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 A familiar scene in many programming classrooms often unfolds in a predictable way: students follow along with the lecture, nod in apparent understanding, and appear to grasp the concepts being introduced. However, when the lecturer pauses to ask a question, the atmosphere quickly shifts. Instead of lively discussion, the room falls into silence. This pattern was frequently observed in the Programming Principles course, where students demonstrated comprehension but hesitated to actively participate.

This reluctance to respond was not necessarily due to a lack of understanding. In many cases, it stemmed from a lack of confidence. Students often worried about giving incorrect answers in front of their peers, which created a psychological barrier to participation. The fear of embarrassment can be particularly strong in technical subjects like programming, where students may already feel pressure to master complex syntax and problem-solving skills. As a result, classroom interaction tended to be dominated by a small group of confident individuals, while the majority of students remained passive observers despite being capable of contributing.

To address this issue, a guided questioning approach was introduced as part of the teaching strategy. Instead of posing open-ended questions that required students to recall information from memory, the lecturer began framing questions in a more supportive way. The answers to these questions were intentionally displayed on the lecture slides, and students were informed that they could find the solution visually presented in front of them. This subtle adjustment transformed the nature of participation from high-risk recall to guided recognition.

The impact of this approach was immediate and noticeable. By reducing the uncertainty associated with answering questions, students felt more comfortable volunteering responses. The presence of visual cues acted as a scaffold, helping them identify the correct answers without the pressure of having to rely solely on memory. This shift encouraged a greater number of students to engage in the discussion, gradually breaking down the silence that had previously characterized the classroom.

Over time, the benefits of guided questioning extended beyond the initial interaction. As students became more accustomed to participating in low-stakes environments, their confidence began to grow. This increased willingness to contribute carried over into more complex discussions, where students were required to apply concepts independently rather than simply identify them. The classroom dynamic evolved into a more interactive and collaborative space, where learning was reinforced through active engagement rather than passive listening.

This approach is particularly valuable in programming education, where learners are often introduced to unfamiliar concepts, abstract thinking, and new forms of logical reasoning. For beginners, these challenges can feel overwhelming, especially when compounded by the fear of making mistakes in front of others. By incorporating structured opportunities for supported participation, educators can create a more welcoming learning environment that encourages exploration and reduces anxiety.

Ultimately, encouraging low-stakes participation plays a crucial role in fostering both confidence and competence. It allows students to engage with the material at their own pace while gradually building the skills needed for independent problem-solving. This teaching strategy aligns with the broader objective of promoting inclusive and equitable quality education, as outlined in Sustainable Development Goal 4 (SDG 4). By ensuring that all students have the opportunity to participate meaningfully, educators can help create a learning environment where every voice is valued.

Moving forward, guided questioning will continue to be integrated alongside other active learning techniques to maintain student engagement and support deeper understanding. Through consistent application of these methods, programming courses can become more dynamic, inclusive, and effective in developing both technical and analytical skills among learners.

Dr Komal Masroor
Faculty of Engineering and Technology
School of Engineering
Email: @email