1: set, function concept, basic elementary function.
2. Preliminary solid geometry \ plane analytic geometry
3. Preliminary statistical probability of the algorithm
4. Three solutions of vector \ identity exchange on basic elementary function 2 \ plane
5. Solve the triangle \ sequence \ inequality (the learning order varies from place to place)
Elective courses have four modules:
Elective course 1- 1: common logical terms \ conic curve and equation \ derivative and its preliminary application
Elective 1-2 statistical cases \ reasoning and proof \ series expansion block diagram and complex number introduction.
Elective course 2- 1: common logical terms \ curves and equations of cones \ vectors and solid geometry in space.
Elective 2-2: Derivative and Its Application \ Reasoning and Proof \ Extension of Number System and Introduction of Complex Numbers
Elective 2-3: Counting Principles \ Statistical Cases \ Probability
Elective course 3- 1: Selected lectures on the history of mathematics
Elective Course 3-2: Information Security and Password
Elective 3-3: Geometry on Sphere
Elective 3-4: Symmetry and Groups
Elective 3-5: Euler Formula and Classification of Closed Surfaces
Elective course 3-6: Angle trisection and number field expansion
Elective course 4- 1: Selected lectures on geometric proof
Elective 4-2: Matrix and Transformation
Elective 4-3: Order and Difference
Elective 4-4: Coordinate System and Parameter Equation
Elective Course 4-5: Special Lecture on Inequality
Elective Course 4-6: Elementary Number Theory
Elective Course 4-7: Optimization Method and Preliminary Experimental Design
Elective Courses 4-8: Overall Planning and Graph Theory
Elective 4-9: Risk and Decision-making
Elective course 4- 10: Switching Circuit and Boolean Algebra.
That's all. I wonder if this is what you are looking for.