in content, pedagogy, leadership (including collaboration and mentorship), and equity.


Intellectual Merit

The MTL Program is designed in response to the specific instructional and staffing needs of the Alliance Districts and in light of a growing body of research on teacher leadership and its impact on supporting equitable outcomes in math education. The program builds on productive relationships between the state, a subset of high needs districts, the school of education and the department of mathematics to implement a well-coordinated, advanced training program for 20 highly qualified secondary mathematics teachers. Participating secondary math teachers develop new leadership, inquiry, collaborative, and mentoring skills, in addition to enhancing their pedagogical repertoire to engage students. 

Broader Impacts

The MTL Program supports the retention of high quality mathematics teachers by engaging them in a five-year program during which they remain in the classroom, as well as mentor others in the field. The program, situated in the Alliance Districts, has a direct impact on large numbers of students of color, English learners, and students in high-poverty areas.

The MTL Fellows mentorship of other inservice and preservice teachers provides crucial resources to new teachers to support their beginning years of teaching in high-needs districts. The MTL program builds capacity state-wide, with the establishment of new infrastructure to support systematic development of math teacher pedagogical skills and leadership through a graduate certificate program and/or online learning modules. Lessons learned from the project will be disseminated broadly through the two project conferences; teacher-development learning modules; practitioner and research journal articles; and the project website.