2022-2023 Making Sense of Mathematics Series Three 1-Day Workshops in Bangkok
Host: MYIS Magic Years International School, Pakkret, Nonthaburi, Bangkok Thailand
Dates: December 2nd or 3rd 2022, February 3rd or 4th 2023, and April 21st or 22nd 2023
Time 8:30 am – 3:30 am (7 hours per session)
Snack and lunch are provided
Cost per session – 3000 baht
Certificate of Completion of the 3 sessions will be Provided at Last Session (21 professional learning hours total)
Session 1: Making Sense of Mathematics
This full day session will provide participants with the knowledge, tools, resources and strategies to implement a balanced approach to teaching and learning math in a K-12 math program. Using current research-based approaches to learning math, participants explore the essential components of student-centered approach where students demonstrate proficiency in mathematics through essential math practices including problem solving, modeling, and communicating & reasoning.
Participants will explore student-centered approaches which provide students with learning experiences that allow them to move from the concrete to pictorial representations before moving into more abstract strategies. These strategies are designed for students to solve problems where they choose their solution pathways, engage in productive struggle, and connect mathematical ideas. These approaches ensure mathematics is taught in relevant, realistic contexts that make sense.
Special guest Ian Galbraith, will share his experience about how students that are familiar with using numbers flexibly and visual strategies to make sense of math in elementary and middle school, are able to make connections and use similar strategies and feel confident in their approach to solving complex problems in higher level mathematics in high school classes, college courses, and future careers.
Session 2: Making Sense of Fractions and Algebraic Thinking
In this full day session, participants will have opportunities to develop a shared understanding of the learning progressions of fractions with the mathematical practices embedded, with the intention to become more skilled in creating learning experiences, mathematics tasks, and assessments where students can proficiently solve problems involving fractions.
Participants will continue to use a student centered approach to provide students enough experiences using concrete manipulatives such as unifix cubes and fraction tiles to fully understand what it is to add, subtract, multiply and divide fractions, instead of teaching procedures or tricks to find answers quickly. Understanding that accuracy is as important as using efficient strategies to solve problems involving fractions.
Some of these strategies might surprise you, and some will validate your thinking, but they will all improve your students performance,
Participants will explore solving algebra problems using visual models to understand that algebra is more than manipulating symbols or a set of rules, it is a way of thinking. They will be able to see how a concrete and visual strategy used to solve a 2 digit by 2 digit multiplication (4th grade) is the exact same strategy to solve multiplying binomials (grade 9/10).
Session 3: Making Sense of Assessing Mathematics
During this final session, participants will develop high quality assessment tasks that allow students to demonstrate number sense, computational thinking, and innovative tools which allow them to problem solve, model their thinking, and communicate and reason with their solutions.
They will be able to share ideas and resources using different types of assessments to evaluate what are the essential elements that should be part of an assessment to allow students to show proficiency of mathematics.
Lastly, participants will have the opportunity to look at assessments through the Universal Design for Learning (UDL) framework.
If you re interested in signing up for one or more of these sessions, please click here.
| MAKING SENSE OF MATHEMATICS with Caty Romero |
email: email@example.com Twitter @catyrmath
Caty Romero is an early childhood and elementary school mathematics curriculum, instruction, and assessment instructional leader passionate about learning and teaching mathematics through the lens of inquiry, modeling, reasoning and communicating. Caty is currently the Director of Teaching and Learning at MYIS International School in Bangkok, where she has been essential in the development, implementation, and transformation of the math curriculum.
Caty serves as contracted mathematics consultant at several international schools in the South East Asia region. In addition, she has facilitated workshops for international school teachers and leaders at various AASSA, NESA, EARCOS, SENIA, Learning2 and ACAMIS regional conferences. Caty coordinated and co-facilitated the Office of Overseas Schools sponsored Asia Regional Math Summit on Developing High-Quality Assessments in partnership with Erma Anderson. Caty has co-facilitated the Mathematics Specialists in International Schools (MSIS) certification institute focused on K-12 Geometry and Measurement with Steve Leinwand, and is currently part of the prestigious AERO Math Think Tank Team at Project AERO supported by the U.S. State Department Office of Overseas Schools.
Learning & Assessing Mathematics That Make Sense
These one-, two- or three-day workshops provide participants with the knowledge, tools, resources and strategies to provide a balanced approach to teaching, learning and assessing math in early childhood and elementary classrooms. Using current research-based approaches to learning math, participants explore the essential components of student-centered math lessons, where students demonstrate proficiency of mathematics through essential math practices including problem solving, modeling, and communicating & reasoning.
Participants explore student-centered approaches which provide students with learning experiences that allow them to move from the concrete to a pictorial representation before moving into more abstract strategies designed to solve problems where students design their solution pathways, engage in productive struggle, and connect mathematical ideas. These approaches ensure mathematics is taught in relevant, realistic contexts that make sense.
Assessments also need to match this approach to teaching and learning, so we will dive deep into developing high quality tasks that allow students to use number sense, computational thinking, and innovative tools that allow them to problem solve, model their thinking, and communicate and reason with their solutions.
Transforming your K-8th Math Program
Teaching and learning mathematics is often perceived as a difficult with the belief that there is a need to memorize abstract concepts, formulas, and procedures to solve incredibly challenging algorithms. This sounds intimidating to teachers and students.
In reality, teaching and learning math is about asking good questions that allow us to make connections between math concepts, allowing us to make sense of math, and giving us the opportunity to justify our thinking and/or solutions.
Students engage in mathematical tasks when they have real context, or a mathematical context, but related to the real world. This allows students to make sense of the problem, make it their own, and this new learning will be available for use in real life problems.
This is the difference between a program that simply covers material, and one that turns students into math thinkers.
This session addresses the following questions:
How do we start a balanced mathematics program at our school? Detailed steps are explored to in order to support teachers.
What resources do our teachers need? Essential resources for mathematics classrooms are explored and defined.
What does it take to support our teachers as they transform their instruction and assessment of mathematics?
How do we develop assessments and performance tasks? How do we know kids are proficient in mathematics?
How do we intentionally and meaningfully include our parent community when discussing new approaches to learning math?
Labsites are a great opportunity for teachers to observe and expand their thinking about teaching & learning math. Labsites are authentic examples of our work with students, and include demonstrations of the instructional delivery learned during a workshop. It is not about showcasing, but a way to see what a student-centered approach looks like in action.
During the authentic Labsites portion of the workshop, Caty provides detailed guidance and support before, during, and after the observations.
K-8th Math Scope & Sequence and Curriculum Development
These contracted services or workshop sessions focus on leading teachers, instructional coaches, or curriculum developers through the development or revision of the school’s math scope and sequence and curricular materials. Participants will be provided with the support and expertise to develop a curriculum based on four essential areas including content, problem solving, modeling, and communicating/reasoning. This curriculum development work is rooted in the notion that learners acquire mathematical understanding by constructing their own meaning through personal experiences and through inquiry, using relevant, realistic contexts.