STEAM Outreach for Educators: A Community Service Initiative

The event received an enthusiastic response from participants, who were highly engaged and actively involved in all activities throughout the day. The workshop emphasized hands-on learning, collaboration, and real-world problem-solving aligned with 21st-century education.

In slot 1: STEAM Introduction 

This session provided participants with foundational understanding of STEAM education, focusing on its importance in modern curricula. Participants explored the Framework for Developing Teacher Competency in STEAM and identified relevant approaches for classroom integration.

In slot 2: Computational Thinking

Participants were introduced to Computational Thinking (CT) concepts, including decomposition, pattern recognition, abstraction, and algorithm design. Through guided activities, teachers applied logical thinking skills to solve problems systematically, enhancing their confidence in integrating CT into teaching practices. Participants were introduced to Computational Thinking (CT) through the use of NAO Robot programming. Using the Choregraphe software, teachers explored the concepts of decomposition, pattern recognition, abstraction, and algorithm design in a visually engaging way.

In slot 3: Engineering Design Process 

This session emphasized the integration of Science, Mathematics, and Technology through the engineering design process. Participants engaged in hands-on tasks, enabling them to understand and apply design thinking steps effectively in teaching and learning. Participants not only showcased their creative designs but also reflected on how similar engineering tasks could be adapted into classroom projects to inspire young learners.

In slot 4: Project-Oriented Problem-Based Learning 

The final session served as the highlight of the workshop. Participants worked collaboratively in groups to solve real-world problems using a Project-Oriented Problem-Based Learning (PoPBL) approach. They designed and developed innovative prototypes, applying STEAM concepts and critical thinking skills. The final and most competitive session of the day was the Smart Flood-Resilient House Project. Working in groups, participants brainstormed solutions and built functional prototypes of flood-resilient homes. The ideas ranged from elevated structures to water sensor-based response systems. A judging panel assessed the projects based on innovation, practicality, teamwork, and presentation. All groups demonstrated outstanding creativity and teamwork, making the competition both exciting and inspiring.

Facilitator Team

The success of the workshop was supported by a dedicated team of facilitators:

• Associate Professor Dr Tan Tong Hock (Team Leader) 

• Associate Professor Dr Chin Wan Yoke 

• Assistant Professor Dr Chong Kam Yoon 

• Assistant Professor Dr Kee Boon Hui 

• Ms Yip Xue Ni 

• Ms Joan Hau 

• Ms Lee Shee Chia 

• Mr Wong Wai Zhong 

• Mr Chee Keh Niang 

• Ms Fong Wai Sham 

• Ms Loo Bee Wah 

• Ms Yap Saw Teng 

• Ms Chong Voon Niang 

Evaluation and Feedback Analysis

Feedback collected from participants indicates a high level of satisfaction with the workshop.

Overall Findings

The evaluation results show that most indicators achieved average scores above 4.3 out of 5, reflecting strong effectiveness in workshop delivery.

Key Results

• Workshop Organization: 4.74 

• Understanding of STEAM Importance: 4.74 

• Hands-on Activities Engagement: 4.58 

• Facilitator Effectiveness: 4.79 (highest) 

• Application to Classroom Practice: 4.53 

Strengths Identified

• Well-structured and organized workshop 

• Highly engaging and interactive hands-on activities 

• Strong facilitation with clear explanations 

• Effective integration of STEAM concepts into practical tasks 

Areas for Improvement

• Computational Thinking confidence (4.16) – participants may benefit from additional guided practice 

• Engineering Design Process clarity (4.32) – more time or scaffolding could improve understanding 

• Time suitability (3.89) – slight improvement needed in scheduling 

Conclusion

The STEAM Outreach for Educators 2026 workshop was a successful and impactful program, achieving its objectives of enhancing teachers’ knowledge and skills in STEAM education.

Participants were highly engaged, demonstrating excitement and active participation throughout all sessions. The hands-on approach, combined with real-world problem-solving and collaborative learning, contributed significantly to the effectiveness of the workshop.

The strong evaluation results further confirm that the program was well-received and beneficial. With continued refinement, particularly in computational thinking practice and scheduling, this initiative has great potential for expansion to a wider audience across multiple campuses.