📚 2026 Eduqas GCSE Science: Exam Changes and Trends | 2026年Eduqas GCSE科学：考试变化与趋势
For students starting Year 10 in September 2024, the Eduqas GCSE Science qualifications have entered a new era. The first examinations under the refreshed specification will take place in summer 2026, bringing a series of carefully considered updates designed to strengthen practical understanding, mathematical fluency, and the application of scientific knowledge. This article unpacks all the essential changes, from assessment structure to required practicals, and explores the trends that will shape your revision strategy over the next two years.
对于2024年9月进入10年级的学生而言，Eduqas GCSE科学资格认证已步入一个全新时代。根据更新后的大纲进行的首次考试将于2026年夏季举行，这次改革带来了一系列经过深思熟虑的调整，旨在强化实验理解、数学流畅度以及科学知识的应用能力。本文将逐一解析从评估结构到必修实验的所有关键变化，并探讨未来两年中会影响你复习策略的考试趋势。
1. Introduction to the 2026 Exam Reforms | 2026考试改革简介
Eduqas, as part of WJEC, has revised its GCSE Science suite in response to updated Ofqual regulations. The new specification (teaching from 2024) was designed not only to assess factual recall but to place greater emphasis on how science works. Whether you are taking GCSE Combined Science: Trilogy or the separate Biology, Chemistry and Physics courses, the 2026 papers will reflect a modernised framework that bridges classroom learning with real-world problem solving.
作为WJEC的一部分，Eduqas为响应Ofqual最新规定修订了其GCSE科学系列。新大纲（2024年起实施教学）不仅在评估知识记忆，更着重于考查科学是如何运作的。无论你学习的是GCSE综合科学三部曲还是单独的生物、化学和物理课程，2026年的试卷都将体现一个现代化框架，它将课堂学习与现实世界的问题解决连接起来。
The first cohort to be examined under this specification will sit papers in May/June 2026. Teachers will have spent two years delivering the updated content, and as a Year 10 student, you are right at the heart of this transition. Understanding the key shifts now can give you a significant advantage in the final examinations.
首批按照新大纲参加考试的学生将在2026年5月/6月应考。教师们将用两年时间完成更新内容的教学，而作为10年级学生的你，正处于这一变革的中心。现在理解这些关键转变，可以在最终考试中为你赢得显著优势。
2. Why the Specification Changed | 规格为何改变
The main driver behind the 2026 Eduqas Science reforms is the need to produce scientifically literate students who can analyse data, critique experimental designs, and apply mathematical procedures confidently. The previous specification, while rigorous, sometimes allowed memorisation to substitute for genuine understanding. The new exams aim to close that gap by embedding practical and mathematical skills into the assessment in a more integrated way.
2026年Eduqas科学考试改革的主要驱动力，是培养具备科学素养的学生，他们能够分析数据、批判实验设计，并自信地运用数学方法。之前的规格虽然严谨，但有时允许死记硬背取代真正的理解。新考试旨在以更综合的方式将实验和数学技能嵌入评估中，从而弥补这一差距。
Additionally, feedback from higher education and industry highlighted that students needed stronger investigative skills. As a result, the revised specification increases the number of questions that ask you to propose improvements to methods, identify anomalies, and evaluate conclusions rather than merely recall facts.
此外，高等教育界和产业界的反馈强调学生需要更强的探究能力。因此，修订后的大纲增加了更多要求你提出方法改进、识别异常值以及评价结论的题目，而不只是简单地回忆事实。
3. New Assessment Structure | 新的评估结构
For Combined Science, each of the three disciplines (Biology, Chemistry, Physics) is still assessed by two papers, making six papers in total. However, the duration, mark distribution, and question weightings have been fine-tuned. The table below summarises the 2026 Combined Science structure compared with the previous version.
对于综合科学，三个学科（生物、化学、物理）仍然各由两份试卷考核，共六份试卷。不过，考试时长、分数分布以及题目权重都进行了微调。下表总结了2026年综合科学考试结构与之前版本的比较。
| Element | Old Spec (2016-2025) | New Spec (First exam 2026) |
|---|---|---|
| Papers per subject | 2 | 2 |
| Duration (per paper) | 1 hr 15 min | 1 hr 45 min |
| Total marks (per subject) | 120 | 140 |
| Practical-related marks | at least 15% | at least 15% (enhanced focus) |
| Mathematical demand | Biology: 10%, Chem: 20%, Phys: 30% | Same minimum percentages, but with increased complexity |
As the table shows, each paper has gained 30 minutes, and the total marks per subject have risen to 140. This allows for more nuanced questions, including multi-step calculations and extended response items. For Separate Sciences, each subject follows a similar pattern with two longer papers, ensuring the separate awards are clearly more demanding than Combined Science.
如上表所示，每份试卷增加了30分钟，各科总分提高到140分。这使得能容纳更多细致的题目，包括多步计算和长篇回答。对于单独科学（生物、化学、物理单科），每门学科遵循相似的规律，有两份更长的试卷，确保单独资格明显比综合科学更具挑战性。
In the Combined Science qualification, the topics are still divided into Paper 1 and Paper 2 per subject, with specific content allocated to each. For example, Biology Paper 1 typically covers Cell Biology, Organisation, Infection and Response, and Bioenergetics, while Paper 2 covers Homeostasis, Inheritance, Variation, and Ecology. Chemistry and Physics follow a comparable split. Knowing this division helps you plan your targeted revision early.
在综合科学资格中，每门学科的主题仍然被划分到卷1和卷2中，分配到特定的内容。例如，生物卷1通常涵盖细胞生物学、组织结构、感染与应答以及生物能学，而卷2涵盖体内稳态、遗传、变异与生态学。化学和物理也有类似划分。了解这一划分有助于你尽早规划有针对性的复习。
4. Changes to Required Practicals | 必修实验的变化
There are still 28 required practical activities for Combined Science and 8 per separate science. The apparatus and techniques remain familiar, but the way you are assessed on them has shifted. In the 2026 exams, you may be asked not only to describe a practical you have performed, but to design an alternative method, troubleshoot faulty equipment, or evaluate the reliability of a given dataset.
综合科学仍有28个必修实验活动，每门单独科学有8个。仪器和技术依然熟悉，但考核方式发生了转变。在2026年考试中，你不仅可能被要求描述你已做过的实验，还可能被要求设计替代方法、排除设备故障或评估给定数据集的可靠性。
For instance, a typical Biology question might present a student’s investigation into the effect of light intensity on photosynthesis. You may need to identify why the results lack precision, suggest how a gas syringe could be used instead of counting bubbles, and calculate the rate of oxygen production. This integrated approach means that simply memorising the practical steps will no longer be sufficient.
例如，一道典型的生物题可能会呈现一个学生探究光照强度对光合作用影响的实验。你可能需要找出结果为何不够精确，建议如何使用气体注射器代替数气泡，并计算氧气产生速率。这种综合考查方式意味着仅仅记忆实验步骤将不再足够。
In Chemistry, the required practical on preparing a pure, dry sample of a soluble salt (e.g. from an acid and an insoluble base) is likely to feature questions on filtering, evaporation, and crystallisation, as well as calculations involving mole ratios. In Physics, practicals involving radiation absorption or waves on a string will require you to apply mathematical skills directly to the experimental context.
在化学中，有关制备纯净干燥可溶盐（例如从酸和不溶性碱制备）的必修实验，很可能会出现关于过滤、蒸发和结晶的问题，以及涉及摩尔比的计算。在物理中，涉及辐射吸收或弦上涟漪的实验将要求你在实验背景下直接应用数学技能。
5. Mathematics and Data Skills Enhancement | 数学与数据处理技能的加强
The mathematical content has been strengthened without altering the minimum percentages: Biology 10%, Chemistry 20%, Physics 30%. However, the complexity of the calculations has been raised. You will encounter more multi-step problems, significant figures, standard form, and graph interpretation. This trend is intended to align GCSE assessment more closely with the demands of A Level and beyond.
数学内容得到了强化，但最低百分比没有改变：生物10%，化学20%，物理30%。然而，计算的复杂度有所提升。你会遇到更多多步问题、有效数字、标准形式和图表解读。这一趋势旨在使GCSE评估更贴近A Level及更高层次的要求。
Crucially, for the 2026 Physics papers, the Department for Education and Ofqual have confirmed that equation sheets will no longer be provided. During the pandemic recovery period, students were given a formula leaflet, but the new specification expects you to have memorised the key equations. Below are some of the high-priority equations you must know:
至关重要的一点是，对于2026年的物理试卷，教育部和Ofqual已确认将不再提供公式表。在疫情恢复期，学生曾获得公式纸，但新大纲期望你已经记住了关键公式。以下是一些你必须掌握的高优先级公式：
kinetic energy = ½mv²
gravitational potential energy = mgh
power = work done/time = energy transferred/time
efficiency = useful output energy transfer/total input energy transfer
wave speed = frequency × wavelength
density = mass/volume
resultant force = mass × acceleration
In addition to equation recall, you will be expected to construct frequency tables, draw line graphs, and determine gradients. Data analysis questions may ask you to calculate the mean, estimate uncertainty, or use the equation mean = ∑x/n. Practising these skills across all three sciences will pay dividends in the exam.
除了公式记忆，你还需要能够构建频率表、绘制折线图并确定梯度。数据分析题可能要求你计算平均值、估算不确定度或使用公式 平均值 = ∑x/n。在三个学科的试卷中练习这些技能，将在考试中带来丰厚的回报。
6. Tiering Adjustments (Foundation/Higher) | 分层考试调整（基础/高级）
The tiering system remains unchanged: Foundation Tier covers grades 1-5, and Higher Tier covers grades 4-9. A narrow overlap exists at grade 4-5, but a student sitting Foundation cannot achieve a grade 6. Nevertheless, the revised content at Higher Tier now contains more synoptic and context-based questions, where knowledge from different topics must be woven together.
分层体系保持不变：基础层涵盖等级1-5，高级层涵盖等级4-9。在等级4-5存在部分重叠，但参加基础层考试的学生无法获得等级6。然而，修订后的高级层内容现在包含更多综述性和基于情境的题目，需要将不同主题的知识编织在一起。
For Year 10 students, it is wise to review tier decisions at the end of the year based on your performance. The new specification’s higher mathematical demand means that weaker numeracy might tip the balance towards Foundation for some learners. Conversely, those consistently scoring above 50% in end-of-topic tests should aim for Higher to keep university and career pathways open.
对10年级学生来说，根据年底的表现审阅分层决定是明智的。新大纲更高的数学要求意味着较弱的计算能力可能会使一些学生倾向于选择基础层。相反，那些在单元测试中持续获得50%以上分数的同学，应以高级层为目标，以保持大学和职业道路的开放性。
7. Paper Format and Question Styles | 试卷格式与题型风格
The 2026 papers feature a blend of multiple-choice, structured, and extended response questions. Multiple-choice questions will often test application of knowledge rather than simple recall. Structured questions will include gap-fill, labelling, and short calculations. Extended response questions, typically worth 4–6 marks, require logical construction of arguments and use of specialist vocabulary.
2026年试卷融合了选择题、结构化题和长篇回答题。选择题通常考查对知识的应用而非简单回忆。结构化题包括完形填空、贴标签和简短计算。长篇回答题通常分值为4–6分，要求有逻辑地构建论点并使用专业词汇。
A noticeable trend is the increased use of ‘linked’ questions: a stem with data or a scenario, followed by several items that become progressively more demanding. For instance, a Chemistry paper might show a diagram of an electrolysis setup, then ask you to label it, write half-equations, calculate the mass of a product, and finally evaluate a modification to the cell. This style rewards deep engagement with the material.
一个明显趋势是“关联题”使用的增加：一个带有数据或情境的题干，后跟几个难度逐渐增大的小问。例如，化学卷可能会展示一个电解装置图，然后要求你标记它，写出半反应方程式，计算产物的质量，最终评价对电解池的修改。这种风格奖励对材料的深入理解。
Command words such as ‘describe’, ‘explain’, ‘evaluate’ and ‘suggest’ carry specific expectations. ‘Explain’ demands a scientific reason; ‘evaluate’ requires a balanced judgement. Familiarity with these terms can prevent loss of marks on otherwise known content.
指令词如“描述”、“解释”、“评价”和“建议”包含特定的期望。“解释”要求一个科学理由；“评价”需要做出权衡判断。熟悉这些术语可以防止在原本已掌握的内容上丢分。
8. Grade Boundaries Predictions and Trends | 等级边界预测与趋势
When a new specification is examined for the first time, awarding bodies use statistical evidence and expert judgement to set grade boundaries. National performance in the 2026 Eduqas Science exams is likely to be lower than in pre-pandemic years because students are still catching up from learning disruptions and because the papers contain less scaffolding. As a result, grade boundaries may be marginally lower.
当一个新规格首次被考核时，颁证机构会使用统计数据和专家判断来设定等级边界。2026年Eduqas科学考试的全英表现可能低于疫情前的年份，因为学生仍在追赶学习中断带来的影响，且试卷包含的辅助提示更少。因此，等级边界可能会略微降低。
However, the trend back to pre-pandemic standards means that by the 2027 session, boundaries are expected to firm up. This makes the 2026 sitting a crucial opportunity: careful preparation now can help you secure a higher grade before thresholds normalise. Keep an eye on Eduqas published grade boundaries from mocks and past papers for comparison, but treat them as rough guides rather than guarantees.
但是，回归疫情前标准的趋势意味着到2027年考试，边界预计会收紧。这使得2026年这次考试成为一个至关重要的机会：当下的认真准备可以帮助你在门槛正常化之前拿到一个更高的等级。注意将Eduqas发布的模拟考试和往年真题的等级边界作为参考比较，但只将其视为粗略指导，而非保证。
9. How to Prepare for the New Exams | 如何为新考试做准备
First, obtain the official Eduqas specification for your course and use it as a checklist. Every learning objective is a potential exam question. Then, prioritise active revision over passive reading. Create flashcards, mind maps, and practice explaining concepts aloud. The new emphasis on practical design means you should rehearse planning investigations from scratch, including writing clear methods and identifying variables.
首先，获取你所修课程的官方Eduqas大纲，并将其用作检查清单。每个学习目标都可能成为考试题。然后，优先选择主动复习而不是被动阅读。制作抽认卡、思维导图，并练习口头解释概念。新大纲对实验设计的强调意味着你应该反复练习从零开始规划探究活动，包括撰写清晰的方法和确定变量。
For the mathematical skills, work through the worked examples in your textbook and then attempt fresh problems under timed conditions. You should be comfortable rearranging equations, converting units, and using standard form without hesitation. Since no formula sheet will be provided for Physics, begin weekly testing of equation recall early in Year 10.
对于数学技能，先完成教科书中已解答的例题，然后在计时条件下尝试新问题。你应该能够毫不犹豫地重新排列方程、转换单位并使用标准形式。由于物理考试不再提供公式表，在10年级早期就应开始每周检测公式记忆情况。
10. Resources and Revision Strategies | 资源与复习策略
Eduqas provides a rich set of support materials on its website: the full specification, sample assessment materials, marked exemplars, and teacher guidance. Working through the sample papers is the single most effective way to internalise the new question styles. After each practice paper, identify your weak areas and return to the specification to fill gaps.
Eduqas在其网站上提供了一套丰富的支持材料：完整大纲、样卷评估材料、带评分的范例以及教师指导。逐套完成样卷是内化新题型风格的唯一最有效途径。每做完一套练习卷，找出自己的薄弱环节，并回顾大纲填补缺口。
In addition, build a revision timetable that alternates subjects and includes regular retrieval practice. Study groups can help discuss practical scenarios, but avoid group work replacing silent, focused problem solving. At the end of each topic, ask yourself how the knowledge could be tested in a real-world context, and craft your own potential exam questions and mark schemes.
此外，建立一个交替学习各科目并包含定期检索练习的复习时间表。学习小组有助于讨论实验情境，但要避免小组活动替代安静专注的解题训练。在每个主题结束时，问自己这些知识在现实情境中会如何被考查，并尝试自拟潜在的考试题目和评分方案。
The 2026 exams mark a fresh start, not a barrier. By understanding the evolving landscape and adapting your study habits early, you position yourself to excel in Eduqas GCSE Science and build a solid platform for further study. Stay curious, stay organised, and keep practising.
2026年考试标志着一个全新的起点，而不是障碍。通过理解不断变化的考试格局并及早调整学习习惯，你就能在Eduqas GCSE科学考试中脱颖而出，并为进一步的学习建立坚实的平台。保持好奇心，保持有条理，并坚持练习。
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