📚 AS Eduqas Engineering: 2026 Exam Changes and Trends | AS Eduqas 工程：2026 年考试变化与趋势
The AS Eduqas Engineering qualification is set for a significant refresh for examinations in 2026. With first teaching from September 2025, the revised specification introduces updated content, adjusted assessment weightings, and a stronger emphasis on digital, sustainable, and industry-aligned skills. This article explores the key changes and trends that students, teachers, and parents need to understand to prepare effectively for the 2026 exams.
AS Eduqas 工程学科将在 2026 年考试中迎来重大更新。修订后的考纲从 2025 年 9 月开始教学，引入了更新内容、调整后的评估权重，并更加注重数字化、可持续性以及与行业接轨的技能。本文探讨了学生、教师和家长需要了解的关键变化与趋势，以便为 2026 年考试做好充分准备。
1. Overview of the 2026 Specification Refresh | 2026 年考纲更新概览
Eduqas has conducted a comprehensive review of the AS Engineering specification to align it with the latest industry standards and technological advancements. The 2026 examination series will be the first to assess candidates against the new criteria, which blend foundational engineering principles with modern practices such as additive manufacturing, systems integration, and ethical design.
Eduqas 对 AS 工程考纲进行了全面审查，以使其与最新的行业标准和技术进步保持一致。2026 年的考试系列将是首次根据新标准评估考生，新标准将基础工程原理与增材制造、系统集成和伦理设计等现代实践相结合。
Key drivers for the update include feedback from higher education institutions, employer bodies, and the need to better prepare learners for T-level and apprenticeship pathways. The refreshed specification retains the familiar two-unit structure—Unit 1: Engineering Principles (written examination) and Unit 2: Design and Production Task (non-examined assessment, NEA)—but revises their internal weightings and content scope.
更新背后的主要驱动力包括来自高等教育机构、雇主团体的反馈，以及更好地为学生适应 T-level 和学徒制路径做准备的需求。修订后的考纲保留了熟悉的两单元结构——Unit 1：工程原理（笔试）和 Unit 2：设计与生产任务（非考试评估，NEA）——但调整了其内部权重和内容范围。
2. Revised Assessment Objectives and Weightings | 修订后的评估目标与权重
The weighting of assessment objectives has been recalibrated to reward analytical thinking and practical application more generously. The table below summarises the changes in AO weightings for the overall AS qualification.
评估目标的权重经过重新校准，以更充分地奖励分析性思维和实际应用。下表总结了 AS 整体资质中 AO 权重的变化。
| Assessment Objective | Previous Weighting | 2026 Weighting |
|---|---|---|
| AO1: Recall, select and communicate knowledge | 30% | 25% |
| AO2: Apply knowledge, understanding and skills | 40% | 40% |
| AO3: Analyse and evaluate to solve engineering problems | 30% | 35% |
This redistribution, reducing pure recall by 5% and increasing analysis and evaluation by 5%, signals a clear shift towards higher-order thinking. In Unit 1, marks for AO3 will be embedded in longer structured questions requiring evaluation of materials, processes, or failures.
这种重新分配——将纯粹记忆减少 5%、分析评价增加 5%——表明了向高阶思维转变的明确信号。在 Unit 1 中，AO3 的分数将嵌入到需要评估材料、工艺或故障的较长结构化问题中。
3. Integration of Digital Engineering Competencies | 数字工程能力的整合
A prominent feature of the 2026 specification is the formal inclusion of digital engineering competencies. Candidates are now expected to demonstrate understanding of CAD/CAM workflows, basic simulation tools, and the impact of digital twins on the product development cycle. This reflects the widespread adoption of Industry 4.0 technologies in engineering workplaces.
2026 年考纲的一个显著特征是将数字工程能力正式纳入。现在要求考生展示对 CAD/CAM 工作流程、基本仿真工具以及数字孪生对产品开发周期影响的理解。这反映了工业 4.0 技术在工程工作场所的广泛应用。
In Unit 1, questions may present a CAD model or a process flowchart and ask learners to interpret design intent or identify potential manufacturing constraints. In the NEA, students will be encouraged—but not required—to use digital fabrication methods such as 3D printing for prototyping, and they must document the digital tools used in their design log.
在 Unit 1 中，问题可能会给出一个 CAD 模型或工艺流程图，要求学习者解读设计意图或识别潜在的制造约束。在 NEA 中，将鼓励（但不要求）学生使用诸如 3D 打印等数字化制造方法进行原型制作，并且他们必须在设计日志中记录所使用的数字工具。
4. Emphasis on Sustainable and Ethical Engineering | 对可持续与伦理工程的强调
Sustainability and ethics now form a distinct thread throughout the AS specification. The 2026 exams will assess a learner's ability to evaluate the environmental and social impact of engineering decisions, including material selection, energy consumption, and end-of-life disposal. This responds to the growing engineering focus on net-zero targets and circular economy principles.
可持续性和伦理现在构成了 AS 考纲中一条贯穿始终的线索。2026 年考试将评估学习者对工程决策在环境和社会影响方面的评价能力，包括材料选择、能源消耗和报废处置。这响应了工程领域对净零目标和循环经济原则日益增长的关注。
Topics such as life-cycle assessment (LCA), carbon footprint calculation, and ethical sourcing of materials have been added to the Unit 1 content list. In the NEA, students must include a sustainability justification section where they compare the environmental credentials of at least two design options.
生命周期评估 (LCA)、碳足迹计算和材料伦理采购等主题已添加到 Unit 1 的内容列表中。在 NEA 中，学生必须包含一个可持续性论证部分，在其中比较至少两种设计方案的环境资质。
5. Changes to Non-Examined Assessment (NEA) Requirements | 非考试评估（NEA）要求的变化
The Unit 2 Design and Production Task has been restructured to provide clearer guidance and tighter integration with Unit 1 theory. The task brief will now be released in November of the first year of teaching, allowing more time for planning and iterative development. The final submission must include a digital portfolio, physical prototype (or digital equivalent), and an evaluative report.
Unit 2 设计与生产任务已经过重组，旨在提供更清晰的指导，并与 Unit 1 理论更紧密地结合。任务简案现在将在教学第一年的 11 月发布，从而为规划和迭代开发留出更多时间。最终提交必须包括一份数字作品集、一个物理原型（或数字等价物）以及一份评价报告。
The marking criteria have been updated to place greater emphasis on iterative design, evidence of testing, and critical analysis of the manufacturing process. Annotation of photographs and design sketches using standard engineering conventions is now expected, and these annotations will contribute to communication marks.
评分标准已更新，更加注重迭代设计、测试证据以及对制造过程的批判性分析。现在要求使用标准工程惯例对照片和设计草图进行注释，这些注释将计入沟通分。
Additionally, the NEA now explicitly assesses digital skills under a new strand: 'Use of digital tools and data handling (UDH)'. This strand rewards effective use of spreadsheets for data analysis, simulation outputs, and clear presentation of CAD renderings.
此外，NEA 现在在一个新的板块“数字工具使用与数据处理 (UDH)”下明确评估数字技能。该板块奖励有效使用电子表格进行数据分析、仿真输出以及清晰展示 CAD 渲染图。
6. Strengthened Mathematical Content in Unit 1 | Unit 1 数学内容的强化
Mathematical rigour has been increased in the 2026 specification, with around 30% of the Unit 1 marks now linked to mathematical skills at Level 2 and above. This includes new requirements to perform uncertainty calculations, manipulate logarithmic and exponential relationships, and apply vector resolution to static force systems.
2026 年考纲的数学严谨性有所增强，现在 Unit 1 中约 30% 的分数与 Level 2 及以上的数学技能相关。这包括执行不确定度计算、处理指数与对数关系，以及将矢量分解应用于静态力系统等新要求。
For example, candidates might be asked to determine the stress in a component and express the result with its associated uncertainty. The formula
σ = F / A
remains central, but now with an expectation to combine uncertainties in F and A using absolute and percentage methods.
例如，考生可能被要求确定一个部件的应力，并用其相关的不确定度表示结果。公式
σ = F / A
仍然是核心，但现在期望使用绝对和百分比方法合成 F 和 A 的不确定度。
Mathematical concepts such as area under a stress–strain curve, gradient of a temperature profile, and statistical process control charts will appear in data-response questions. Candidates are encouraged to practise interpreting and constructing graphs with semi-log and log-log scales, as these feature in material science and electronics contexts.
应力–应变曲线下面积、温度剖面梯度以及统计过程控制图等数学概念将出现在数据分析题中。鼓励考生练习解读和绘制带有半对数和双对数尺度的图形，因为这些在材料科学和电子学背景中会出现。
7. Updated Topics in Materials Science and Processing | 材料科学与加工更新的主题
The materials and processing section has been modernised to include advanced composites, smart materials, and surface coating technologies. Learners will study the properties and applications of graphene-enhanced polymers, shape-memory alloys, and self-healing concrete alongside traditional ferrous and non-ferrous metals.
材料与加工部分已经实现了现代化，包括了先进复合材料、智能材料和表面涂层技术。学习者将在传统黑色金属和有色金属的基础上，学习石墨烯增强聚合物、形状记忆合金和自修复混凝土的性能与应用。
The processing topics now extend to laser cutting, water-jet machining, and injection moulding simulation. The classification of manufacturing processes has been restructured around the concepts of additive, subtractive, and hybrid manufacturing, aligning terminology with ISO standards.
加工主题现在扩展到激光切割、水射流加工和注射成型模拟。制造工艺的分类已围绕增材制造、减材制造和混合制造的概念进行了重组，使术语与 ISO 标准保持一致。
A new sub-topic on 'Material indices and selection criteria' introduces the use of Ashby charts for systematic material choice. Students must be able to interpret these charts and justify selections based on stiffness, density, and cost.
一个名为“材料指数和选择标准”的新子主题引入了使用 Ashby 图表进行系统材料选择。学生必须能够解读这些图表，并基于刚度、密度和成本证明选择的合理性。
8. Modifications to Examination Format and Timing | 考试形式与时间的调整
The Unit 1 written examination retains its 2-hour duration but the structure has been refined. Section A will contain around 15 multiple-choice and short-answer questions assessing broad specification coverage, while Section B will consist of three 25-mark question sets each based on engineering scenarios. One scenario will be digitally themed, one sustainability themed, and one combining mechanics and electronics.
Unit 1 笔试仍保持 2 小时的时长，但结构进行了优化。A 部分将包含约 15 道选择题和简答题，评估考纲的广泛覆盖面；B 部分将包含三组 25 分的题目，每组基于工程情境。一个情境为数字主题，一个为可持续主题，另一个结合力学和电子学。
The number of questions requiring extended essay-style responses has increased from two to three, each worth up to 12 marks. These will exclusively test AO3 skills—analysis and evaluation—and will demand structured reasoning, use of evidence, and consideration of alternatives.
要求扩展性论文式作答的题目数量从两道增加到三道，每题最高 12 分。这些题目将专门测试 AO3 技能——分析与评价——并要求结构化推理、使用证据以及考虑替代方案。
For the NEA, the controlled assessment hours remain unchanged at 25 hours, but the portfolio page limit has been set to 30 sides of A4 to encourage conciseness and quality over quantity. Candidates must also submit a completed candidate authentication form, signed by the teacher.
对于 NEA，受控评估的时间保持不变，为 25 小时，但作品集的页数限制设定为 30 面 A4，以鼓励简洁和质量而非数量。考生还必须提交一份由教师签名的考生认证表。
9. Emerging Trends: Industry 4.0 and Smart Manufacturing | 新兴趋势：工业 4.0 与智能制造
The 2026 exams reflect the trend towards smart manufacturing and the Industrial Internet of Things (IIoT). Candidates will be expected to understand how sensors, actuators, and programmable logic controllers (PLCs) are integrated into automated production lines. Basic concepts of machine learning and predictive maintenance may appear as contextual information in scenario-based questions.
2026 年考试反映了向智能制造和工业物联网 (IIoT) 发展的趋势。考生将被期望理解传感器、执行器和可编程逻辑控制器 (PLC) 如何集成到自动化生产线中。机器学习和预测性维护的基本概念可能作为背景信息出现在基于情境的问题中。
The concept of the digital thread—a seamless flow of data across the product lifecycle—is introduced at an introductory level. Learners should be able to discuss how real-time data from a manufacturing process can feed back into design improvements, closing the loop between design and production.
数字主线（即在产品生命周期中数据的无缝流动）的概念在入门级别被引入。学习者应该能够讨论来自制造过程的实时数据如何反馈到设计改进中，从而闭合设计与生产之间的循环。
Additionally, the specification references cybersecurity considerations for connected engineering systems. While not assessed in depth, awareness of threats such as ransomware attacks on production networks is considered part of an engineer's social responsibility.
此外，考纲提到了互联工程系统的网络安全考虑。尽管不会深入评估，但对诸如生产网络勒索软件攻击等威胁的认识被视为工程师社会责任的一部分。
10. Effective Revision Approaches for 2026 | 2026 年有效复习方法
To succeed in the 2026 AS Engineering exams, learners should adopt a blended revision strategy that integrates theory with practical application. Start by mapping the new specification content to your class notes and identifying areas where digital or sustainability topics require deeper study. Use the official Eduqas specimen assessment materials, which will be released in early 2025, to understand the style of scenario-based questions.
要在 2026 年 AS 工程考试中取得成功，学习者应采取将理论与实践相结合的综合复习策略。首先将新的考纲内容与课堂笔记对应起来，找出需要深入学习的数字或可持续性主题领域。使用将于 2025 年初发布的 Eduqas 官方样卷材料，来理解场景式问题的风格。
Practise mathematical problems daily, particularly those involving units, prefixes, and dimensional analysis. Create a glossary of command words such as 'evaluate', 'justify', and 'recommend', and write out model answers for each. For the NEA, build a timeline with milestones for research, CAD modelling, prototype construction, testing, and report writing.
每天练习数学题，尤其是涉及单位、前缀和量纲分析的问题。创建一个指令词词汇表，如“evaluate”、“justify”和“recommend”，并为每个词写出标准答案范例。对于 NEA，建立一个带有研究、CAD 建模、原型制作、测试和报告撰写里程碑的时间表。
Engage with industrial case studies, such as how a specific company reduced material waste using topology optimisation, to enrich your evaluation responses. Collaborate with peers to peer-review design portfolios and share feedback on annotation quality, as peer assessment deepens understanding of marking criteria.
研究工业案例研究，例如某家公司如何通过拓扑优化减少材料浪费，以丰富你的评价性回答。与同伴合作，相互评审设计作品集，分享关于注释质量的反馈，因为同伴评估能加深对评分标准的理解。
Published by TutorHao | Engineering Revision Series | aleveler.com
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