1.
Discussion and Advances of the Reform of Engineering Mechanics Series Courses;
工科力学系列课程改革的探讨与进展
2.
General chemistry teaching and the training of sci-technology innovation ability;
工科化学教学与科技创新能力的培养
3.
English Competence Cultivation of Science Majors;
理工科大学学生英语学习能力的培养
4.
University degree or similar professional qualification in computer science and tech.
大学本科或同等学力,计算机科学与工程专业。
5.
An Analysis the Important Actions of Engineering Mechanics In Altitude Engineering Course;
试论工程力学课程在工科院校的作用
6.
University degree or similar professional qualification with engineering background.
大学本科或同等学力，有工程背景。
7.
On Teaching Reform in Basic Mechanics Curriculum for Engineering Majors;
“工科基础力学”教学改革的思考与实践
8.
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
9.
The experiment teaching research of mechanics for Engineering students by computer emulation experiment
工科理论力学虚拟电子实验教学研究
10.
The Teaching Characteristics of Quantum Mechanics in Engineering Physics
工科物理专业量子力学教学特点分析
11.
Professional researchers are the mainstay of scientific work.
专业的科学研究队伍，是科学工作的骨干力量。
12.
On Technological History Course and the Students Creativity in Engineering Academies;
工科院校科技史教学与学生创新能力的培养
13.
Emphasizing Engineering Education to Improve Engineering Practical Abilities of Engineering Students;
重视工程教育 提高工科学生工程实践能力
14.
Propositions to Improving the Innovative Ability of Students Majoring in Engineering;
提高工科学生科研创新能力的几点思考
15.
The Importance of Science Researcher s Scientific Spirit and Humanistic Spirit;
科技工作者要大力弘扬科学精神与人文精神
16.
Specialized English Training Models to Boost Competitive Edge of Science Majors
提高理工科学生就业能力的科技外语培养模式
17.
Discussion on Cultivating Mode of Research and Creative Ability of Engineering College Students
工科大学生科研创新能力培养模式探讨
18.
The Exploration of How to Enhance the professional Qualities of students;
工科大学生专业素质能力培养的探索