📚 Year 9 CIE Engineering: 2026 Exam Changes and Trends | 9年级 CIE 工程：2026年考试变化与趋势
For Year 9 students starting their journey towards Cambridge IGCSE Engineering, 2026 marks a significant milestone. With the new syllabus (0972) having its first assessment in 2025, the 2026 exam session will be the second cycle, giving students a clearer picture of what to expect. Understanding the structural changes, updated content and emerging trends is crucial for building a strong foundation now. This article breaks down everything Year 9 learners and their parents need to know about the 2026 CIE Engineering exams, from the new paper format and practical requirements to key trends in sustainability and digital technology.
对于开始学习剑桥IGCSE工程课程的9年级学生来说，2026年具有里程碑意义。新大纲(0972)已于2025年进行首次考试，2026年将是第二个考试周期，这让考生对考试形式有了更清晰的预期。了解结构调整、内容更新和新兴趋势对于现在打好基础至关重要。本文详细解析了9年级学生和家长需要知道的关于2026年CIE工程考试的一切，包括全新的试卷结构、实践考查要求以及可持续性和数字技术方面的关键趋势。
1. The New 0972 Syllabus at a Glance | 新大纲0972概览
Cambridge IGCSE Engineering (0972) replaces the previous 0685 syllabus, with first examinations in May/June 2025. The 2026 exam series will therefore be the second live assessment under this revised framework. The new syllabus places a stronger emphasis on hands-on practical skills, real-world engineering contexts and cross-disciplinary problem solving. It still retains two compulsory papers, but the weightings, timings and assessment styles have shifted significantly. For Year 9 students, this means that the course they will be taught over the next two to three years aligns with a modernised, skills-focused curriculum.
剑桥IGCSE工程(0972)取代了原有的0685大纲，首次考试在2025年5/6月举行。因此2026年的考试系列将是修订后框架下的第二次实考。新大纲更强调动手实践能力、真实工程情境以及跨学科解决问题的能力。课程仍包含两张必考试卷，但权重、时长和评估方式都发生了显著变化。对于9年级学生而言，这意味着未来两三年内所学的课程将与一个现代化、注重技能的课程体系相匹配。
2. Exam Structure: Old vs New | 考试结构：新旧对比
One of the most striking changes is the removal of the coursework component. In the old 0685 syllabus, Paper 3 (coursework) contributed 20% to the final grade. The new 0972 syllabus has only two examined papers, both externally assessed. Below is a direct comparison that highlights the differences in time and weighting.
最显著的变化之一是取消了课程作业部分。在旧大纲0685中，试卷三（课程作业）占最终成绩的20%。新大纲0972仅有两张外部评分的笔试试卷。下表直接对比了时间和权重的差异。
| Component | Old 0685 (last exam 2024) | New 0972 (first exam 2025, continues 2026) |
|---|---|---|
| Paper 1: Theory | 1 hour 45 min, 80 marks, 40% | 2 hours, 80 marks, 50% |
| Paper 2: Practical | 2 hours 30 min, 80 marks, 40% | 3 hours, 100 marks, 50% |
| Paper 3: Coursework | Coursework, 40 marks, 20% | Not available |
The practical exam now carries more weight and an extra 30 minutes, underscoring the importance of applied hands-on competence. Year 9 students must therefore develop practical workshop skills early, as there is no coursework to fall back on.
实践考试现在权重更高且额外增加了30分钟，凸显了动手操作能力的重要性。因此，9年级学生必须尽早培养实践车间技能，因为没有课程作业可以依靠。
3. Updated Theoretical Content | 更新的理论内容
The theory paper (Paper 1) tests four main topic areas: Engineering Materials, Manufacturing Processes, Engineering Systems, and the Impact of Engineering on Society. Compared with the old syllabus, the new content integrates more modern concepts. For example, composites like carbon fibre and smart materials are explicitly mentioned, as are renewable energy systems and electronic control circuits. There is also a greater focus on quality assurance, process control, and sustainable design. Year 9 students will notice that the theory connects directly with real products and technologies they encounter daily, from mobile phone casings to electric vehicle systems.
理论卷（试卷一）考查四大主题领域：工程材料、制造工艺、工程系统以及工程对社会的影响。与旧大纲相比，新内容融入了更多现代概念。例如，碳纤维等复合材料和智能材料被明确列入，可再生能源系统和电子控制电路也有涉及。同时，对质量保证、过程控制和可持续设计的关注度更高。9年级学生会发现，理论与他们日常接触到的真实产品和技术直接相关，从手机外壳到电动汽车系统皆是如此。
4. Practical Skills Under the New Paper 2 | 新试卷二的实践技能要求
Paper 2: Application of Skills is a 3-hour practical exam where candidates are given a series of tasks based on an engineering scenario. They must plan a sequence of manufacture, use appropriate tools and equipment safely, produce a functional model or prototype, and then test and evaluate it against the given specifications. The 100-mark paper assesses both process and product quality. The absence of any other coursework component means that students must reliably demonstrate a wide range of practical skills under timed conditions. For Year 9, this translates to regular workshop practice and safety training from the beginning.
试卷二“技能应用”是一场三小时的实践考试，考生根据一个工程情境完成一系列任务。他们必须规划制造步骤，安全地使用合适的工具和设备，制作一个功能性模型或原型，然后根据给定规格进行测试和评估。这张100分试卷既评估过程也评估产品质量。由于没有其他课程作业部分，学生必须能在限时条件下可靠地展示广泛的实践技能。对9年级而言，这意味着从一开始就要进行定期的车间实践和安全培训。
5. Grading: Transition to 9-1 Scale | 评分：转向9-1等级制
The new syllabus (0972) uses the 9-1 grading scale, where 9 is the highest achievable grade. In contrast, the old 0685 syllabus used A*-G grades. While grade boundaries will vary each session, the 9-1 system provides finer differentiation, especially at the top end. Grade 4 is aligned to the bottom of the old C grade, and grade 7 corresponds to the bottom of the old A grade. Year 9 learners should familiarise themselves with this grading structure early, setting clear targets such as aiming for grade 6 or above to match strong A-level aspirants.
新大纲(0972)采用9-1评分制，9为最高等级。相比之下，旧大纲0685采用A*-G等级。虽然每轮考试分数线会变动，但9-1体系能提供更细致的区分度，尤其是在高分段。4级相当于旧C级的下限，7级相当于旧A级的下限。9年级学生应早日熟悉这种评分结构，设定明确目标，比如力争6级及以上以匹配有力的A Level申请者。
6. 2026 Trend: Sustainability and Green Engineering | 2026年趋势：可持续性与绿色工程
Cliamte change concerns and circular economy principles are being woven into IGCSE Engineering questions. Candidates can expect to see scenarios involving life cycle analysis, energy efficiency, use of biodegradable or recycled materials, and waste reduction during manufacturing. 2026 papers are likely to deepen these themes, with practical tasks possibly requiring sustainable material choices or evaluations of environmental impact. Year 9 students should get into the habit of reading about eco-design innovations and understanding simple metrics like carbon footprint.
气候变化关切和循环经济原则正被融入IGCSE工程考题中。考生可以看到涉及生命周期分析、能源效率、使用可生物降解或再生材料以及制造过程中减少浪费的情境。2026年的试卷很可能会深化这些主题，实践任务可能要求选择可持续材料或评估环境影响。9年级学生应养成阅读生态设计创新和了解碳足迹等简单指标的习惯。
7. 2026 Trend: Integration of Digital Tools and CAD/CAM | 2026年趋势：数字工具与CAD/CAM的融合
Digital competence is no longer optional. The new syllabus explicitly expects candidates to be familiar with computer-aided design (CAD) software for creating technical drawings and 3D models, as well as computer-aided manufacturing (CAM) processes such as CNC routing and 3D printing. In the 2026 practical exam, students may be asked to modify an existing CAD file or interpret a drawing produced by CAD. Even if they do not operate a machine themselves, they must understand the link between digital models and physical prototypes. Year 9 students can begin using free CAD tools like Tinkercad or Fusion 360 for education.
数字能力已不再是可选项。新大纲明确要求考生熟悉用于创建技术图纸和三维模型的计算机辅助设计(CAD)软件，以及计算机辅助制造(CAM)工艺，如数控铣削和3D打印。在2026年的实践考试中，学生可能被要求修改现有的CAD文件或解读CAD生成的图纸。即便不亲自操作机器，他们也需要理解数字模型与物理样机之间的联系。9年级学生可以开始使用免费的CAD工具，如教育版Tinkercad或Fusion 360。
8. 2026 Trend: Interdisciplinary and Systems-Thinking Tasks | 2026年趋势：跨学科和系统思维任务
Modern engineering is increasingly interdisciplinary. The 2026 exams will reflect this by: blending mechanical systems with electronic control, incorporating programmable microcontrollers (like Arduino or micro:bit) into tasks, and linking design choices to underlying physics and mathematics. For instance, a Paper 2 task might ask candidates to build a simple gear mechanism driven by a motor controlled by a timer circuit, then calculate gear ratios and efficiency. Year 9 should strengthen their maths and physics background alongside engineering, as formula-based problems will appear on Paper 1 too.
现代工程越来越跨学科。2026年考试将通过以下方式体现：将机械系统与电子控制融合，将可编程微控制器（如Arduino或micro:bit）融入任务，以及将设计选择与基础物理和数学联系起来。例如，试卷二任务可能要求考生搭建由计时电路控制的电机驱动的简单齿轮机构，然后计算齿轮比和效率。9年级学生应在学习工程的同时加强数学和物理基础，因为公式类问题也会出现在试卷一中。
9. Key Engineering Principles for Paper 1 | 试卷一的关键工程原理
pressed using unicode symbols in the exam. For example, they might calculate stress σ = F/A or strain ε = ΔL/L. Understanding the properties of materials — tensile strength, hardness, ductility, thermal conductivity — luding levers, pulleys, gears and moments, as well as simple DC circuit analysis using Ohm' , form the core. Year 9 can start by mastering unit conversions and rearranging equations.
试卷一要求扎实掌握基本原理。考生必须熟练运用应力、应变和杨氏模量等概念，考试中会用到unicode符号。例如，他们可能会计算应力 σ = F/A 或应变 ε = ΔL/L。理解材料特性——抗拉强度、硬度、延展性、导热性——至关重要。此外，包括杠杆、滑轮、齿轮和力矩的基础力学，以及使用欧姆定律的简单直流电路分析，构成了核心内容。9年级学生可以从掌握单位换算和方程变形开始。
10. How Year 9 Students Can Prepare Now | 9年级学生如何从现在开始准备
Successful preparation for 2026 starts in Year 9 with three pillars: knowledge building, skill development, and mindset cultivation. First, secure the underpinning science and maths — focus on density, force, energy, and graph skills. Second, engage in small DIY projects at home or in school clubs to gain confidence with hand tools, soldering kits, or simple circuits. Third, maintain an engineering logbook of ideas, sketches and research, which mirrors the planning aspect of Paper 2. Regularly review examiners' reports from the 2025 session once they are released.
为2026年做好准备的旅程从9年级开始，围绕三大支柱：知识积累、技能发展和思维培养。第一，夯实基础科学和数学——专注于密度、力、能量和图表技能。第二，在家或在学校社团参与小型DIY项目，以积累使用手动工具、焊接套件或简单电路的信心。第三，坚持记录工程日志，包含想法、草图和调研，这能模拟试卷二的规划部分。一旦2025年考季的考官报告发布，应定期查阅。
11. Common Concerns from Year 9 Learners | 9年级学生的常见疑问
"Is the new syllabus harder without coursework?" Not necessarily — the practical exam is longer but rewards consistent hands-on practice. "Can I use a calculator in both papers?" Yes, calculators are permitted in Paper 1 and 2. "Will I be tested on programming?" You do not need to write code from scratch, but understanding flowcharts and basic functionality of microcontrollers may help. "Can I answer in my first language?" The exam is conducted in English; however, Cambridge provides a glossary for some key terms in other languages to aid understanding, but responses must be in English.
“没有了课程作业，新大纲是否更难？”不一定——实践考试时长增加，但会回报持续的动手练习。“两张试卷都可以用计算器吗？”是的，试卷一和试卷二都允许使用计算器。“会考编程吗？”不需要从零开始编写代码，但理解流程图和微控制器的基本功能会有帮助。“能用母语答题吗？”考试以英语进行；不过剑桥会为某些关键术语提供其他语言的词汇表以帮助理解，但答案必须用英文撰写。
12. Conclusion: Embracing the Future of Engineering | 结语：拥抱工程的未来
The 2026 CIE Engineering exams are not just a test of knowledge but a showcase of real-world engineering skills. The shift to a purely exam-based assessment, with stronger practical weight and integrated digital and sustainable themes, is designed to produce the problem-solvers of tomorrow. Year 9 is the perfect moment to ignite curiosity, pick up the soldering iron, and start designing. With consistent effort and the right resources, students will be well equipped to excel in 2026 and beyond.
2026年CIE工程考试不仅是对知识的检验，更是真实世界工程技能的展示。转向纯考试评估、更强实践权重以及融入数字和可持续主题的变革，旨在培养未来的问题解决者。9年级正是点燃好奇心、拿起烙铁并开始设计的绝佳时机。通过持续的努力和正确的资源，学生将有能力在2026年及未来取得卓越成就。
Published by TutorHao | Engineering Revision Series | aleveler.com
更多咨询请联系16621398022（同微信）
或截图后用「扫一扫 → 相册」选择本图