Course Purpose
The overall purpose of this course is to introduce learners to various forms of educational innovation which can support students to gain mathematical competency.
Course Learning Outcomes
By the end of the course, you should be able to:
CLO1: Define approaches to support conceptual and skills-based learning in mathematical education.- CLO2: Apply tools to enhance engagement and improve learning outcomes in mathematics.
- CLO3: Analyze trade-offs to provide a multifaceted description that highlights evidence and complexity in mathematical concepts.
- CLO4: Evaluate appropriate interventions for specific contextual situations in educational settings.
Course Content
This module introduces core concepts of educational innovation, explores examples of successful approaches, and sets the foundation for applying innovative strategies in mathematics education.
This module covers digital tools and technology platforms that enhance mathematics learning, engagement strategies, and practical examples of technology integration in teaching mathematics.
Focuses on teaching strategies for effectively integrating technology, including flipped classrooms, blended learning, and interactive teaching methods for mathematics education.
Explores cognitive, constructivist, and social learning theories and how they can be applied to design engaging mathematics learning experiences.
Discusses gamification, simulations, and other playful learning strategies that promote engagement, motivation, and deeper understanding of mathematical concepts.
Focuses on designing and managing projects that integrate technology and mathematics education, promoting collaboration and practical application of knowledge.
This module guides learners in planning, designing, and implementing creative educational innovations, emphasizing practical strategies for fostering creativity in mathematics education.
Explores strategies to make mathematics learning inclusive, culturally responsive, and impactful for diverse learners in different educational contexts.
Introduces approaches for conducting educational research in mathematics, including identifying research questions, using evidence-based practices, and evaluating learning outcomes.
Focuses on emerging trends, innovations, and future perspectives in mathematics education, helping learners anticipate challenges and opportunities in teaching and learning.