Design thinking plays a crucial role in understanding design needs and opportunities, allowing students to visualize and generate creative and innovative ideas. This process involves planning, analyzing, and evaluating those ideas to determine which best meet the criteria for success as outlined in the Australian Curriculum.
Design thinking can be effectively applied to unpack the STEM problems identified within project-based learning. In this context, students engage in project-based learning to generate and refine designs based on evaluation and testing.
Recognized as one of the four thinking skills in the Science and Technology K-6 Syllabus (2017), design thinking connects the skills of design and production with the principles of project-based learning in STEM.
In a project-based learning environment, students acquire knowledge and skills by investigating and responding to real-world questions, problems, or challenges. This approach not only addresses cross-curricular content but also provides rigorous, authentic, hands-on, and interactive learning experiences.
Project-based learning immerses students in opportunities to tackle rich, authentic problems, fostering innovation, critical and creative thinking strategies, and collaborative teamwork. Students are motivated by challenging, open-ended driving questions related to contemporary issues such as drought, bushfires, sustainable farming, and renewable energy. They apply their learning across various subjects to design solutions, reflect on feedback, and refine their products. In this process, student voice and student agency are highlighted as they present their projects to authentic partners, enhancing their vocation care skills.
