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Global Dimension in Engineering Education (GDEE). This project is funded by The European Union. Global Dimension in Engineering Education. Global Dimension in Engineering Education. Outline of session. I ntroduction to GDEE Goals and expected r esults The consortium of partners
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Global Dimension in Engineering Education(GDEE) This project is funded by The European Union
Global Dimension in Engineering Education Global Dimension in Engineering Education Outline of session • Introductionto GDEE • Goals and expected results • The consortium of partners • GDEE outputs • Training courses and materials • Case studies • European Awards for best practice • What happens next
Global Dimension in Engineering Education GDEE Goals • GOAL • To increase the awareness, critical understanding, and attitudinal values of students in technical universities related to Global Dimension issues and their relationship with technology • Specific Objectives • To improve the competences of academic staff in order to introduce GD as cross-cutting issue in the curricula of technical universities • To create a network of academics for promoting the integration of SHD into technology studies • To facilitate the connection between theoretical knowledge (lecturers and students from universities) with practice (through NGOs)
Global Dimension in Engineering Education The Consortium • Five universities from Spain, Italy and UK ... • ... Together with four NGOs
Global Dimension in Engineering Education Training Courses and Materials • A. The global engineer • Course 1 Making the case for a critical global engineer • Course 2 Key elements for addressing the GD of engineering • Course 3 The Global Engineer in Sustainable Human Development • B. Supervising BS/MS thesis with fieldwork • Course 4 Supervising engineering students • Course 5 Knowing the context and partners • Course 6 Knowing International Cooperation • C. Integrating GDE into teaching and research • Course 7 Integrating GDE into Academia • Course 8 Integrating GDE into Teaching: Theory and Practice • Course 9 Integrating GDE into Research
Global Dimension in Engineering Education Training materials and teaching resources • The training materials are an Open Educational Resource (OER). • Downloadable in as a pdf, html or e-pub file for tablet readers • Modular design, each session includes a chapter, activity and quiz • Provided there is attribution to the source, users can adapt, add to, revise and republish the text and different versions
Global Dimension in Engineering Education Training materials and teaching resources • Navigating the website
Global Dimension in Engineering Education Case Studies • The teaching materials • Ready-to-use case studies (context description + classroom exercises) • Written/Designed by academics in collaboration with NGOs
Global Dimension in Engineering Education Case Studies • The teaching materials • Solar Water Pumping – Kenya –Author: Alistair Cook: MBA at the University of Colombia • UASB anaerobic technology for wastewater treatment in the city of Mahajanga, Madagascar – TCIC Author Priti Parikh and Andrew Lamb of University College London • Development of a MILP model to design wind-photovoltaic stand-alone electrification projects for isolated communities in developing countries Dr. Bruno Domenech, UniversitatPolitècnica de Catalunya (UPC) • Evaporative Cooling for Low-cost Food Preservation Author Priti Parikh and Andrew Lamb of University College London • Improved Cookstoves Assessment Author Mike Clifford of The University of Newcastle
Global Dimension in Engineering Education Case studies • Navigating the website
Global Dimension in Engineering Education EuropeanAwardsforbestpractice
Global Dimension in Engineering Education EuropeanAwardsforbestpractice • Submissions – outlinehow sustainable human development has been integrated into the applicant's teaching. Works will be of a theoretical or applied nature and can be, but not limited to, one of the following types: • Adapting development education projects for technology or engineering studies • Innovative methods for integrated SHD into the curriculum • Producing materials for the integration of SHD available to the Academic Community • Innovative methods for the support and supervision of a PhD Thesis, Master Thesis, Bachelor Thesis, or equivalent • Timetable • Deadline for submissions: 15th October 2014 • Decision of the academic committee: 17th December 2014 • Awards Ceremony: January 2015, Barcelona (Final date tbc)
Global Dimension in Engineering Education Any questions? http://gdee.eu