📚 Oxford and Cambridge Admissions Tests: Types and Selection Guide | 牛剑附加考试类型与选择指南
For countless applicants to Oxford and Cambridge, predicted A-level or IB grades are only one part of a highly competitive selection process. The additional admissions tests are carefully designed to reveal deeper intellectual strengths, such as logical reasoning, problem-solving sophistication, and subject-specific insight. Navigating this landscape of tests -- from MAT and PAT to TSA, ENGAA, NSAA, UCAT and LNAT -- can be bewildering, yet choosing the right test and preparing strategically can significantly boost your application.
对于无数牛津和剑桥的申请者来说，预估的A-level或IB成绩只是竞争极其激烈的选拔过程中的一部分。附加考试经过精心设计，旨在揭示更深层的学术能力，例如逻辑推理、娴熟的问题解决能力以及学科洞察力。在MAT、PAT、TSA、ENGAA、NSAA、UCAT和LNAT等各类考试中寻找方向可能令人困惑，但选择正确的考试并进行战略性准备可以大大提升你的申请竞争力。
1. Overview of Oxbridge Admissions Tests | 牛剑附加考试概述
Oxbridge admissions tests are standardised assessments that complement UCAS applications. They give tutors a common benchmark to evaluate academic potential across a global pool of candidates, many of whom are predicted top grades. These tests are usually sat in late October or early November, before interview shortlisting, and the results can be decisive in determining who receives an offer.
牛剑附加考试是对UCAS申请的标准化补充评估。它们为导师提供了一个通用标杆，用以衡量来自全球的候选人（许多人都手握顶尖预估成绩）的学术潜力。这些考试通常在十月下旬或十一月初举行，在面试筛选之前，而考试成绩往往决定着谁能获得录取通知。
Not every course demands an admissions test, but for Mathematics, Computer Science, Physics, Engineering, Natural Sciences, Medicine, Law, PPE and several other competitive subjects, a strong performance is essentially mandatory. Each test is tailored to probe the specific thinking skills needed for the course, from mathematical reasoning to critical analysis of texts.
并非每一门课程都要求附加考试，但对于数学、计算机科学、物理、工程、自然科学、医学、法律、PPE以及其他多门竞争激烈的学科而言，出色的表现基本上是强制必需的。每一场考试都专门用来探究该课程所需的具体思维能力，从数学推理到文本的批判性分析。
Cambridge and Oxford use some tests exclusively (e.g., Cambridge's ENGAA and NSAA), while others are shared across multiple universities (e.g., UCAT for Medicine, LNAT for Law). Understanding which test your chosen course requires is the first and most critical step.
剑桥和牛津拥有部分专属考试（如剑桥的ENGAA和NSAA），而其他考试则在多所大学间共用（如医学院的UCAT、法学院的LNAT）。弄清楚你所选课程需要哪项考试是第一步，也是最关键的一步。
2. Mathematics Admissions Test (MAT) | 数学入学考试 (MAT)
The Mathematics Admissions Test is used by the University of Oxford for applications to Mathematics, Mathematics & Statistics, Mathematics & Philosophy, Computer Science, Computer Science & Philosophy, and Mathematics & Computer Science. Imperial College London also uses MAT for its mathematics courses, while Cambridge does not use MAT; instead, Cambridge typically requires STEP for Mathematics.
数学入学考试（MAT）由牛津大学用于数学、数学与统计、数学与哲学、计算机科学、计算机科学与哲学以及数学与计算机科学等专业的申请。帝国理工学院也将其数学课程用于MAT，而剑桥大学不使用MAT；剑桥通常要求STEP作为数学专业的入学考试。
The MAT is a 2-hour 30-minute paper-based test, taken under timed conditions. It is designed to test deep mathematical understanding rather than rote learning, with questions that often require candidates to combine multiple concepts and think creatively. The test focuses on topics from the A-level Mathematics syllabus, including algebra, calculus, geometry, and trigonometry, but the problems are more challenging and often involve unfamiliar contexts.
MAT 是一场2小时30分钟的纸笔考试，在定时条件下完成。它旨在考查深度的数学理解，而非死记硬背，试题常常要求候选人组合多个概念并进行创造性思考。考试重点围绕A-level数学大纲中的内容，包括代数、微积分、几何和三角学，但题目的难度更高，并经常涉及陌生的情境。
tains six longer, structured questions, from which candidates choose four. These demand full written solutions, and the reasoning is assessed for clarity and logical progression. Typical question phrasing might involve evaluating integrals like ∫ √x² + 1 dx or investigating sequences defined by recurrence relations.
试卷包含两个部分。第一部分有10道选择题，每题4分，不要求展示解题过程。第二部分包含6道较长的结构化问题，考生需从中选择4道作答。这些问题需要完整的书面解答，并会根据清晰度和逻辑推导来评估推理过程。典型的题目可能会涉及计算像∫ √x² + 1 dx 这样的积分，或研究由递推关系定义的数列。
Preparation for MAT involves working through the published past papers thoroughly, mastering A-level mathematics to fluency, and practicing extended problem-solving. Pay close attention to the Oxford MAT syllabus, as some topics like the binomial theorem for non-integer exponents or L'Hopital's rule may go beyond standard A-level coverage.
备考MAT需彻底练习官方公布的历年真题，熟练掌握A-level数学，并练习扩展性问题求解。要特别注意牛津MAT的考试大纲，因为诸如非整数指数的二项式定理或洛必达法则等知识点可能会超出标准A-level的范围。
3. Physics Aptitude Test (PAT) | 物理能力测试 (PAT)
The Physics Aptitude Test is required by the University of Oxford for all applicants to Physics, Physics & Philosophy, Engineering Science, and Materials Science. It is a 2-hour test that blends physics and mathematics problems, reflecting the interdisciplinary nature of these courses.
物理能力测试（PAT）由牛津大学针对所有申请物理、物理与哲学、工程科学以及材料科学专业的候选人设置。这是一场时长2小时的考试，融合了物理和数学问题，反映了这些课程的跨学科特性。
The PAT syllabus is drawn from first-year A-level content (or equivalent) in both mathematics and physics. Mathematics topics include algebra, trigonometry, coordinate geometry, elementary calculus, and vectors. Physics topics cover mechanics, waves, electricity, optics, and heat. The test expects candidates to apply fundamental principles -- such as Newton's laws, energy conservation, and wave superposition -- to novel situations.
PAT的考试大纲取自A-level第一年的数学和物理内容（或同等水平）。数学主题包括代数、三角学、坐标几何、初等微积分和向量。物理主题涵盖力学、波、电学、光学和热学。考试期望考生将基本原理（如牛顿定律、能量守恒和波的叠加）应用于新颖情景。
The paper consists of around 20-25 questions, a mix of multiple-choice and longer structured items. Some problems are purely mathematical, others purely physical, and many intertwine both. For instance, a question might ask you to model the motion of a charged particle in an electric field, requiring you to set up differential equations and solve them. Use of calculators is not permitted, so accuracy in mental arithmetic and algebraic manipulation is tested.
试卷包含约20-25道题目，既有选择题，也有较长的结构化大题。有些题目是纯数学题，有些是纯物理题，还有不少将二者交织在一起。例如，一道题可能要求你对带电粒子在电场中的运动进行建模，需要建立微分方程并求解。考试不允许使用计算器，因此对心算和代数运算的准确性也有考查。
Success in the PAT hinges on a deep conceptual understanding rather than formula memorisation. Candidates are advised to work through past papers, focus on physical reasoning, and practice sketching graphs and interpreting diagrams. Oxford's Department of Physics provides a detailed syllabus, and it is wise to revisit elementary topics like moments, optical diagrams, and the behaviour of capacitors.
PAT的成功关键在于深刻的概念理解，而不是死记公式。建议考生练习历年真题，注重物理推理，并练习绘制草图和解读图表。牛津物理系提供了详细的考试大纲，重温力矩、光学图和电容器行为等基础主题是非常明智的。
4. Thinking Skills Assessment (TSA) | 思维能力评估 (TSA)
The Thinking Skills Assessment is used by Oxford for a range of courses: Experimental Psychology, Geography, Human Sciences, Philosophy, Politics and Economics (PPE), Psychology, Philosophy and Linguistics (PPL), and formerly for Economics and Management (now replaced by TSA S1 only). Cambridge uses TSA S1 (Section 1 only) for Land Economy. The TSA does not test subject knowledge; it measures critical thinking and problem-solving skills.
思维能力评估（TSA）被牛津用于多个课程：实验心理学、地理学、人类科学、哲学、政治学与经济学（PPE）、心理学、哲学与语言学（PPL），以及此前用于经济与管理（现在只要求TSA第一部分）。剑桥的土地经济专业使用TSA S1（仅第一部分）。TSA不考查学科知识；它衡量的是批判性思维和解决问题的能力。
The standard TSA is a 2-hour paper with two sections. Section 1 consists of 50 multiple-choice questions to be answered in 90 minutes, assessing problem-solving (including spatial reasoning, numerical reasoning, and logical puzzles) and critical thinking (understanding arguments, drawing conclusions, identifying assumptions). Section 2 is a 30-minute extended writing task, where candidates choose one of four essay questions on a broad topic and produce a reasoned, structured argument. Oxford's PPE, for instance, uses both sections, while Cambridge's Land Economy only requires Section 1.
标准TSA是一场2小时的笔试，包含两个部分。第一部分要求在90分钟内完成50道选择题，考查问题解决能力（包括空间推理、数值推理和逻辑谜题）和批判性思维（理解论证、得出结论、识别假设）。第二部分是30分钟的扩展写作任务，考生从四个广泛主题的作文题中选择一个，写出条理清晰、论证有力的文章。例如，牛津的PPE两个部分都要求，而剑桥土地经济则只要求第一部分。
TSA problem-solving questions often involve interpreting tables of data, finding patterns, or applying basic mathematical concepts such as percentages and proportions. Critical thinking items present short passages and ask you to assess the strength of an argument. The writing task is not marked by a formal score; instead, the essay is sent to the college tutors, who consider it alongside the application.
TSA的问题解决题经常涉及解读数据表格、寻找规律，或运用百分比和比例等基本数学概念。批判性思维题会给出简短段落，要求你评估论证的力度。写作任务没有正式打分，文章会被寄送给学院导师，由他们在审核申请时一起参考。
Preparation for TSA should include regular practice with official past papers, familiarisation with logical fallacies, and essay planning. Because the timing is tight, developing efficient reasoning shortcuts and skimming strategies is crucial. For the essay, practicing structured arguments under timed conditions -- with an introduction, main points, and a conclusion -- will build confidence.
备考TSA应当包括定期练习官方历年真题、熟悉逻辑谬误以及进行作文构思。由于时间紧张，培养高效的推理捷径和略读策略至关重要。对于作文部分，在定时条件下练习结构化的论证（包含引言、主要论点和结论）能够增强自信。
5. Engineering and Science Tests: ENGAA and NSAA | 工程与科学考试：ENGAA 与 NSAA
The University of Cambridge uses two highly subject-focused tests for its science and engineering courses: the Engineering Admissions Assessment (ENGAA) for Engineering, and the Natural Sciences Admissions Assessment (NSAA) for Natural Sciences, Chemical Engineering via Natural Sciences, and Veterinary Medicine. Both are sat in early November and are designed to evaluate mathematical and scientific aptitude at a fast pace.
剑桥大学为其科学和工程课程使用了两项高度聚焦学科的考试：工程入学评估（ENGAA）针对工程学，自然科学入学评估（NSAA）针对自然科学、通过自然科学途径申请的化学工程以及兽医学。两者均在十一月初举行，旨在快节奏地评估数学和科学能力。
ENGAA is a 2-hour paper split into two sections. Section 1 consists of multiple-choice questions in Mathematics and Physics (40 questions, 60 minutes, with no calculator allowed). Section 2 comprises advanced multiple-choice questions in Mathematics and Physics (20 questions, 60 minutes, calculator allowed). Topics include mechanics, waves, electricity, materials, derivatives, integrals, and vector geometry. Questions are typically set within engineering contexts, such as analysing forces on a truss or energy transfer in a system.
ENGAA 是一场2小时的考试，分为两部分。第一部分是数学与物理的选择题（40题，60分钟，不允许使用计算器）。第二部分是进阶数学与物理选择题（20题，60分钟，允许使用计算器）。主题包括力学、波、电学、材料、导数、积分和向量几何。题目通常设置在工程情境中，比如分析桁架上的受力或系统中的能量转换。
NSAA is also a 2-hour test, but its structure depends on the subject stream. Applicants answer Section 1 multiple-choice questions in Mathematics plus one Science (Biology, Chemistry, or Physics). Section 2 consists of advanced multiple-choice questions in the same chosen science. For example, a Biological Natural Sciences applicant would take Math + Biology in Section 1 and Advanced Biology in Section 2. The exam requires rapid recall of A-level concepts and the ability to apply them unconventionally.
NSAA 同样是一场2小时的考试，但其结构取决于所选学科方向。申请人需要在第一部分回答数学加上一门科学（生物、化学或物理）的选择题。第二部分则是同门科学的高级选择题。例如，申请生物自然科学方向的候选人会在第一部分完成数学加生物，第二部分完成高级生物。考试要求快速回忆A-level概念，并能以非常规方式加以应用。
Key preparation strategies for both ENGAA and NSAA include thorough mastery of the relevant A-level syllabi, practice under extreme time pressure, and revision of cross-topic links (e.g., using calculus to solve physical problems). Calculators are permitted only in Section 2, so mental maths agility must be honed. Cambridge provides specimen papers and a clear syllabus for each test.
备考ENGAA和NSAA的关键策略包括彻底掌握相关A-level大纲、在极大的时间压力下练习，以及复习跨主题的联系（例如用微积分解决物理问题）。计算器仅在第二部分允许使用，因此必须磨练心算的敏捷性。剑桥为每项考试提供了样卷和清晰的考试大纲。
6. University Clinical Aptitude Test (UCAT) for Medicine and Biomedical Sciences | 医学与生物医学专业的大学临床能力测试 (UCAT)
For many years, Oxford and Cambridge used the BioMedical Admissions Test (BMAT) for Medicine and Biomedical Sciences courses. However, BMAT was discontinued in 2023; from the 2024 application cycle onwards, both universities now require the University Clinical Aptitude Test (UCAT) instead. This shift aligns Oxbridge with most other UK medical and dental schools.
多年来，牛津和剑桥的医学与生物医学科学课程一直使用生物医学入学考试（BMAT）。然而，BMAT已于2023年停用；从2024年申请季开始，两所大学都转而要求大学临床能力测试（UCAT）。这一变化使牛剑与英国大多数其他医学和牙医学院保持一致。
The UCAT is a computer-based test lasting 2 hours, composed of five subtests: Verbal Reasoning, Decision Making, Quantitative Reasoning, Abstract Reasoning, and Situational Judgement. It does not test scientific knowledge; instead, it assesses the cognitive abilities and professional attributes deemed important for healthcare careers. Candidates typically sit UCAT between July and September of their application year, earlier than most other admissions tests.
UCAT 是一场2小时的计算机化考试，由五个子测试组成：语言推理、决策制定、定量推理、抽象推理和情景判断。它不考查科学知识，而是评估被认为对医疗保健职业很重要的认知能力和专业素质。考生通常在申请年份的七月至九月之间参加UCAT，早于大多数其他附加考试。
The Quantitative Reasoning subtest requires solving numerical problems involving percentages, ratios, and data interpretation, often using on-screen calculators. Abstract Reasoning tests pattern recognition in shapes, while Decision Making presents logic puzzles and syllogisms. The Situational Judgement section evaluates ethical reasoning in clinical scenarios. Because the UCAT is taken by all medical applicants nationwide, a competitive score relative to the cohort is essential for Oxbridge shortlisting.
定量推理子测试要求解决涉及百分比、比率和数据解读的数值问题，通常使用屏幕上的计算器。抽象推理考查对形状模式的识别，而决策制定则给出逻辑谜题和三段论。情景判断部分评估在临床情境下的伦理推理。由于UCAT是全国所有医学申请者都要参加的考试，获得相对于考生群体的有竞争力的分数对于牛剑初筛至关重要。
Preparation for UCAT involves consistent, timed practice with official question banks and third-party platforms. The intense time constraints (e.g., one minute per Verbal Reasoning item) mean speed and accuracy must be balanced. It is also wise to read the GMC's Good Medical Practice guidelines as preparation for the Situational Judgement test.
备考UCAT需要借助官方题库和第三方平台进行持续、定时的练习。紧张的时间限制（例如语言推理题每道仅1分钟）意味着必须兼顾速度与准确性。阅读GMC的《良好医疗实践》指南作为情景判断题的准备也是明智之举。
7. Law National Aptitude Test (LNAT) | 法律全国能力测试 (LNAT)
The Law National Aptitude Test is required by both Oxford and Cambridge for all Law applicants. Unlike many other tests, the LNAT is not a test of legal knowledge; it evaluates the verbal reasoning, comprehension, and argumentation skills essential for legal study. The test is computer-based and can be taken at Pearson VUE test centres globally.
法律全国能力测试（LNAT）是牛津和剑桥所有法律申请者的必考项目。与其他许多考试不同，LNAT并不考查法律知识；它评估的是法律学习所必需的语言推理、理解能力和论证技巧。该考试为机考，可在全球的Pearson VUE考试中心参加。
The LNAT is divided into two sections. Section A consists of 42 multiple-choice questions based on 12 passages (each typically 300-500 words long), testing comprehension, interpretation, and critical analysis. The passages cover topics from law, philosophy, politics, and media, but no prior knowledge is assumed. Section B requires candidates to write a single essay from a choice of three prompts; this essay is not scored by the system but is sent to the universities as part of the application.
LNAT 分为两个部分。第一部分包含基于12段文章（每篇通常300-500词）的42道选择题，考查理解、解读和批判性分析能力。文章主题涉及法律、哲学、政治和媒体，但不要求任何预备知识。第二部分要求考生从三个提示中任选其一撰写一篇作文；该作文不会被系统打分，而是作为申请的一部分发送给大学。
Strong LNAT performance demands excellent reading speed and the ability to distinguish subtle differences in argument structures. Section A questions may ask you to identify the main conclusion, an assumption, or an inference from a passage. The essay assesses your ability to construct a coherent, persuasive argument under time constraints. Preparation should include extensive reading of broadsheet opinion pieces, practice with past-style passages and questions, and timed essay drills.
LNAT的高分表现要求出色的阅读速度和辨别论证结构中细微差别的能力。第一部分的问题可能会要求你识别主要结论、假设或从文段中推断出的内容。作文部分评估你在时间压力下构建连贯、有说服力的论证能力。备考应包括广泛阅读大报评论文章、练习历年风格的文段和问题，并进行定时作文训练。
8. Other Subject-Specific Tests (ELAT, HAT, etc.) | 其他学科专项考试 (ELAT, HAT 等)
Several additional admissions tests cater to specific humanities and language courses at Oxford and Cambridge. The English Literature Admissions Test (ELAT) is required by Oxford for English Language and Literature, and by Cambridge for English. It is a 90-minute paper asking candidates
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