1.
On Reform in Teaching Technological Mathematics to Improve Mathematical Quality of Students;
改革工科数学教学提高学生数学素质
2.
The New Thoughts of Teaching Advanced College Mathematics;
关于大学理工科数学课程教学的思考
3.
Keep to psychology rule do well the teaching of engineering mathematics;
遵循心理学规律 搞好工科数学教学
4.
Problems and Methods of Mathematics Modeling Teaching for Technology;
工科数学建模教学的问题与方法探讨
5.
Cultivation of the Teaching and Creative Ability in the Engineering Mathematics;
浅谈工科数学教学与创新能力的培养
6.
Thoughts on Strengthening the Application-oriented Teaching of Mathematics of Technology;
对工科数学加强应用教学的若干思考
7.
The Problems with the Innovation of Technology Mathematics Course and Countermeasures;
工科数学课程创新存在的问题与对策
8.
Research and Practice in Construction of Higher Engineering Mathematics;
高等工科数学教材建设的探讨与实践
9.
On The Reform of Contents and Methods of Fundamental Courses;
工科数学教学内容与教学方法改革的若干思考
10.
Maths Teaching Reform of College Engineering Should Centre on Enhancement of Students Creativity;
围绕培养学生创造能力,进行工科数学教学改革
11.
The Development of Database Technology and the Project of Science Database;
数据库技术新进展与科学数据库工程
12.
How to Use the Competition of Mathematical Model to Improve the Mathematical Quality of Engineering Students;
以数学建模竞赛促进工科学生数学素质的提高
13.
An Exploration on Multi-level Advanced Math Teaching Reform in Polytechnics;
理工科高等数学分层教学的实践研究
14.
The Exploration and Reflection on Advanced Mathematics Teaching in Engineering Course;
关于工科高等数学教学的探索和思考
15.
On Basic Requirements of "Higher Mathematics" Teaching for Engineering Majors;
工科"高等数学"课程教学基本要求刍议
16.
Tool Concept: Research about Teaching Innovation of Higher Mathematics in the Engineering Colleges;
工具主张:工科院校高等数学教学创新思考
17.
Most of them studied engineering, physical science or life science.
大多数学生学习的是工程、物理学和生命科学。
18.
An Exploration into How Advanced Mathematics in Engineering Science Facilitate Specialty Courses;
论工科高等数学课如何为专业课服务