Research On Assessment System Of Student Implementing Capability Under The CDIO Initiative

Research On Assessment System Of Student Implementing Capability Under The CDIO Initiative

L. Zeng, P. Lin (2012).  Research On Assessment System Of Student Implementing Capability Under The CDIO Initiative . 8.

The purpose of undergraduate engineering education is to develop a skilled technical and extensive-based professionalism for the young engineers. The CDIO Syllabus and Standards meet the concept of developing the Excellent Engineers Program in China since the Ministry of Education implementing engineering educational reform in 2006. Research on assessment system of student implementing capability is to assess the effects of teaching, providing feedback to students and faculty for the purposes of continuous improvement CDIO engineering educational reform in collaborators, specifically the implementation of the quantification of the effect.

The topic of assessment system of student implementing capability is researched on the paper, using the Fuzzy Comprehensive Evaluation Method to establishment a simple quantitative model, then choosing three secondary indexes and fifteen tertiary indexes to take "Engineering System Design" economics-management course module as an example, which is shown that the assessment system provides a practical and effective method to assess every single student implementing capability to demonstrate their achievement by engineering faculty under The CDIO Initiative.

8th International CDIO Conference 2012, July 1-4, Queensland University of Technology, Brisbane, Australia

Authors (New): 
Lijuan Zeng
Peng Lin
Pages: 
8
Affiliations: 
Shantou University, China
Keywords: 
Assessment System
Fuzzy Comprehensive Evaluation Method
Student Implementing Capability
Quantitative Model
CDIO
Engineering Education Reform
Year: 
2012
Reference: 
Biggs, J., “Teaching for Quality Learning At University”, 2nd ed., The Society for Research into Higher Education and Open University Press, Berkshire: England, 2003 : 
Guoli zhang, Hui Zhang, Qian Kong, “Principles and Applications of fuzzy mathematics”, Chemical industry press, Beijing, 2011.9 : 
Edward F. Crawley, Johan Malmqvist, William A. Lucas, Doris R. Brodeur, “The CDIO Syllabus V2.0 An Undated Statement of Goals for Engineering Education”, Proceeding of the 7th International CDIO Conference, Technical University of Denmark, Copenhagen, June, 20-23, 2011 : 
http://www.cdio.org/: 
2011 National Conference and CDIO engineering education reform, the Ministry of Education Senior CDIO Seminar, Nanjing Institute of Technology, Nanjing, China, Dec. 16~18, 2011 : 
http://www.chinacdio.cn/: 
Lu Xiaohua, Xiong Guangjing, Chen Zhulin, “Design- Directed Engineering Education Reform Initiative”, Journal of Research in higher education of engineering, 2010(6): 83~87: 
http://www.eng.stu.edu.cn/: 
Yang Yunping, Xiong Guangjing, Wang Yingzi, “Training Student’s Comprehensive Abilities in Engineering System Design Course”, Journal Architectural Education in Instructions Higher Learning, Vol. 20, 2011(5): 35~ 40: 
Wang Yingzi, Xiong Guangjing, Kang Quanli, “Case Study on the “Ability –QualityKnowledge” Structure in Housing Architecture Curriculum Syllabus and Teaching Practice”, Journal of Research in higher education of engineering, 2010(01) : 155~158. : 
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