Through this course, our goal is to create a “learning community” of faculty, scholars, advisors and administrators. These individuals are drawn from a variety of departments, so they mirror, in many respects, a typical classroom of first-year college students who may or may not know each other before they enter the training.
Transformative Teaching Academy ACADEMIC MATHEMATICS
Chapter 1: Getting Started
Virtual Gallery Walk is an active learning strategy where students move in groups or individually through
different stations where questions and prompts are posted for students to share knowledge and work
collaboratively. This exercise, a “gallery walk” icebreaker, is called “Conocimiento” and is used in Catch the Next, which fosters dialogue and understanding among the participants. This activity also includes questions to facilitate setting norms in the classroom.
The primary objective of this module is to equip educators with a diverse range of teaching strategies and approaches that can be adapted to meet the needs of diverse learners. By providing a variety of techniques, such as strong lines, popcorn reading, free-writing prompts, quick writes, think-pair-share, jigsaw reading, gallery walks, exit tickets, and muddy paper, this module aims to increase student engagement, differentiate instruction, promote critical thinking and problem-solving, enhance communication skills, and build community.
Chapter 2: Cultural Sustaining Pedagogy
This session will explore an asset-based approach to education, focusing on recognizing and valuing students' cultural capital. We will delve into key theories and practices that can help educators create inclusive and empowering learning environments.
Chapter 1: Engagement by Design Lessons
This training module explores asset-based pedagogy of exponential functions in financial contexts. The focus is on real-world scenarios involving saving for college expenses, managing living costs, and planning family gatherings. These exercises are tailored for students who are employed and living in Texas metropolitan areas such as Dallas, San Antonio, Austin, and McAllen, incorporating average wages and cost-of-living considerations.
Quadratic functions are fundamental in algebra and have extensive applications in
various fields, including data analysis. In the context of education, quadratic models can
be employed to analyze trends and disparities in educational attainment across different
demographics. This module aims to equip instructors with the tools to teach quadratic
functions through the lens of real-world, culturally pertinent data, thereby enhancing
student engagement and understanding.
Understanding the relationship between funding models and enrollment is crucial for comprehending how financial resources are allocated within educational institutions. This module explores these connections using actual data from recent years for Palo Alto College, Austin Community College, Dallas College, San Antonio College, and South Texas College. By analyzing this data, instructors can provide students with culturally relevant examples that illustrate the impact of enrollment trends on institutional funding.
This is the last module, where you will reflect on the learning process and how it will apply to your courses.
About the teacher
Anna Alaniz
Jonathan Bell was born and raised in Seminole, TX. He received a B.S. in math from UTPA (now UTRGV) where as a student in the Honors Study program, he wrote his honors thesis on applications of group theory. He received a M.S. in math from UTPA (now UTRGV). He is ABD in commutative algebra from UT-Arlington.Jonathan taught high school math for three years and has been a math instructor at South Texas College for over ten years. Jonathan is a big sports fan (He was all-state in basketball in high school) and enjoys playing guitar.