📚 Year 10 CIE Engineering: 2026 Exam Changes and Trends | 十年级 CIE 工程：2026年考试变化与趋势
The Cambridge IGCSE Engineering (0425/0972) qualification is entering a new phase, with the 2026 examination series marking the first full assessment of a significantly revised syllabus. For Year 10 students who will sit these exams in 2027, understanding the 2026 changes is essential; it reveals the direction CIE is taking and which skills, topics and question styles will be rewarded. This article unpacks every major shift—from assessment weightings to digital delivery trials—so that you can prepare effectively and secure top grades.
剑桥 IGCSE 工程（0425/0972）资格正式迈入新阶段，2026 年考试系列将是大幅修订后教学大纲的首次完整评估。对将在 2027 年参加考试的十年级学生来说，了解 2026 年的变化至关重要；它能揭示 CIE 的发展方向、重点奖励的技能与题型。本文逐一拆解从评估权重到数字化交付试点的每一项重大转变，帮助你高效备考，冲击高分。
1. The Revised 2025–2027 Syllabus | 2025–2027 修订版教学大纲
The updated Cambridge IGCSE Engineering syllabus for examination from 2026 restructures both content and assessment objectives. The core aim remains to develop a broad understanding of engineering principles, materials, manufacturing processes and systems, but the syllabus now places stronger emphasis on sustainable design, digital fabrication and the application of mathematics in real-world contexts. Several outdated topics, such as manual draughting using purely hand tools, have been streamlined to make room for computer-aided design (CAD) and rapid prototyping skills.
针对 2026 年起考试的更新版剑桥 IGCSE 工程大纲，重组了知识内容与评估目标。课程核心目标仍是培养对工程原理、材料、制造工艺与系统的广泛理解，但新大纲更强调可持续设计、数字制造以及数学在真实情境中的应用。部分过时主题，如纯手工绘图，已被精简，为计算机辅助设计（CAD）和快速原型制作技能腾出空间。
This syllabus is available in two versions: 0425 (A*–G) and the 9–1 graded 0972. Both share the same content, but the 9–1 tier demands deeper analytical responses. Year 10 teachers are aligning their schemes of work with the 2025–2027 document, which serves as the single source of truth for examinations in 2026, 2027 and 2028.
该大纲提供两个版本：0425（A*–G）和 9–1 评分的 0972。两者内容相同，但 9–1 层级要求更深入的分析性作答。十年级教师正根据 2025–2027 文件调整教学计划，这份文件是 2026、2027 和 2028 年考试的唯一权威依据。
2. Assessment Structure Overhaul | 评估架构的大修
Previously, candidates could sit Paper 3 (practical test) or submit a coursework portfolio. From 2026, the school-assessed coursework component becomes mandatory for all candidates, removing the optional practical test route. This means every student must produce a substantial engineering project, documented with photographs, CAD screenshots, test data and an evaluation log. The written papers have also been rebalanced: Paper 1 is a 40-mark multiple‑choice paper (30 minutes), while Paper 2 is a 2‑hour 15‑minute theory paper worth 100 marks, incorporating structured questions and a new extended‑response design challenge.
此前，考生可参加 Paper 3（实践测试）或提交课程作业作品集。从 2026 年起，学校评估的课程作业成为所有考生的必修部分，可选实践测试路径被取消。这意味着每位学生必须提交一项实质性的工程项目，并用照片、CAD 截图、测试数据与评估日志进行记录。笔试也重新平衡：Paper 1 为 30 分钟 40 分的选择题卷，Paper 2 为 2 小时 15 分钟、100 分的理论卷，包含结构化问题与新增的拓展性设计挑战题。
| Paper | Duration | Marks | Weighting |
|---|---|---|---|
| Paper 1: Multiple Choice | 30 min | 40 | 20% |
| Paper 2: Theory | 2 h 15 min | 100 | 40% |
| Component 3: Coursework | School-assessed | 100 | 40% |
注：Paper 1 为选择题，Paper 2 为理论卷，Component 3 为课程作业。三门均百分制缩放后合并总分。
3. Weighting Shifts and Grade Boundaries | 权重变动与分数线走势
The 2026 model shifts the balance of skills: practical coursework now accounts for 40% of the final grade, up from the optional 30% in many previous centres. Theory (Paper 2) remains at 40%, while Paper 1 contributes 20%. This means strong hands‑on project work can significantly boost your overall result. Grade boundaries for 2026 are expected to be slightly higher at the top end, as the mandatory coursework typically raises the mean cohort performance. CIE statistics from previous syllabus launches show that A*–A thresholds in the first examination year often sit around 75–80% for the overall weighted mark, compared to 70–75% in later cycles.
2026 年模式转移了技能比重：实践课程作业现占总分的 40%，高于许多中心此前可选的 30%。理论卷（Paper 2）保持 40%，Paper 1 占 20%。这意味着出色的动手项目工作能大幅提升总成绩。由于必修课程作业通常会拉高整体考生表现，预计 2026 年高分段分数线将略微上移。CIE 此前新课首发年的统计显示，首次考试年 A*–A 的总加权分阈值常落在 75–80% 之间，而后续周期约为 70–75%。
For a typical Component 3 project, candidates must demonstrate hands‑on manufacture, quality control, testing against a specification and reflective evaluation. The assessment criteria now include a mandatory ‘sustainability impact statement’, encouraging students to consider material choices, energy use and end‑of‑life disposal. This holistic grading rewards depth, not just breadth.
对于典型的 Component 3 项目，考生必须展示动手制造、质量控制、依据规格测试以及反思性评估。评分标准现包含强制性的“可持续影响陈述”，鼓励学生思考材料选择、能源使用与报废处理。这种整体评分奖励深度而非仅仅广度。
4. Coursework Component in Detail | 课程作业细则解析
The coursework, Component 3, is a single engineering project completed over approximately 30 guided learning hours. Candidates identify a need or problem, generate design proposals, select and justify a solution, produce a prototype, test it and evaluate outcomes. The project must be supported by a concise 20‑page A4 digital portfolio. Acceptable evidence includes annotated CAD models, photographs of workshop processes, test data tables, graphs of performance and a brief cost analysis.
课程作业 Component 3 是一个独立的工程项目，需在约 30 个指导课时内完成。考生要识别需求或问题，生成设计方案，选择并论证解决方案，制作原型，测试并评估结果。项目必须配有一份简明的 20 页 A4 数字作品集。可接受的证据包括带注释的 CAD 模型、操作过程的照片、测试数据表、性能图以及简要的成本分析。
Moderation is external: centres submit digital portfolios for CIE review. Plagiarism checks are rigorous; candidates must keep a log of all third‑party assets. The biggest change for 2026 is the compulsory engineering logbook, a daily record of progress, decisions and safety checks, which forms part of the portfolio. This logbook tests students’ ability to document the engineering design process systematically—a skill highly valued by apprenticeship providers and further education courses.
外部评审是审核的关键：中心提交数字作品集供 CIE 审核。抄袭检测十分严格；考生必须记录所有第三方素材的日志。2026 年最大变化是强制性工程日志，作为作品集的一部分，逐日记录进展、决策与安全检查。该日志考察学生系统记录工程设计过程的能力，这一能力深受学徒制提供方与进阶教育课程的重视。
5. Digital Assessment and e‑Submission | 数字化评估与电子提交
Starting in 2026, CIE strongly encourages digital submission of coursework and is piloting on‑screen assessment for Paper 2 in selected regions. Although Year 10 students in 2026–2027 will still sit Paper 2 on paper, familiarising yourself with digital notetaking, CAD file management and on‑screen mock tests is now a wise preparation strategy. The exam board has released sample on‑screen questions where candidates annotate engineering drawings, drag‑and‑drop components into circuits, and use a built‑in sketching tool to modify designs.
自 2026 年起，CIE 大力鼓励课程作业的数字化提交，并在部分地区试点 Paper 2 的屏幕考试。尽管 2026–2027 年的十年级学生仍将采用纸质卷作答 Paper 2，但熟悉数字笔记、CAD 文件管理以及屏幕模拟测试已成为明智的备考策略。考试局已发布屏幕试题样例，考生需要在工程图上做批注、将组件拖放至电路，以及使用内置草图工具修改设计。
Digital drawing conventions are being updated too: candidates are expected to understand basic 2D CAD commands, such as trim, offset and dimensioning. Hand‑sketching remains important, but the ability to interpret and correct digital drawings is now explicitly assessed in Paper 2 through ‘correction of a faulty drawing’ tasks. This reflects industry practice, where engineers regularly work with digital twins and CAM‑ready files.
数字绘图规范也在更新：学生应理解基本的 2D CAD 命令，如修剪、偏移和标注尺寸。手绘能力仍然重要，但解读与纠错数字图纸的能力已通过“修正错误图纸”任务在 Paper 2 中被明确考查。这反映了行业实践，工程师日常需处理数字孪生与 CAM 就绪文件。
6. Modern Topics and Content Additions | 现代新增主题与内容
To stay relevant, the syllabus now includes dedicated sections on renewable energy systems, smart materials, programmable microcontrollers (e.g. Arduino or micro:bit basics) and quality assurance tools such as statistical process control (SPC). Candidates must be able to describe the function of a strain gauge, a thermocouple and an accelerometer in engineered systems. Sustainable manufacturing techniques—like Design for Disassembly (DfD) and life‑cycle analysis (LCA)—are woven into the materials and processes units.
为保持时效性，大纲如今包含关于可再生能源系统、智能材料、可编程微控制器（如 Arduino 或 micro:bit 基础）以及统计过程控制（SPC）等质量保证工具的专门章节。考生需能描述应变片、热电偶和加速度计在工程系统中的功能。可拆卸设计（DfD）和全生命周期分析（LCA）等可持续制造技术则融入了材料与工艺单元。
Another notable addition is the ‘Engineering in Society’ topic, where students examine case studies of engineering failures (e.g. bridge collapses, battery fires) and ethics in design. This section is examined via stimulus‑response questions in Paper 2. You might be presented with a newspaper article about a product recall and asked to suggest both technical and procedural improvements. This tests higher‑order thinking and the ability to connect theory with real‑world consequences.
另一项显著新增内容是“社会中的工程学”主题，学生在此研究工程失败案例（如桥梁坍塌、电池起火）以及设计伦理。该部分通过 Paper 2 的材料响应题进行考查。试卷可能会提供一则关于产品召回的新闻文章，要求你提出技术和流程两方面的改进建议。这考查高阶思维以及将理论与实际后果相连接的能力。
7. Enhanced Focus on Applied Mathematics | 应用数学的强化
The proportion of calculation‑based marks in Paper 2 has increased to around 30% of the paper. You will encounter multi‑step problems involving stress (σ = F/A), strain (ε = ΔL/L), Young’s modulus (E = σ/ε), gear ratios, pulley systems, moments of force (M = F × d) and efficiency calculations (η = useful output / total input). Units are strictly marked; losing a cm² versus m² conversion can cost crucial marks.
Paper 2 中计算类题目的分值占比已提高至约 30%。你将遇到涉及应力（σ = F/A）、应变（ε = ΔL/L）、杨氏模量（E = σ/ε）、齿轮比、滑轮系统、力矩（M = F × d）以及效率计算（η = 有用输出 / 总输入）的多步骤题目。单位评分十分严格；在 cm² 与 m² 换算中失分会损失关键分数。
CIE now expects all candidates to be fluent in rearranging equations, interpreting linear and logarithmic graphs, and performing basic trigonometry for force resolution. The coursework component also asks for statistical analysis of test data, such as calculating mean, range and standard deviation. Year 10 students should integrate regular math drills into their engineering revision, particularly focusing on ratio, proportion and graph‑plotting skills.
CIE 如今期望所有考生能流畅地重组方程、解读线性与对数图表、并进行力的分解所需的基本三角运算。课程作业也要求对测试数据进行统计分析，如计算平均值、极差与标准差。十年级学生应将定期的数学训练融入工程复习，尤其侧重于比与比例、图表绘制技能。
8. Drawing Standards and Technical Communication | 绘图规范与技术沟通
Orthographic projection, isometric sketching and sectional views remain core skills, but the exam now demands tighter adherence to BS 8888 or ISO drawing conventions. In 2026, Paper 2 includes a dedicated 12‑mark technical drawing question that requires correct dimensioning, hidden detail, centre lines and a title block. The rubric explicitly penalises missing or incorrect symbols for surface finish and welding, which were previously considered desirable but not always mandatory.
正投影、等轴测草图与剖视图依然是核心技能，但考试如今要求更严格地遵守 BS 8888 或 ISO 绘图规范。2026 年，Paper 2 含有一道 12 分的专门技术绘图题，要求正确的尺寸标注、隐藏细节、中心线以及标题栏。评分标准明确指出，缺少或错误的表面粗糙度与焊接符号将扣分，而过去这些往往被视为加分项但非强制。
Computer‑generated drawings are expected in the coursework portfolio, but hand‑drawn exam sketches must be neat, in proportion and annotated. A new requirement is the ability to sketch a ‘before and after’ modification to improve a mechanism, showing an understanding of linkages, cams and gears. Practice these repeatedly; motor skills deteriorate without regular drawing exercises.
课程作业作品集中应出现计算机生成图，但考试中的手绘草图必须整洁、比例正确且加以注释。一项新要求是能绘制“修改前后”的对比草图以改进一个机构，展示对连杆、凸轮与齿轮的理解。反复练习这些；若不经常进行绘图训练，操作技能会退化。
9. Exam Question Style and Command Words | 考题风格与指令词
CIE has refined its command word taxonomy for 2026 papers. ‘State’ and ‘Identify’ still require brief factual recall, but ‘Explain’, ‘Justify’ and ‘Evaluate’ now demand longer connected prose. An ‘Evaluate’ question might ask you to assess three power transmission methods for a given scenario, weighing criteria such as cost, efficiency and maintenance. The extended design challenge at the end of Paper 2 is scaffolded with bullet points, guiding you through a 10‑step engineering design cycle in a structured answer booklet.
CIE 已为 2026 年试卷细化了指令词分类法。“State”（陈述）和“Identify”（识别）仍要求简短的事实回忆，但“Explain”（解释）、“Justify”（论证）和“Evaluate”（评估）现要求更长且连贯的段落。一道“Evaluate”题可能要求你针对给定场景评估三种动力传递方式，权衡成本、效率与维护等标准。Paper 2 末尾的拓展设计挑战题以要点逐步引导，要求你在结构化作答册中完成一个 10 步工程设计循环。
Command words are now trademarked with an explicit mark‑scheme hierarchy: AO1 (Recall) 30%, AO2 (Application) 40%, AO3 (Analysis & Evaluation) 30%. This means simply memorising definitions will not suffice for an A*. You must demonstrate the ability to apply concepts to unfamiliar contexts and critically assess solutions.
指令词如今与明确的评分方案层级挂钩：AO1（回忆）30%、AO2（应用）40%、AO3（分析与评估）30%。这意味着仅靠背诵定义不足以获得 A*。你必须展示将概念应用于陌生情境、并批判性评估解决方案的能力。
10. Practical Equipment and Resource Requirements | 实践设备与资源要求
With mandatory coursework, schools must ensure access to a range of workshop equipment: pillar drills, centre lathes, 3D printers, soldering stations and basic electronic test gear. CIE publishes a minimum equipment list; centres that cannot offer these facilities must apply for exemption or partner with a local college. Year 10 students should proactively engage with all available tools, log their experiences and ask for training on programmable microcontrollers—a common area where coursework marks are lost due to poor integration.
随着课程作业成为必修，学校必须确保接触一系列车间设备：台钻、中心车床、3D 打印机、焊接站以及基本电子测试仪器。CIE 发布了最低设备清单；无法提供这些设施的中心须申请豁免或与本地学院合作。十年级学生应主动接触所有可用工具，记录使用经验，并请求可编程微控制器的培训——课程作业中常因集成不佳而在此失分。
The use of simulation software, such as Tinkercad for electronics or Fusion 360 for CAD, is permitted and encouraged when physical making is constrained. The exam board views digital prototyping as a valid engineering skill. However, you must manufacture at least one physical iteration of your prototype; a completely virtual project will be penalised under the ‘making’ criteria.
在实体制作受限时，允许并鼓励使用仿真软件，如用于电子的 Tinkercad 或用于 CAD 的 Fusion 360。考试局将数字原型制作视为一项有效的工程技能。然而，你至少必须制造一个原型实体迭代；完全虚拟的项目将在“制作”标准下被扣分。
11. Implications for Year 10 Study Planning | 对十年级学习规划的影响
Year 10 students sitting exams in 2027 must treat the 2026 specimen papers and mark schemes as their primary revision tools. Start building your coursework idea bank now: identify everyday problems, sketch preliminary solutions and keep a notebook. Balancing practical work with theory is critical; dedicate at least two hours per week to hands‑on making and an equal amount to past‑paper practice under timed conditions.
将于 2027 年考试的十年级学生必须将 2026 年样卷与评分方案作为主要复习工具。现在就开始建立课程作业创意库：识别日常问题，绘制初步方案并记录在笔记本上。平衡实践工作与理论学习至关重要；每周至少投入两小时进行动手制作，并安排等量时间进行限时真题练习。
Form a study group to discuss engineering news articles; the ‘Engineering in Society’ questions often reference current events. Subscribe to engineering blogs or YouTube channels that explain mechanical principles visually. Your teacher will align internal mocks with the 2026 format, so treat every mock as a chance to refine time management and question navigation, especially for the new extended design question.
组建学习小组讨论工程新闻文章；“社会中的工程学”题目常引用时事。订阅以可视化方式解释机械原理的工程博客或 YouTube 频道。教师会按照 2026 年格式安排校内模考，因此应将每次模考作为打磨时间管理与审题导航能力的机会，尤其针对新增的拓展设计题。
12. Recommended Resources and Final Tips | 推荐资源与结语建议
Essential resources include the official CIE 2025–2027 syllabus document, the 2026 specimen papers, and the endorsed textbook ‘Cambridge IGCSE Engineering’ (Hodder Education, latest edition). For CAD skills, self‑study courses on Fusion 360 or Onshape are invaluable. The ‘Engineering Design and Communication’ workbook by CQU Press offers structured drawing exercises aligned with ISO standards. Always cross‑reference your answers with examiner reports, which highlight common mistakes and model responses.
必备资源包括 CIE 官方 2025–2027 教学大纲文件、2026 年样卷以及认可教材《Cambridge IGCSE Engineering》（Hodder Education 最新版）。对于 CAD 技能，Fusion 360 或 Onshape 的自学课程非常宝贵。CQU 出版社的《Engineering Design and Communication》练习册提供了符合 ISO 标准的结构化绘图练习。务必对照考官报告检查答案，这些报告会指出常见错误并展示范例作答。
Remember, 2026 marks a turning point where engineering assessment aligns more closely with real‑world practice. Embrace the coursework, master the math and keep your digital drawing skills sharp. With deliberate practice and an awareness of the trends outlined here, Year 10 students can confidently tackle the new‑format papers and build a strong foundation for further engineering study.
请记住，2026 年标志着一个转折点，工程评估变得更贴近真实世界实践。全心投入课程作业、精通数学并保持数字绘图技能的敏锐。通过有意识的练习以及对本文所述趋势的了解，十年级学生可自信应对新格式试卷，并为后续的工程学习打下坚实基础。
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