📚 Year 7 SQA Computing: Speaking & Listening Exam Prep | SQA Year 7 计算机：口语/听力备考专项
In Year 7 Computing under the Scottish Qualifications Authority (SQA) framework, speaking and listening tasks are often embedded in project presentations, group discussions, and technical explanations. This guide will help you build confidence, master key computing vocabulary, and demonstrate clear communication skills – all essential for success in your assessments.
在苏格兰资格评审局（SQA）的 Year 7 计算机课程中，口语和听力任务往往融入项目展示、小组讨论和技术讲解之中。本指南将帮助你建立信心、掌握关键的计算机词汇，并展现出清晰的沟通技能——这些都是在评估中取得成功的必备要素。
1. Understanding the Speaking & Listening Components | 了解口语与听力部分
Speaking and listening in SQA Computing are not separate exams but are assessed through classroom activities. You may be asked to present a project idea, explain a program you have written, or participate in a debate about digital citizenship. Active listening is tested when you follow multi‑step instructions or respond to peers’ questions.
SQA 计算机课程中的口语与听力并非独立的考试，而是通过课堂活动进行评估。你可能会被要求展示一个项目构思、解释你所编写的程序，或参与关于数字公民的辩论。当你遵循多步骤指令或回应同伴提问时，你的积极倾听能力也就得到了检验。
2. Core Computing Vocabulary for Speaking | 用于口语的核心计算机词汇
To speak fluently about computing, you need a solid technical vocabulary. Practise pronouncing and using terms like algorithm (a step‑by‑step solution), variable (a storage for changing data), and iteration (repeating instructions). Describe your work using words like input, process, output, and debugging.
要流利地谈论计算机科学，你需要扎实的技术词汇。练习发音和使用以下术语，如 algorithm（算法，逐步的解决方案）、variable（变量，存储变化的数据）和 iteration（迭代，重复的指令）。用 input（输入）、process（处理）、output（输出）和 debugging（调试）等词来描述你的工作。
- Hardware: The physical parts of a computer – CPU, RAM, monitor.
- Software: Programs that run on the hardware – operating system, apps.
- Binary: The base‑2 number system using only 0 and 1.
- 硬件 (Hardware)：计算机的物理部分——中央处理器 (CPU)、内存 (RAM)、显示器。
- 软件 (Software)：在硬件上运行的程序——操作系统、应用程序。
- 二进制 (Binary)：仅使用 0 和 1 的基‑2 数字系统。
3. Explaining Computational Thinking Orally | 口头解释计算思维
Computational thinking involves decomposition (breaking a problem into smaller parts), pattern recognition, abstraction (focusing on important details), and algorithm design. When speaking, use these terms to structure your explanation. For example, “I decomposed the task into three smaller functions, then I recognised a pattern that allowed me to reuse a loop.”
计算思维包括分解 (decomposition，将问题拆分成更小的部分)、模式识别、抽象 (abstraction，关注重要细节) 以及算法设计。在口语表达中，运用这些术语来组织你的解释。例如，“我把任务分解成三个更小的函数，然后我识别出一种模式，这让我能够复用一个循环。”
4. Presenting Your Code or Project | 展示你的代码或项目
When presenting a Scratch or Python project, describe the goal first. Walk through the code logically: “First, the program asks for the user’s name and stores it in a variable. Then it uses an if‑else statement to check the answer.” Use hand gestures to point at the screen or whiteboard to make your explanation clear.
在展示 Scratch 或 Python 项目时，先描述目标。然后有条理地讲解代码：“首先，程序会询问用户的名字并将其存储在一个变量中。然后它使用 if‑else 语句来检查答案。” 运用手势指向屏幕或白板，使你的讲解更加清晰。
5. Structuring a Technical Talk | 构建一次技术讲解
A good technical talk has three parts: an introduction (what you are going to talk about and why it matters), a main body (step‑by‑step details, screen demonstrations), and a conclusion (what you learned, future improvements). Practise saying, “In this presentation, I will explain how my game works and the computing concepts I used.”
一次出色的技术讲解包含三个部分：引言（你要讲什么以及为什么重要）、主体（逐步的细节和屏幕演示）以及结论（你学到了什么、未来的改进方向）。练习说：“在这个展示中，我将解释我的游戏是如何运作的，以及我所使用的计算机概念。”
6. Active Listening in Computing Lessons | 计算机课堂中的积极倾听
Active listening means focusing fully on the speaker, taking brief notes, and not interrupting. In computing, teachers often give coding instructions verbally. Repeat the steps in your head: “She said to first open the IDE, then create a new project, and finally import the library.” Summarise back to confirm understanding.
积极倾听意味着全神贯注于说话者，做简要笔记，不打断对方。在计算机课上，老师经常口头给出编程指令。在脑海中重复这些步骤：“她说先打开 IDE，然后创建一个新项目，最后导入库。” 进行总结复述以确认理解。
7. Handling Q&A Sessions After a Presentation | 演示后的问答环节处理
After your talk, classmates or the teacher may ask questions. Listen carefully to the entire question before answering. If you don’t know the answer, it is okay to say, “That’s a great question. I haven’t explored that yet, but I could investigate further.” Use phrases like, “To answer your question…” or “What I meant was…”
在你的讲解之后，同学或老师可能会提问。在回答之前，仔细听完整的问题。如果不知道答案，可以说：“这是个很好的问题。我还没有探索过，但我之后可以研究一下。” 使用诸如“为了回答你的问题……”或“我的意思是……”之类的表达。
8. Group Discussion: Digital Citizenship | 小组讨论：数字公民
You might debate topics like online safety or screen time. To contribute effectively, use evidence: “Research shows that taking regular breaks improves concentration.” Listen to others and build on their ideas: “I agree with Anna, and I would add that strong passwords are also crucial.” Avoid dominating the conversation.
你可能会就网络安全或屏幕使用时间等话题进行辩论。为了有效参与，请使用证据：“研究表明定期休息能提高注意力。” 倾听他人观点并加以延伸：“我同意安娜的看法，我还想补充，强密码也很关键。” 避免支配对话。
9. Pronunciation of Key Computing Terms | 关键计算机术语的发音
Mispronouncing terms can cause confusion. Practise the following:
术语发音错误可能导致混淆。练习以下单词：
| Term | Pronunciation |
| Algorithm | AL‑go‑rith‑əm |
| Variable | VAIR‑ee‑ə‑bəl |
| Iteration | it‑ə‑RAY‑shən |
| Binary | BY‑nə‑ree |
| Debug | dee‑BUG |
10. Using Visual Aids Without Reading Aloud | 使用视觉辅助工具而不照本宣科
Slides or posters should support your speaking, not replace it. Only include key words and images. Never read long paragraphs from the screen. Instead, glance at the visual, then explain in your own words. This shows deeper understanding and gets higher marks.
幻灯片或海报应为你的口头表达提供支持，而非取代它。只保留关键词和图片。切勿从屏幕上读出长篇段落。相反，扫一眼视觉资料，然后用自己的话进行解释。这能体现出更深入的理解，并获得更高的分数。
11. Building Confidence Through Practice | 通过练习建立信心
Record yourself explaining a computing concept, then listen back. Check for filler words (‘um’, ‘like’) and work on your pace. Practise in pairs so you become comfortable with questions. The more you speak aloud, the more natural it will feel during the actual assessment.
录下你自己解释一个计算机概念的过程，然后回听。检查填充词（“呃”、“那个”），并调整语速。两人一组练习，这样你会慢慢适应提问。你大声练习得越多，在实际评估中就会感觉越自然。
12. Common Mistakes to Avoid | 需要避免的常见错误
Avoid speaking too fast or mumbling into the screen. Do not use slang without explanation – what is a ‘bug’ may need clarifying. Also, never ignore a question; if you need time, say, “Let me think about that for a moment.” Finally, active listening fails if you are planning your reply instead of truly hearing the speaker.
避免语速过快或对着屏幕喃喃自语。不要不加解释地使用俚语——比如“bug”可能需要阐明。另外，永远不要无视问题；如果你需要时间，就说：“让我想一想。” 最后，如果你光顾着构思自己的回答而没有真正倾听说话者，积极倾听就是失败的。
Published by TutorHao | Computing Revision Series | aleveler.com
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