📚 KS3 WJEC Engineering: 2026 Exam Changes and Trends | KS3 WJEC 工程：2026年考试变化与趋势
Engineering at Key Stage 3 in Wales is undergoing a significant transformation as the Curriculum for Wales becomes fully established. By 2026, the way learners are taught, assessed and prepared for future studies in engineering will look very different from the traditional model. This article explores the key changes and emerging trends that will shape the WJEC KS3 Engineering experience over the coming year, helping students, teachers and parents understand what to expect and how to succeed.
威尔士关键阶段3（KS3）的工程学科正经历重大变革，因为《威尔士课程》已全面落地。到2026年，学习者的教学方式、评估方式以及为未来工程学习所做的准备都将与传统模式截然不同。本文探讨了将在未来一年塑造 WJEC KS3 工程体验的关键变化和新兴趋势，帮助学生、教师和家长了解预期内容以及如何取得成功。
1. The New Curriculum for Wales and its Impact on KS3 Engineering | 威尔士新课程及对 KS3 工程的影响
The Curriculum for Wales, implemented from 2022, places Engineering within the Science and Technology Area of Learning and Experience (AoLE). By 2026, schools will have fully embedded the ‘What Matters’ statements such as exploring, analysing, and solving problems through design and making. This means that KS3 Engineering is no longer a separate silo of isolated facts but is taught through integrated projects that connect mechanics, electronics, materials science and systems thinking.
自2022年起实施的《威尔士课程》将工程纳入科学与技术学习与体验领域。到2026年，学校将全面嵌入“重要事项”声明，如通过设计与制作来探索、分析和解决问题。这意味着 KS3 工程不再是孤立事实的单独孤岛，而是通过连接力学、电子学、材料科学和系统思维的综合项目进行教学。
Assessment will be driven by progression steps rather than fixed end-of-year exams. Learners will be expected to demonstrate increasing independence, complexity of skills and depth of understanding. This shift encourages a growth mindset, where the focus is on how a learner improves over time rather than on a single test score.
评估将由进阶步骤驱动，而非固定的年终考试。学习者需要展示不断增长的独立性、技能复杂性和理解深度。这一转变鼓励成长型思维，重点在于学习者如何随着时间的推移进步，而非单次测试成绩。
2. From Exams to Continuous Assessment: A Paradigm Shift | 从考试到持续评估：范式转变
One of the most visible changes for 2026 is the move away from high-stakes written examinations towards continuous, portfolio-based assessment. In WJEC KS3 Engineering, teachers will gather evidence from practical challenges, design logs, digital models and reflective journals. This evidence is used to judge whether learners have reached the expected progression milestones.
2026年最显著的变化之一是从高风险笔试转向持续的、基于作品集的评估。在 WJEC KS3 工程中，教师将从实践挑战、设计日志、数字模型和反思日志中收集证据。这些证据用于判断学习者是否达到了预期的进阶里程碑。
This approach values the process over the product. A learner who can explain why a bridge design failed using stress and strain concepts, and then redesign it iteratively, may be judged more favourably than one who simply built a strong bridge on the first attempt. The emphasis is on engineering habits of mind: problem-finding, tinkering, and learning from failure.
这种方法重视过程而非产品。一个能够运用应力和应变概念解释桥梁设计为何失败，然后迭代重新设计的学习者，可能比第一次尝试就建造出坚固桥梁的学习者更受青睐。重点是工程思维习惯：发现问题、修补改进和从失败中学习。
3. Engineering Projects and Problem-Based Learning | 工程项目与基于问题的学习
By 2026, project-based learning will be the dominant pedagogy. Typical KS3 Engineering tasks will mirror real-world briefs, such as ‘Design a wind turbine for a model village’ or ‘Create a water filtration system for a sustainable garden’. These open-ended projects require learners to define the problem, research existing solutions, prototype, test and communicate their outcomes.
到2026年，基于项目的学习将成为主导教学法。典型的 KS3 工程任务将模仿真实世界的需求简报，例如“为示范村庄设计风力发电机”或“为可持续花园创建水过滤系统”。这些开放式项目要求学习者定义问题，研究现有解决方案，制作原型，测试并交流成果。
Learners document every stage in an engineering notebook, which becomes a core part of the evidence base. This aligns with the ‘design thinking’ cycle encouraged by WJEC: empathise, define, ideate, prototype and test. The ability to iterate and improve a design based on test data will be a key assessment criterion.
学习者在工程笔记本中记录每个阶段，这成为证据库的核心部分。这与 WJEC 鼓励的“设计思维”循环一致：共情、定义、构思、原型和测试。根据测试数据迭代改进设计的能力将成为关键评估标准。
4. Sustainability and Green Engineering Focus | 可持续性与绿色工程重点
Sustainability is embedded into the 2026 WJEC KS3 Engineering curriculum. Learners will analyse the environmental impact of materials, explore life cycles of products, and design with end-of-life considerations. The 6Rs (Reduce, Reuse, Recycle, Refuse, Rethink, Repair) form a practical framework that students use when evaluating their own prototypes.
可持续性已嵌入2026年 WJEC KS3 工程课程。学习者将分析材料的环境影响，探索产品生命周期，并在设计时考虑产品寿命终止问题。6R 原则（减少、再利用、回收、拒绝、重新思考、修复）构成一个实践框架，学生用它来评估自己的原型。
In project work, students might compare the energy required to produce aluminium versus steel for a simple structure, or calculate the carbon footprint of transport logistics. These discussions tie directly to the Science and Technology AoLE’s emphasis on responsible citizenship and ethical decision-making.
在项目工作中，学生可能比较生产铝材与钢材用于简单结构所需的能量，或计算运输物流的碳足迹。这些讨论直接与科学技术学习与体验领域强调的负责任公民意识和道德决策相关联。
5. Digital Skills and CAD/CAM Integration | 数字技能与 CAD/CAM 整合
Digital fluency is essential for the 2026 engineer. WJEC KS3 Engineering expects learners to use Computer-Aided Design software to create 3D models and generate technical drawings to British Standards. Familiarity with basic CAD tools – such as Tinkercad, Fusion 360 or Onshape – will be commonplace, and many schools will integrate CAM processes like laser cutting and 3D printing to turn virtual designs into physical parts.
数字流畅性对于2026年的工程师至关重要。WJEC KS3 工程期望学习者使用计算机辅助设计软件创建三维模型，并生成符合英国标准的技术图纸。熟悉基本的 CAD 工具——如 Tinkercad、Fusion 360 或 Onshape——将是常态，许多学校还将整合激光切割和 3D 打印等 CAM 流程，将虚拟设计变为实体零件。
Simulation software may also be used to test structural integrity or fluid flow before building. Learners will be assessed on their ability to select the right digital tools for a task and to explain how these enhance the engineering design process. Electronic portfolios will showcase interactive 3D views and renderings rather than static hand-drawn sketches.
仿真软件也可能用于在建造前测试结构完整性或流体流动。学习者将根据其为任务选择正确数字工具的能力以及解释这些工具如何增强工程设计过程的能力进行评估。电子作品集将展示交互式三维视图和渲染效果，而非静态手绘草图。
6. Collaborative Work and Communication in Engineering | 工程中的协作与沟通
Modern engineering is rarely a solitary activity, and the 2026 KS3 assessment reflects this. WJEC expects learners to work effectively in teams, allocating roles such as project manager, researcher, designer and tester. The ability to negotiate ideas, listen actively and present technical information to a non-specialist audience will be formally observed.
现代工程很少是孤立的活动，2026年 KS3 评估反映了这一点。WJEC 期望学习者能够在团队中有效合作，分配项目经理、研究员、设计师和测试员等角色。协商想法、积极倾听以及向非专业受众展示技术信息的能力将被正式观察。
Assessments may require a group presentation using correct engineering terminology with visual aids, as well as an individual reflection on teamwork. Strong communication – both written and verbal – will be rewarded, as it demonstrates a learner’s ability to justify design choices using evidence and to give constructive feedback to peers.
评估可能要求使用正确的工程术语并借助视觉辅助进行小组演示，以及个人对团队合作的反思。良好的沟通——无论是书面还是口头——都将得到奖励，因为它展示了一个学习者运用证据证明设计选择以及向同伴提供建设性反馈的能力。
7. The Role of Practical Workshop Skills | 实践车间技能的角色
Despite the digital shift, hands-on workshop skills remain central. By 2026, learners will continue to use hand tools, marking-out equipment, soldering irons and basic electronics kits. What changes is the context: practical work is now framed as experimentation and testing rather than simple replication of a given design.
尽管转向数字化，动手车间技能仍然至关重要。到2026年，学习者将继续使用手工具、划线工具、烙铁和基础电子套件。变化的是背景：实践工作现在被设定为实验和测试，而不是简单复制给定设计。
For example, students may be asked to investigate how beam depth affects stiffness by building and loading balsa wood models, recording data in a table like the one below. They then plot a graph and draw conclusions – integrating practical making with scientific analysis.
例如，学生可能被要求通过制作并加载轻木模型来研究梁的深度如何影响刚度，并在如下表格中记录数据。然后他们绘制图表并得出结论——将实践制作与科学分析结合起来。
| Beam Depth / mm | Maximum Load Before Failure / N | Stiffness / N/mm |
|---|---|---|
| 4 | 12.0 | 2.4 |
| 6 | 27.0 | 5.4 |
| 8 | 48.0 | 9.6 |
Beam depth vs. stiffness investigation data table | 梁深度与刚度研究数据表
Safety remains paramount, with learners expected to conduct risk assessments for every practical session, even in virtual simulation environments.
安全仍然至关重要，学习者应在每次实践课进行风险评估，即使在虚拟仿真环境中也是如此。
8. Assessment Criteria and Progression Steps | 评估标准与进阶步骤
WJEC has defined progression steps that guide assessment in KS3 Engineering. By 2026, most Year 9 learners will be working towards Progression Step 4, where they can select and use a range of materials, processes and digital technologies to design and produce solutions that meet specific needs. They are also expected to evaluate their work against technical specifications and suggest improvements.
WJEC 已定义了指导 KS3 工程评估的进阶步骤。到2026年，大部分 9 年级学习者将达到进阶步骤 4，在此阶段，他们能够选择并运用一系列材料、工艺和数字技术来设计与制作满足特定需求的解决方案。此外，他们还需根据技术规格评估自己的工作并提出改进建议。
Teachers use ‘I can’ statements to track progress, for instance: ‘I can explain how the properties of a material influence my design choice’ or ‘I can use a multimeter to measure voltage and current in a simple circuit.’ There is no external test; internal moderation ensures consistency across schools. Descriptors thus become more holistic and focused on application.
教师使用“我能”语句来跟踪进度，例如：“我能解释材料的属性如何影响我的设计选择”或“我能使用万用电表测量简单电路中的电压和电流”。没有外部考试；校内审核确保各学校间的一致性。因此描述变得更全面，并侧重于应用。
V = I × R
Example of a fundamental law used in circuit analysis | 电路分析中使用基本定律的示例
9. Cross-Curricular Links: Maths and Science in Engineering | 跨学科联系：工程中的数学与科学
The 2026 WJEC approach explicitly builds on KS3 Mathematics and Science. Learners will apply ratio and proportion when scaling a prototype, use Pythagoras’ theorem to check right angles in frames, and calculate speed, velocity and acceleration for moving mechanisms. The equation
F = m × a
is applied when analysing pneumatic or linear motion systems.
2026年 WJEC 方法明确建立在 KS3 数学和科学的基础上。学习者将在缩放原型时运用比例和比率，使用勾股定理检查框架中的直角，并计算移动机构的速度和加速度。在分析气动或直线运动系统时，会应用公式 F = m × a。
From science, they draw on knowledge of energy stores and transfers (kinetic, gravitational potential, thermal), forces and moments, and properties of waves. For instance, when designing a solar-powered vehicle, they must consider efficiency losses and thermal management. The integration of STEM disciplines prepares learners for real engineering contexts where subject boundaries dissolve.
从科学中，他们运用能量储存与转化（动能、重力势能、热能）、力和力矩以及波的性质等知识。例如，设计太阳能车时，他们必须考虑效率损失和热管理。STEM 学科的融合为学习者应对学科边界消失的真实工程环境做好准备。
10. Preparing for KS4: Bridging to GCSE and Vocational Awards | 为 KS4 做准备：衔接 GCSE 和职业证书
A key trend for 2026 is the deliberate alignment of KS3 Engineering with WJEC’s Level 1/2 Vocational Award in Engineering and the GCSE in Engineering. The skills, terminology and design processes introduced at KS3 directly scaffold those required at KS4. For example, learners who have already built a portfolio of iterative design work and used CAD/CAM will find the transition to the NEA (non-exam assessment) much smoother.
2026年的一个关键趋势是 KS3 工程与 WJEC 的 1/2 级工程职业证书及 GCSE 工程的有意识衔接。在 KS3 引入的技能、术语和设计流程直接支撑 KS4 所需内容。例如，已经建立迭代设计作品集并使用 CAD/CAM 的学习者会发现向 NEA（非考试评估）的过渡要顺利得多。
Schools are increasingly using the ‘plan, do, review’ model from the vocational award in KS3 projects. This continuity builds confidence and reduces the step-up shock. By 2026, it is likely that most schools will map their KS3 schemes of work to the KS4 specification topics such as materials classification, manufacturing processes, and electronic system blocks.
学校越来越多地在 KS3 项目中使用来自职业证书的“计划、执行、回顾”模型。这种连续性建立了信心，减少了升级冲击。到2026年，大多数学校很可能将其 KS3 工作计划映射到 KS4 规范主题，如材料分类、制造工艺和电子系统模块。
11. The Importance of Health and Safety in 2026 | 2026 年健康与安全的重要性
Health and safety is woven into every engineering activity, and the 2026 assessment criteria explicitly include risk awareness. Learners must identify hazards associated with hand tools, hot glue guns, soldering stations and moving machinery. They are taught to use PPE (personal protective equipment) correctly and to understand the meaning of common safety signs found in workshops.
健康和安全贯穿于每一项工程活动，2026年的评估标准明确包含了风险意识。学习者必须识别与手工具、热胶枪、焊接台和运动机械相关的危害。他们被教导正确使用 PPE（个人防护设备），并理解车间常见安全标志的含义。
Written risk assessments become a normal part of the design portfolio. A typical template may ask: ‘What is the hazard?’, ‘Who might be harmed?’, ‘What control measures are in place?’ and ‘What is the residual risk level?’. This practice embeds a professional engineering culture from an early age. Furthermore, learners are encouraged to design out hazards in their products, reflecting safe-by-design principles.
书面风险评估成为设计作品集的常规部分。一个典型的模板可能会问：“危害是什么？”，“谁可能受到伤害？”，“有哪些控制措施？”以及“残余风险水平是多少？”。这种实践从早期就嵌入了专业工程文化。此外，鼓励学习者在产品中从设计上消除危害，体现安全设计原则。
12. Looking Ahead: Future Trends in KS3 Engineering | 展望未来：KS3 工程的未来趋势
Looking beyond 2026, KS3 Engineering will continue to evolve. The integration of Artificial Intelligence tools for generative design and analysis is on the horizon, along with a greater emphasis on cyber-physical systems, sensors and the Internet of Things. Sustainability will deepen, with the circular economy and net-zero carbon principles becoming standard requirements in design briefs.
放眼2026年以后，KS3 工程将继续发展。用于生成式设计和分析的人工智能工具的整合即将到来，同时更加重视信息物理系统、传感器和物联网。可持续性将深化发展，循环经济和净零碳原则将成为设计简报中的标准要求。
Equity and inclusion will also shape future assessments. WJEC is committed to making engineering accessible to all learners regardless of gender, background or neurodiversity. Project themes are broadening to include biomedical engineering, assistive technology and sustainable fashion technology, ensuring every student can see themselves as an engineer. The 2026 trends mark not a final destination but a stepping stone towards an even richer engineering education.
公平与包容也将塑造未来的评估。WJEC 致力于让所有学习者，无论性别、背景或神经多样性，都能接触工程。项目主题正在扩大，包括生物医学工程、辅助技术和可持续时尚技术，确保每个学生都能看到自己成为一名工程师。2026年的趋势标志的不是最终目的地，而是通向更丰富工程教育的垫脚石。
Published by TutorHao | Engineering Revision Series | aleveler.com
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