Recently, within the CDIO community, there has been a focus on the impact of CDIO and an emphasis on how engineering education will change in the future due to the rapidly changing technological wo
Recently, within the CDIO community, there has been a focus on the impact of CDIO and an emphasis on how engineering education will change in the future due to the rapidly changing technological wo
The Coronavirus (COVID-19) outbreak has forced closure of educational institutions in Japan.
The education sector was not sparred from the impact of Covid-19 and was forcefully made to adapt to the rapid changes arising from virus situations in various countries as necessary measures were
In the current CDIO V2.1 standard (2016), there is no formal definition of what design is or
One of the goals of the School of EEE is to cultivate self-directed learning (SDL) mind-set in all its graduates with its holistic SDL eco-system, whatever the situation.
“The need to develop critical thinking has never been so vital,” said in the 2019 report of World Economy Forum.
Numerous studies claim that one of the practices that improves student performance is
continuous assessment, since it encourages work on the subject and allows for better class
In today’s world, the cultivation of innovative and entrepreneurial talents has become a key factor affecting the country’s core competitiveness.
Codex is a web-based tool for the online edition of theoretical and practical teaching content, and for assessment of STEM subjects.
This paper describes the practical elements included in the first term of a second-year engineering module which was developed in alignment with CDIO standards.
This paper outlines a framework for interdisciplinary education through domain Sector Courses.
"C Language Programming" course is a professional basic course for most engineering majors, which is set up in the first year of undergraduate programmes.
This paper describes the decision of two higher education teachers from Finland and Germany not to leave internationalization solely to their students and the exchange that ensued, which took place
To effectively compete in building knowledge-based economies, Arab countries must invest in producing highly qualified and accredited engineers that can actively engage in the nation’s techincal ca
To effectively compete in building knowledge-based economies, Arab countries must invest in producing highly qualified and accredited engineers that can actively engage in the nation’s techincal ca
With resumption to normal life peering at the end of the tunnel, one cannot help but pause and ponder what the future of business education will look like in a post covid world.
To effectively compete in building knowledge-based economies, Arab countries must invest in producing highly qualified and accredited engineers that can actively engage in the nation’s techincal ca
Preparing students for real-life challenges is one of the crucial goals of engineering education.
Professional engineering practice requires both technical and transversal skills, which raises the need to create modern learning methods that develop both.
In order to inculcate self-directed learning in our students, flipped learning pedagogy can be
A curriculum can by time develop to a collection of good courses created, executed, and further developed by individual teachers alone.
In optimisation, as for learning, the synthesises of previous knowledge and current information
Defining the intended learning outcomes is a significant part of curriculum design.
Surgut State University joined the CDIO initiative in June 2017. Since then 1-5 CDIO standards have been implemented in Bachelor’s program on Chemistry.
Preparing engineering students for the future is becoming increasingly challenging as the pace in world and business environment escalates.
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.