M.A. In Teaching Mathmatics
It is with a deep sense of reflection that we share the news regarding the future of our Graduate School of Education (GSOE) program. After careful consideration and despite our best efforts to explore alternatives, we have made the difficult decision to phase out our GSOE programs due to ongoing challenges with national low enrollment. Its final term will conclude at the end of Fall 2025. Read more about the closure here
Enhance Your Mathematical Knowledge & Teaching Pedagogy
By embracing innovation in tools and evidence-based strategies for teaching mathematics, in this program, you will learn to design and implement dynamic learning experiences that cater to the broad spectrum of understanding and performance levels in mathematics. Through problem-based action research, participants address local challenges in mathematics teaching while championing student inclusion and promoting educational equity.
The curriculum encourages candidates to:
- Design dynamic learning experiences that cater to a spectrum of understanding and performance levels in math, ensuring inclusivity and effective engagement.
- Develop innovative pedagogies grounded in the real-world context of teaching math curricula, incorporating unconventional techniques that breathe life into your teaching approach.
- Ignite curiosity and wonder in your students by building engaging activities and meaningful mathematical connections, making math a captivating and inspiring subject.
- Stay ahead of the curve by delving into current issues, trends, and research in math education, directly addressing the diverse learning needs of your students.
You will develop competencies in:
- Comprehensive understanding of how the brain learns, with a specific focus on cognitive processes related to mathematical learning.
- The essential component of a balanced mathematics program, integrating theoretical knowledge with practical application for effective classroom implementation.
- Various assessment methods reveal not only procedural fluency but also student conceptual understanding and problem-solving processes.
- Strategies to assess the Standards for Mathematical Practice, ensuring that students develop the essential habits of mind for mathematical proficiency.
- Employing an extensive range of digital media to generate educational materials for math instruction and facilitate diverse methods for students to demonstrate their understanding.
Online or In-person Cohorts
You can choose between fully online and in-person locally in your school district if a cohort is formed.
Fully Online Cohort Program with Virtual Face-to-Face Meetings:
- Strong support network and collaborative community.
- Guaranteed course offerings.
- Flexible scheduling to meet cohort needs.
- Continuum of instruction between courses.
- The Cohort Facilitator provides peer mentoring & support (graduate of the MAEd program).
- Highly qualified faculty with classroom teaching experience.
- Opportunity to meet face-to-face at the conference.
School District Based Cohorts:
- Requires eight teachers from the school district to commit to participation.
- Strong support network and collaborative community.
- Guaranteed course offerings.
- Flexible scheduling to meet cohort needs.
- Continuum of instruction between courses.
- The Cohort Facilitator provides peer mentoring & support (district graduate of a Master’s program).
- Highly qualified faculty with classroom teaching experience.
- Opportunity to meet face-to-face when possible.
MASTER’S OF TEACHING MATHEMATICS CURRICULUM
The Teaching Mathematics master’s program is 30 units. Candidates with 12 units of teacher licensure coursework completed may request to have those units applied as electives to complete the program. Co-enrollment in the Touro credential program is allowed with the program chair's approval. The remaining 18 credits can be completed in one year by taking two courses per semester for three semesters, as listed below.
18 Unit Credential Extension Program Includes:
9 Units of Teaching Mathematics Courses:
EDUC 734- Mathematics Seminar (3 units)
Designed to familiarize students with recent research and major developments, state requirements and recommendations, and provide a review on the content of elementary and secondary mathematics. The course emphasizes the development and practice of strategies for delivering mathematical content to diverse populations of students. Students learn about the California State Mathematics framework and other important documents related to mathematics education and develop plans for improving the delivery of its content. The seminar setting allows students to interact with their instructor(s), classroom peers, and experts in subject matter and pedagogy
EDUC 735- Advanced Mathematics Seminar (3 units)
Acquaints experienced teachers of mathematics with newer developments in mathematics curriculum, materials and the use of technology to support student learning. Emphasizes mathematical basis for courses in mathematics curriculum, organization and design of mathematics programs and design and construction of curriculum and/or materials to meet specific needs of the teacher or school district.
EDUC 783- Assessing Mathematical Understanding (3 units)
Examines methods for assessing k-12 students’ understanding of mathematics. Course will analyze and interpret standardized test data and focus on alternative forms of assessment that reveal student conceptualizations and problem-solving processes about mathematical concepts such as individual interviews, writing tasks, performance tasks, portfolios and technology-based simulations and multimedia. Mathematics assessment will be explored as an ongoing part of instruction and teacher planning.
EDUC 737- Developing Critical Thinking Through Mathematics (3 units)
Developing Critical Thinking Through Mathematics uses problem-based inquiry as a basis for defining critical thinking and investigating strategies for developing critical thinking and scientific reasoning as habits of mind for both master’s students and their K-12 classroom students. Encouraging curiosity, creativity, and reflectivity in self and others is an expected outcome of the course. This course requires a high level of engagement and active learning.
EDUC 762- Math Lab: Assessment and Intervention (3 units)
Candidates observe and participate in a local K-12 or college classroom to examine how students learn, explore methods for assessing student understanding, then explore and apply their knowledge in the lab setting. Participants teach lessons then interview students to explore their mathematical thinking. A culminating action research project will cap the course and will include a comprehensive case study of at least one student, analysis of strengths and challenges, a learning plan, lessons conducted, and assessments of progress over time.
EDUC 747- Instructional Design and Development (3 units)
Instructional Design and Development focuses on purposes and processes used in designing instructional experiences for K-12 and adult students. Incorporating understanding about learning and cognition, Masters students consider the decision-making process they use to design instruction for their students and the challenges and consequences of including students in the process. A historical overview of instructional design theory provides context for current planning practices.
9 Units of Research Courses:
EDUC 790- Action Research: New Literacies and Epistemologies (3 units)
Overview of action research design and implementation cycles. Review literature on new literacies in the context of the digital evolution in curricula and pedagogies. Participants will reflect on their practice and the context of their school and district to design an action research study.
EDUC 791- Sensemaking and Research Design (3 units)
Conduct an action research evaluation of a local problem and produce a needs analysis, culminating in the development of a research-based plan for master’s study. Critical analysis of the research literature related to the master’s project and development of an action research design.
EDUC 792- Capstone Seminar (3 units)
This course provides support and direction during the development and completion of the master’s thesis or project requirement for the Master’s degree. This culminating research requirement includes conducting an action research study or an applied project with the approval of the faculty advisor. Students who do not complete the culminating research requirement during this course are required to enroll in the one credit course EDUC 796 each semester, until the research requirement for the degree is met.