上海光华启迪A-Level高中于2014年11月在上海成立,2015年4月正式对外招生,光华启迪将个人学校这一理念引入国内,助力学生高效冲击牛津、剑桥、G5等全球顶尖名校。光华启迪2026年秋季招生已经开始,学校将于3月29日进行首次入学测试,以下为入学考试说明。
一、考试形式
光华启迪秋季入学考试的笔试部分仍采用线上进行的形式,建议考生提交真实有效的英语标化成绩(雅思、托福或多邻国成绩单)。已经提交英语标化成绩的考生无需参加英语笔试。
线上笔试完成后,综合成绩排名靠前的考生将在一周内会收到面试邀请,面试将采用线下一对一的形式在光华启迪淀山湖校区进行,请考生务必合理安排好笔试和面试的时间。在统一的面试结束后,光华启迪招生办将参照各位考生的笔试和面试成绩,以电子邮件形式通知所有考生关于本次入学考试的最终录取结果。
二、考试科目
· 常规课程考试科目:
英语 90分钟
数学 90分钟
· 艺术课程考试科目:
艺术类考生需提交作品集
英语 90分钟
数学 90分钟
三、入学考试范围
1.英语考试
考生须在90分钟内完成所有题目,考试题型包含以下类型:
3年制:词汇选择,词汇类比,英语语法;阅读理解; 议论文写作
1年制和2年制:词汇选择,词汇类比,根据所给文章选出合适词汇 ;阅读理解; 议论文写作
2.数学考试
3年制:
1.数与运算:数的整除性,相反数、倒数、绝对值的概念,实数运算;
2.方程(组)与代数:整式、分式、二次根式的相关运算,代数方程(组);
3.函数与分析:函数的定义,定义域、值域相关概念,简单函数变换(平移),正比例函数,反比例函数,一次函数,二次函数;
4.概率统计:事件发生的概率,树状图的应用,中位数、众数、平均数、方差、标准差的概念以及相关应用;
5.几何和向量:扇形面积和弧长公式,全等三角形,相似三角形,锐角三角比,解三角形,四边形,正多边形,圆,向量的定义与基本运算。
1.Numbers: Divisibility, opposite and reciprocal number, the modulus of a number, operations with real numbers;
2. Equation(s) and Algebra: Polynomials, fractions, surds, algebraic equations;
3.Functions: the definition of functions, domain and range, function transformation (Translation), linear functions, inverse proportional functions, quadratic functions;
4.Probability and statistics: probability, application of tree diagrams, the definition of mean, median, mode, variance and standard deviation;
5.Geometry and vector: the length of arcs, area of sectors, congruence triangles and similartriangles, acute angle trigonometry, quadrilaterals, regular polygons, circles, the definitions and basic operations of vectors.
2年制:
1.集合:集合的定义与表示,集合间的关系;
2.不等式/方程(组):不等式性质,一元二次/高次、分式、无理不等式/方程(组),绝对值不等式/方程(组),基本不等式;
3.三角:任意角的表示,任意角度的正弦、余弦、正切的定义,诱导公式,两角和差公式,倍角公式;
4.函数:函数的定义,函数、反函数、复合函数定义域值域,函数变换(平移,翻折,伸缩,取绝对值),多项式函数,指数函数,对数函数,三角函数与反三角函数;
5.向量:向量的概念与其线性运算,向量的数量积,向量的坐标表示;
6.复数:复数的意义与四则运算,复数的几何意义,实系数一元二次方程与复数的关系。
7.几何:扇形面积和弧长公式,全等三角形,相似三角形,锐角三角比,解三角形,四边形,正多边形,圆;
8.概率统计:事件发生的概率大小,树状图的应用,中位数、众数、平均数、方差、标准差的概念以及相关应用。
1.Set: the definition and representation of set, the relations between sets;
2.Inequality/equation(s): the properties of inequality, linear/high order inequality, fraction inequality, inequality involving modulus(equations), AM-GM inequality;
3.Trigonometry: the representation of an arbitrary angle, the definition of sin, cos and tan of an arbitrary angle, trigonometric identities;
4.Functions: the definition of function, the definition of inverse function and composite function, the domain and range of inverse function and composite function, function transformations, polynomial function, exponential function and logarithmic function, trigonometric and invers trig. function;
5.Vectors: the definition of vector and linear operations, scalar product, the representation of vectors;
6.Complex number: the definition of complex number and operations, geometric meaning of complex number and operations, Vieta's formula and applications;
7.Geometry: the length of arcs, area of sectors, congruence triangles and similar triangles, acute angle trigonometry, quadrilaterals, regular polygons, circles;
8.Probability and statistics: probability, application of tree diagrams, the definition of mean, median, mode, variance and standard deviation.
1年制:
1.集合:集合的定义与表示,集合间的关系;
2.不等式:不等式性质,一元二次/高次、分式、无理不等式,绝对值不等式,基本不等式;
3.三角:任意角的表示,任意角度的正弦、余弦、正切的定义,诱导公式,两角和差公式,倍角公式;
4.函数和方程:函数的定义,函数、反函数、复合函数定义域值域,函数变换(平移,翻折,伸缩,取绝对值),多项式函数,指数函数,对数函数,三角函数与反三角函数;
5.向量(包括空间向量):向量的概念与其线性运算,向量的数量积,向量的坐标表示;
6.复数:复数的意义与四则运算,复数的几何意义,实系数一元二次方程与复数的关系;
7.空间直线与平面:平面及其基本性质,直线、平面的位置关系;
8.简单几何体:柱体、锥体、多面体、旋转体、球的基本性质、及其表面积、体积;
9.解析几何:直线与圆锥曲线;
10.数列:数列的性质,等差数列,等比数列;
11.计数原理:乘法与加法原理,排列,组合,二项式定理;
12.概率初步:样本空间,古典概率,随机事件的独立性。
1.Set: the definition and representation of set, the relations between sets;
2.Inequality: the properties of inequality, linear/high order inequality, fraction inequality, inequality involving modulus, AM-GM inequality;
3.Trigonometry: the representation of an arbitrary angle, the definition of sin, cos and tan of an arbitrary angle, trigonometric identities;
4.Functions and equations: the definition of function, the definition of inverse function and composite function, the domain and range of inverse function and composite function, function transformations, polynomial function, exponantial function and logarithmic function, trigonometric and invers trig. function.
5.Vectors (in 2D & 3D space): the definition of vector and linear operations, scalar product, the representation of vectors;
6.Complex number: the definition of complex number and operations, geometric meaning of complex number and operations, Vieta's formula and applications;
7.Lines and planes in space: the properties of line and plane, relations between lines and planes;
8.Space geometry: properties, surface area and volume of prism, pyramid, cylinder, cone and sphere;
9.Coordinate Geometry: lines and conics;
10.Series: properties, arithmetic series, geometric series;
11.Counting Principle: addition and multiplication principle, permutation, combination, binomial theorem;
12.Probability: Sample space, probability, independent events.
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