The MAT Capstone Project is the culmination of the theories covered in courses throughout the summer, fall, and spring semesters. During their yearlong residency placement, MAT students at Brown University undertake a long-term inquiry project to delve into their initial teaching practices. Through this project, they aim to enhance their classroom techniques and student learning by reflecting on their teaching experience.
Students choose a standard and teaching method that directly relates to their classroom and community context. They then research existing knowledge about this teaching approach, design a unit of instruction, create various assessments (diagnostic, formative, and summative), and evaluate student learning outcomes.
"Our MATs have worked tirelessly in schools this summer and this year," says Professor Katie Rieser, director of the program and Senior Lecturer in Education. "They’ve used food to teach lessons about balanced equations, taught Shakespeare in Spanish, helped kids understand the inequities embedded in standardized tests through statistical reasoning, and facilitated critical historical engagement with works of art."
"The Capstone Projects on relevant questions of practice have served to improve and enrich the learning of their students - and will serve as the start of their legacy as teachers and scholars trained at Brown."
Below is a list of the MAT students and the titles of their presentations from the May 22 roundtable event.
Cuauhtemoc Arizpe (Math) | Can Incorporating Art and Social Justice into Math Curriculum Increase Engagement? |
Thomas Bernhardt (Science) | Effectiveness of Timing Scaffolds on Student Engagement and Achievement |
Mark Buckley (English) | That is the Question: Using Thinking Routines to Engage Complex Texts |
Promethea Carroll (Social Studies) | Cross Temporal Meaning Making: How Cultural Responsiveness Enhances Students’ Ability to Make Historical Connections |
Asia Cofield (English) | Pointing Classroom Chatter Towards Quotes That Matter |
Larkin Denlinger (Science) | To Simulate or Not to Simulate?: Use of Computer Simulations in Biology Classrooms |
Leo Gordon (English) | Boring Stories?: Storyboarding to Improve Synopses |
Joseph Gorte (Social Studies) | "Magical Portals" - Creative History |
Kiana Harriel (Social Studies) | Visualizing Women in History: Improving Student Visual Text Analysis through Visual Thinking Strategies |
John Higgins (Social Studies) | Students Telling the Narrative: Fostering Writing, Connection, and Community through Storytelling |
Sarah Hoxha (English) | Uncovering Media Bias Using Central Idea |
Adam Jackson (Science) | Student Engagement and Participatory Structures in the High School Physics Classroom |
Amanda Li (Science) | Scaffolding Student Understanding of Science and Engineering Practices through Inquiry-based Activities |
Lucas Perez (Science) | Using Reading Strategies to Support MLL Reading Comprehension and Literacy |
Elliana Reynolds (Social Studies) | Students Are the Future: Using Media Literacy to Improve Students’ Argumentation Skills |
Gabriela Rivera (English) | Just Write! Developing Writing Fluency in the ELA 9 Classroom |
Alea Rubin Evens (Science) | Claim-Evidence-Reasoning: Supporting Writing Development for High School Biology Students |
Ayanna Tafe (English) | It's Time to Talk!... Teaching Elaboration through Conversation Moves |
Celenah Watson (Social Studies) | Thinking Like a Historian: Strengthening Source Analysis and Argumentation Skills through Media Literacy Education |
Zirui Xu (Math) | Exploring the Impact of Mistake-based Learning on Students’ Understanding of Mathematical Concepts |
Doré Young (Science) | Integrating Direct Instruction into POGILs for Deeper Learning |
Zihao Zhao (Math) | Using Behavior-Specific Praise to Enhance Student Engagement in Math Class |