In engineering, many courses have been around for years and only few changes to the course structure have been made to meet new, and current, demands from the students and from the industry.
In engineering, many courses have been around for years and only few changes to the course structure have been made to meet new, and current, demands from the students and from the industry.
Healthcare sector is nowadays more and more moving towards eHealth.
Engineering education is in flux with respect to curriculum design and delivery.
In our institution, Singapore Polytechnic, we have implemented several strategies to integrate various disciplines in our engineering education curriculum to help students identify the relation bet
Engineers in the 21st century must be able to integrate their technical knowledge with the ability to view the larger picture.
TOPCARES-CDIO (herein referred to as TC) is a CDIO engineering education concept adopted by Dalian Neusoft University of Information (DNUI).
The Technion has recently established a program under which undergraduates and graduates from all faculties may get full scholarships to study an additional B.Sc.
Finding the optimum balance between theory and practice is one of the major challenges in higher education, especially on master level.
This paper describes the process that allowed us to evaluate experiencing knowledge construction processes in simulation research on robotic manipulators by students in a course on Foundations of I
In order to enable the electromechanical engineering undergraduates to train problem-solving in a real life context, improve the cultivating quality of electromechanical engineering talents, and me
According to the concept of constructivism and CDIO engineering education, from the characteristics and teaching reality of "microwave circuits and devices"curriculum , the teaching content of "mic
Based on the CDIO engineering education concept,For traditional teaching pattern of "random signal analysis",Teaching content and method of random signal analysis are reformed, and the ability of t
Flipped classroom is a learning pedagogy which inverts the traditional learning method of classroom lecture into out-of-classroom self-directed learning.
It is increasingly popular in the academic world to state research & innovation problems as “challenges”.
Goal-oriented modular teaching reform based on the concept of CDIO is proposed to meet the cultivation requirements for major of Measurement and Control Technology and Instrument, the academic feat
The aim of the course is to create understanding for how to be an engineer; this is achieved by imitating the situation many engineers face when they are introduced into the workplace.
The complex multidisciplinary challenges in our society require engineers who understand and can relate to specialists from other disciplines.
One of the cornerstones of CDIO is a continuous improvement strategy.
Learning is much more than a real-time cognitive process. It is an important platform for aspects and skills needed to enable students’ future careers.
As societal and organizational dynamics change, the skills expected from graduating engineers also change.
In the engineering program at Reykjavik University we have been developing for the last four years an „Introduction to Engineering“ course for our first year students.
After three years of the CDIO deployment in the Faculty of Civil Engineering at Duy Tan University, a certain number of improvements have been accomplished, namely in the students’ creativity, flex
Propositions from universities, according work based learning to improve employability, point out that industry close projects are strongly encouraged.
Based on a return on experience, this paper describes and analyzes the 20 years application of an ISO standard to manage the quality of a multisite educational institution.
The Canadian Engineering Accreditation Board (CEAB) as well as the CDIO organization, have adopted graduate attributes/learning outcomes upon which engineering schools can evaluate their progress a
Defining customer needs; considering technology, enterprise strategy, and regulations; developing concepts, techniques and business plans.
Creating the design; the plans, drawings, and algorithms that describe what will be implemented.
The transformation of the design into the product, including manufacturing, coding, testing and validation.
Using the implemented product to deliver the intended value, including maintaining, evolving and retiring the system.