California State University Monterey Bay (CSUMB) has been selected to receive funding under the U.S. Department of Education’s Teacher Quality Partnership (TQP) program in the amount of $4,849,320; $2.2M of which will go directly to student scholarships.
The award, expected to span over a total of five years, will also help fund a project entitled Preparing Observational Practitioners through Partnerships Yearlong (POPPY) and support CSUMB partnerships with eight school districts across Monterey County, further advancing the “grow your own” model of teacher preparation.
The U.S. Department of Education has awarded the Southern Regional Education Board a $5.3 million, 5-year Teacher Quality Partnership grant to create a residency-based teacher preparation program with Georgia College & State University.
The Georgia Residency for Educating Amazing Teachers will recruit undergraduate STEM majors who aspire to become middle grades math and science teachers. They will complete an online Master of Arts in Teaching during a year-long residency—practice teaching supervised by a mentor-teacher— in a high-needs middle grades classroom.
Rural school districts served by the Oconee Regional Education Service Agency in central Georgia will be the primary partners for hosting the residents in classrooms. SREB and Georgia College will support mentor-teachers and residents with coaching and specialized training on topics like project-based learning.
Over the course of the grant, 60 students will become fully certified to teach middle grades math or science in Georgia; some will also complete a computer science endorsement.
The newly certified teachers will then teach in a local school for two years with support from mentor-teachers and SREB instructional coaches. Participants agree to teach in their assigned schools for one year beyond this two-year induction period.
Photo: Courtesy of The California State University
This article and photo originally appeared on The California State University website and are reprinted with permission.
Three California State University (CSU) campuses were awarded nearly $3 million from the U.S. Department of Education’s Teacher Quality Partnership (TQP) program to recruit and prepare science, technology, engineering, mathematics (STEM) and computer science teachers to serve students in low-income and high-need schools throughout the state. California State University campuses in Chico ($1,027,195), Dominguez Hills ($1,028,844) and Monterey Bay ($811,719) have received a total of $2,867,758 in funding for the program.
“Collaboration is a key component among educators,” said Marquita Grenot-Scheyer, assistant vice chancellor for Educator Preparation at the CSU Chancellor’s Office. “By expanding the ongoing collaborative partnerships between the CSU and high-need school districts and through development of engaging STEM and computer science programs, more students will succeed in the classroom.”
A team of Penn State College of Education faculty led by P. Karen Murphy has won a five-year, $1.98 million grant from the National Science Foundation (NSF) to improve the preparation of undergraduate preservice elementary teachers.
Murphy, distinguished professor of education (educational psychology), is the principal investigator (PI) on the study. She is joined by co-PIs Gwendolyn Lloyd, the Henry J. Hermanowicz Professor of Teacher Education and professor of education (mathematics education); Amy Voss Farris, assistant professor of education (science education); and Rachel Wolkenhauer, assistant professor of education (curriculum and supervision).
With support from the NSF Improving Undergraduate STEM Education Program: Education and Human Resources, this project aims to serve the national interest by investigating whether teaching preservice elementary teachers how to use discussion-based pedagogy improves the quality of mathematics instruction in their classrooms. Specifically, the researchers will adapt Quality Talk (QT), a small-group, teacher-facilitated discussion approach, for use by teacher educators in STEM methods courses and classroom-based field experiences for future elementary teachers.
The excerpt below is taken from an article originally published on the American Indian College Fund website and is reprinted with permission.
When it comes to STEM, it may be the roots that hold us in the field, the classroom, and in our love for science, technology, engineering, and mathematics.
As Native Americans, there has been a complicated history and relationship with formalized education. Beginning with boarding schools and day schools that mandated assimilation and rejection of Indigenous community languages and wisdom, the disruption has spanned for well over a century, with the abusive boarding school era coming to a close as late as the 1970s. Each generation since these boarding schools struggles with the false dichotomy that one can either be Indigenous or do well in school.
This article and photo originally appeared on the University of La Verne website and are reprinted with permission.
The University of La Verne’s LaFetra College of Education welcomes the new Center for Teacher Leadership & Learning Innovation, a first-of-its-kind lab, designed to support and train educators from across Los Angeles County and the Inland Empire in 21st-century learning competencies.
“As a College of Education, which prepares community and school leaders, support providers and teachers, it is imperative that our faculty be
This article and photo originally appeared on the Advancing Research & Innovation in the STEM Education of Preservice Teachers in High-Need School Districts (ARISE) website and are reprinted with permission.
Despite heavy investment in STEM (e.g., STEM for ALL), most PK-20 science, technology, engineering, and mathematics instruction remains heavily siloed. To date, educators have not agreed on a clear definition of STEM. Is it curriculum or a teaching technique/pedagogy? Can a science lesson be called STEM, even if the other domains are not fully represented? As technology advocates, we think STEM curricula should have a strong representation from all four domains.
The STEM movement was intended to address science, technology, engineering, and mathematics in order to produce students who are prepared for the unique needs of today’s workforce. With regard to the “T” component of STEM, the only way to develop teacher candidates who fully embrace the power of technology for P12 is to infuse technology throughout their preparation.
A “technology infusion” approach
This article originally appeared on Fox 8 News and is reprinted with permission.
The Guilford County School District is getting more teachers with the help of a new program.
Guilford County Schools, High Point University and North Carolina A & T State University partnered together for the Teacher Quality Partnership. It’s a federal grant that helps get highly qualified teachers into high-needs schools.
The grant awards more than $4 million to get 25 participants into an accelerated program. In this program, they will learn what they need to be an effective teacher while applying the skills simultaneously in their own classroom with the help of a mentor.
“I never thought I would be in the classroom. People have been telling me for years, ‘Oh, you’d be a great teacher,’” Rashida Queen, one of the
Read the latest JTE Insider blog interview by the Journal of Teacher Education (JTE) editorial team. This blog is available to the public, and AACTE members have free access to the articles in the JTE online archives—just log in with your AACTE profile.
This interview features insights from the article “Measuring Teaching Quality of Secondary Mathematics and Science Residents: A Classroom Observation Framework” by Imelda Nava, Jaime Park, Danny Dockterman, Jarod Kawasaki, Jon Schweig, Karen Hunter Quartz, and José Felipe Martínez. The article was published in the March/April 2019 issue of the Journal of Teacher Education.
AACTE invites you to view a livestreamed panel discussion about the second release of the NAEP Technology and Engineering Literacy (TEL) results by the National Assessment Governing Board and the National Center for Education Statistics. The livestream is on Tuesday, April 30 from 2:00-4:00pm EDT. Register now!
In response to the increasing role of technology in students’ lives, the National Assessment of Educational Progress (NAEP) administers the Technology and Engineering Literacy (TEL) assessment—the first one of its kind in the United States. TEL adds valuable information to what NAEP reports for science and mathematics. This assessment measures students’ capacity to understand technology and how to design objects, processes, and systems to meet human needs. During the livestreamed event, presenters will discuss how the 2018 results compare to the 2014 debut of TEL and show how this assessment breaks the testing mold.