Syllabus

CSCA Math Syllabus

The CSCA math syllabus explains the 2025 exam structure, core content modules, and preparation scope for students who need mathematics in their undergraduate route.

What this CSCA math syllabus covers

The CSCA math syllabus is the clearest starting point if you need to understand what the 2025 mathematics exam actually covers. It shows the exam format, the four main content modules, and the level of mathematical readiness expected before undergraduate study in China.

Students who expect math to be part of their CSCA route, especially applicants targeting engineering, computing, science, business, or scholarship-linked undergraduate study.

Duration

60 minutes

Total Score

100 points

Language

Chinese or English

Question Type

48 multiple-choice questions

Quick reading

Sets and inequalities: This part of the CSCA math syllabus covers the most basic symbolic language and solving patterns used across later math topics.

Functions: Functions form one of the largest parts of the CSCA math syllabus and link together algebraic thinking, graph reading, and elementary calculus.

Geometry and algebra: This module turns the CSCA math syllabus into a broader readiness check across coordinate geometry, vectors, and algebraic structure.

Core modules in the CSCA math syllabus

Sets and inequalities

This part of the CSCA math syllabus covers the most basic symbolic language and solving patterns used across later math topics.

Definition, operations, and representation of sets

Basic properties of inequalities

Quadratic and rational inequality solution methods

Functions

Functions form one of the largest parts of the CSCA math syllabus and link together algebraic thinking, graph reading, and elementary calculus.

Domain, range, monotonicity, parity, and other function properties

Power, exponential, logarithmic, and trigonometric functions

Sequences, general terms, and arithmetic or geometric summation

Definition, geometric meaning, and simple applications of derivatives and calculus

Geometry and algebra

This module turns the CSCA math syllabus into a broader readiness check across coordinate geometry, vectors, and algebraic structure.

Lines, circles, ellipses, hyperbolas, and parabolas

Vector operations and basic operations with complex numbers

Rectangular coordinate system in space and properties of simple solids

Probability and statistics

The probability and statistics section of the CSCA math syllabus checks whether students can reason with uncertainty and interpret basic data features.

Classical probability model and probability calculation

Mean, variance, and other numerical characteristics of data

Basic concepts of normal distribution

What this syllabus means for preparation

Use the CSCA math syllabus to build a full-topic study plan before relying too heavily on mock papers.

Functions and geometry usually deserve more study time than isolated formula memorization.

Start timed practice only after you can recognize the full module structure in the syllabus.

Where to go next

After reading this CSCA math syllabus, move into the matching subject page, route page, or mock-test layer so the syllabus turns into action instead of staying theoretical.

Math Subject Page Math Mock Tests Math Mock Pack Choose Subjects

Who should read the CSCA math syllabus first?

Any student whose route clearly includes math should read the CSCA math syllabus early, because it defines both the exam structure and the topic range they need to master.

Is the CSCA math syllabus only for STEM students?

No. The CSCA math syllabus is most common in STEM-linked routes, but math can also matter in other undergraduate pathways and scholarship applications.

Should I use the CSCA math syllabus before mock tests?

Yes. The syllabus helps you understand the exam map first, while mock tests help you pressure-test pacing and application later.