USF Poly Division of Education addresses needs of middle-school math and science teachers via Project ASAP
The University of South Florida Polytechnic’s Division of Education has embarked on a project to improve STEM (science, technology, engineering, and mathematics) education for up to 96 teachers in Polk County public schools.
Project ASAP — Accelerated STEM Academic Pipeline — is a collaboration between USF Poly’s Division of Education, Polk County Schools, and the Helios Education Foundation. A $950,000 ASAP grant is funded through a competitive process sponsored by the Helios Education Foundation and will provide tuition and scholarships for middle school math and science teachers.
Polk County Schools administrators, together with Drs. John Liontas, Roderic Brame, Vanessa Pitts Bannister, Ruth Sylvester, and Tom Freijo of USF Poly, developed the ASAP program to provide 12 graduate credits in integrated STEM education.
Faculty in the Division of Education conducted several focus groups with middle school teachers in Polk County to determine their needs. The program aims to enhance the pedagogical content knowledge of teachers by adding expertise in not only science and math content but also on how to teach STEM subjects more meaningfully to students.
“As a country we are in desperate need of engineers,” said Brame, co-principal investigator of Project ASAP. “In our region, many students are involved with robotics teams and competitions. These activities offer excellent tools for building expertise in engineering, problem solving, and programming. The problem is that many teachers are not so comfortable or knowledgeable in robotics. Therefore, we decided to find a new way to use robotics and engineering to teach core math and science concepts while using a hands-on, minds-on approach to teaching and learning.”
Liontas, co-principal investigator of Project ASAP and director of the Division of Education, agrees.
“We thought it would be amazing to bring robotics into the classroom,” he said. “If we did just that, we would have a big head start in building capacity in STEM.
“The next step in ascertaining whether the teaching and learning is meaningful to students is to make certain they have great skills in literacy. Students need to be able to read, write, and speak with deeper understanding in STEM. All of the strategies used to build literacy in STEM are also helpful to any student with low reading or writing skills. It is especially helpful for students who are English language learners.”
Project ASAP offers a graduate certificate in STEM education. All courses—Math Content, Math Inquiry, Science Content, Science Inquiry, Integrated STEM, and Literacy in STEM—are infused with inquiry, problem-based learning, positive group interaction, and literacy components. Engineering and technology are integrated throughout coursework, and innovative, research-based, best practices are highlighted within collaborative hands-on applications. Participants will develop knowledge and expertise and will apply curricula samples in their own classrooms.
For example, Math Content and Inquiry will incorporate important topics of number, algebra, geometry, and probability and statistics from a secondary teaching perspective. The activities will emphasize problem solving, reasoning, communication, connections, and representation in developing classroom materials and methods.
Similarly, Science Content and Inquiry will integrate energy throughout other core concepts within earth, life, and physical sciences, and will focus on developing techniques for a student-centered, problem-based learning environment.
Conversely, Integrated STEM will bring together core math and science concepts from individual courses by integrating math and science to build a curriculum that meets state and national standards and college-readiness standards. Problem-based Learning will be embedded and integrated with engineering and technology, while Literacy in STEM will integrate reading for comprehension and writing to gain understanding in the content disciplines, emphasizing differentiated instruction while meeting the needs of ESE (exceptional student education, including visually impaired) and ELL (English language learner) populations.
“Given the array of courses specifically designed and developed for Project ASAP, I have no doubt that our approach will engage teachers and students in activities and reflective discussions and writings by creating an interdependent learning environment in which all students can learn and succeed,” said Liontas. “I have, therefore, great confidence in our team and community partners to develop course concepts that both align with and support Polk County School Board curriculum. Together we can enhance content knowledge through effective teaching and learning practices. Together we can move mountains.”
The first cohort of 32 teachers begins its coursework in January 2012. Over the next three years that number of teachers will grow to 96 and will impact the lives of some 60,000 students in the Polk County School District.
“We are grateful for the opportunity the Helios Education Foundation has provided us and remain steadfast in realizing their commitment to engaging minds and enriching lives through education,” said Liontas.
“All of us involved in Project ASAP are looking forward to meeting and exceeding the needs of our middle-school mathematics and science teachers and students. This collaborative initiative supports both state and national initiatives and is, even more important, perfectly aligned with the Florida Strategic Plan for improving STEM education.
“Let us not forget that the beating heart of the program is to build a community of students who are highly skilled and competitive in tomorrow’s workforce and academia. We want to help make our region economically and intellectually viable. Project ASAP is a much needed step in that direction.”
Helios Education Foundation is the largest nonprofit organization serving Arizona and Florida focused solely on education, and is dedicated to enriching the lives of individuals by creating opportunities for success in postsecondary education. The foundation’s goal is to increase the number of young adults successfully completing postsecondary education with the skills and knowledge necessary to compete in a global economy, leading to an improved quality of life.


