HT5007: Children’s Science, Technology, Engineering and Mathematics STEM

Assessment 3: STEM Group Project

Description

In groups of four, students are required to design a STEM Inquiry Project suitable for children aged three – five years attending an early childhood setting. The project should present clear learning objectives, overview the resources and materials used and outline the teaching procedures selected. The presentation should be visually engaging and demonstrate a creative approach to the integration of STEM disciplines (Science, Technology, Engineering, and Mathematics) to demonstrate a strong understanding of how the disciplines can be integrated and applied to young children’s skill and knowledge acquisition.

• Students are encouraged to bring resources and materials to class to demonstrate how the teaching and learning will be stimulated throughout the inquiry

Presentation Structure

• Presentation saved to a USB
• Group member names and student numbers
• Project summary and inquiry focus (topic)
• Review of relevant literature on STEM in early childhood education
• Theoretical framework
• STEM elements and visuals (photos, sketches, diagrams, etc.)
• Integration of STEM concepts
• Educational importance of the project
• Critical reflection on the planning and implementation

Assessment Requirements Summary

Assessment 3: STEM Group Project required students to collaboratively design an inquiry-based STEM project suitable for children aged 3–5 years in an early childhood setting. The project needed to:

• Present clear learning objectives.
• Provide an overview of resources and materials used.
• Outline teaching procedures for implementation.
• Demonstrate integration of STEM disciplines (Science, Technology, Engineering, Mathematics).
• Be visually engaging with supportive visuals (photos, sketches, diagrams).
• Review relevant literature on STEM in early childhood education.
• Include a theoretical framework underpinning the project.
• Discuss the educational importance of the project.
• Provide a critical reflection on planning and implementation.

The final submission was expected to reflect both creativity and academic rigor while showcasing how STEM concepts can be meaningfully applied to young children’s learning experiences.

Step-by-Step Guidance by the Academic Mentor

The academic mentor guided the students through the assessment in a step-by-step approach, ensuring that each section was developed systematically:

1. Clarifying the Requirements

   • The mentor began by breaking down the assessment brief and highlighting the key deliverables: project summary, literature review, framework, STEM integration, and reflection.

   • Students were advised to brainstorm age-appropriate inquiry topics that could excite and engage preschool children.

2. Selecting the Inquiry Focus

   • The group discussed possible STEM-related themes and finalized one that could be meaningfully connected to real-life experiences of 3–5-year-olds.

   • The mentor emphasized aligning the inquiry focus with both curriculum outcomes and children’s natural curiosity.

3. Reviewing Relevant Literature

   • Students were guided to search academic journals, books, and practitioner articles on STEM in early childhood.

   • The mentor encouraged them to synthesize research findings to justify the importance of STEM integration at this age.

4. Establishing a Theoretical Framework

   • The mentor explained how to link the project design with established learning theories (e.g., Piaget’s constructivism, Vygotsky’s social learning).

   • Students were coached to explain why these theories supported inquiry-based STEM learning.

5. Designing the Project & STEM Integration

   • The mentor supported the group in mapping out activities that combined science, technology, engineering, and mathematics in hands-on ways.

   • Attention was given to selecting safe, accessible materials and using visuals (sketches, diagrams, photos) to enhance clarity.

6. Highlighting Educational Importance

   • Students were guided to connect their project with children’s skill development, problem-solving, critical thinking, and creativity.

   • The mentor reminded them to clearly link outcomes to both STEM concepts and broader early childhood learning goals.

7. Critical Reflection

   • The mentor emphasized the importance of including a balanced reflection—acknowledging strengths of the project design as well as possible challenges or improvements for future practice.

8. Structuring the Presentation

   • Finally, the mentor reviewed the group’s draft slides, ensuring the presentation was visually appealing, logically organized, and saved in the required format.

Outcome and Learning Objectives Covered

By following the mentor’s step-by-step guidance, the group successfully created a well-structured, research-informed, and visually engaging STEM inquiry project.

Through this process, students achieved the following learning objectives:

• Gained an understanding of how to integrate STEM concepts in early childhood education.
• Learned to apply theoretical frameworks to practical teaching design.
• Developed skills in collaborative planning and critical reflection.
• Strengthened academic skills in literature review and evidence-based justification.
• Enhanced their ability to present ideas creatively with clear educational value.

The final project not only met the assessment requirements but also equipped students with the confidence to design and implement age-appropriate STEM learning experiences in real classroom contexts.

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