W.F. van Valkenburg
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11 records found
1
De lerende als rode draad
Weten wat de (werkende) student nodig heeft
Het permanent najagen van kennis en vaardigheden voor onze persoonlijke en professionele ontwikkeling zal ons steeds meer veranderen in levenslang lerenden. Maar wat houdt 'een leven lang ontwikkelen' precies in, en welke rol kunnen universiteiten daarin spelen?
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Het permanent najagen van kennis en vaardigheden voor onze persoonlijke en professionele ontwikkeling zal ons steeds meer veranderen in levenslang lerenden. Maar wat houdt 'een leven lang ontwikkelen' precies in, en welke rol kunnen universiteiten daarin spelen?
Development of a maturity model for blended education
A delphi study
Journal article
(2021)
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Katie Goeman, Wiebe Dijkstra, Stephan Poelmans, Pavani Vemuri, Willem Van Valkenburg
In order to embed blended learning environments in a strategic and sustainable manner, a multi-actor, multidimensional approach is necessary. This paper reports the results of a 3-round Delphi study involving 28 experts which focuses on the refinement and validation of a layered maturity model that assesses key aspects of blended practices in higher education. The study examines the wording of the proposed assumptions, dimensions and indicators, whether they bear validity and if there are others that are not accounted for. We present the findings of each round, the confirmed maturity model and a series of recommendations for its future usage. As such, it is helpful for lecturers, program coordinators, support services or institutional leaders to decide upon follow-up actions and to achieve up-scaled blended programs and courses in higher education institutions.
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In order to embed blended learning environments in a strategic and sustainable manner, a multi-actor, multidimensional approach is necessary. This paper reports the results of a 3-round Delphi study involving 28 experts which focuses on the refinement and validation of a layered maturity model that assesses key aspects of blended practices in higher education. The study examines the wording of the proposed assumptions, dimensions and indicators, whether they bear validity and if there are others that are not accounted for. We present the findings of each round, the confirmed maturity model and a series of recommendations for its future usage. As such, it is helpful for lecturers, program coordinators, support services or institutional leaders to decide upon follow-up actions and to achieve up-scaled blended programs and courses in higher education institutions.
Teaching Aerospace Structures and Materials to the World
Analysis of the edX MOOC Introduction to Aerospace Structures and Materials
Conference paper
(2020)
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Gillian Saunders, Calvin Rans, Julie Teuwen, Jos Sinke, Rene Alderliesten, Willem van Valkenburg
Although aerospace traditionally has always had a multidisciplinary approach to engineering and design, the increasing complexity of aircraft and spacecraft and the rapid digitization within the aerospace industry has led to a large number of related engineering and scientific disciplines such as electrical engineers, computer scientist to work much more directly within the aerospace domain than before. Next to that there is a shortage of highly trained engineers worldwide to meet demand. As a result, there is a clear need to provide basic knowledge to non-aerospace engineers working in the field and to motivate and attract more people to engineering and aerospace in particular. This paper details how the creation of a Massive Open Online Course (MOOC) at an introductory level in Aerospace Structures and Materials provides an efficient and fit-for-purpose tool to achieve both aims. The paper will discuss the course design, the course set up, the course evaluation and how the course fits within the online learning philosophy of Delft University of Technology. It will use learning analytics to analyze our learners and their needs.
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Although aerospace traditionally has always had a multidisciplinary approach to engineering and design, the increasing complexity of aircraft and spacecraft and the rapid digitization within the aerospace industry has led to a large number of related engineering and scientific disciplines such as electrical engineers, computer scientist to work much more directly within the aerospace domain than before. Next to that there is a shortage of highly trained engineers worldwide to meet demand. As a result, there is a clear need to provide basic knowledge to non-aerospace engineers working in the field and to motivate and attract more people to engineering and aerospace in particular. This paper details how the creation of a Massive Open Online Course (MOOC) at an introductory level in Aerospace Structures and Materials provides an efficient and fit-for-purpose tool to achieve both aims. The paper will discuss the course design, the course set up, the course evaluation and how the course fits within the online learning philosophy of Delft University of Technology. It will use learning analytics to analyze our learners and their needs.
In 2012 many universities started to publish Massive Open Online Courses (MOOCs) on Coursera and edX. According to many experts this would revolutionize education. Seven years later the hype of MOOCs is over and many are disappointed. According to Amara's Law we tend to overestimated the impact of a new technology in the short run, but we underestimate it in the long run. In this paper I will show some of the long-run impact on Delft University of Technology.
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In 2012 many universities started to publish Massive Open Online Courses (MOOCs) on Coursera and edX. According to many experts this would revolutionize education. Seven years later the hype of MOOCs is over and many are disappointed. According to Amara's Law we tend to overestimated the impact of a new technology in the short run, but we underestimate it in the long run. In this paper I will show some of the long-run impact on Delft University of Technology.
Conference paper
(2017)
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Pedro Barbosa de Almeida Cabral, Nelson Ribeiro Jorge, Willem van Valkenburg
In the MOOC world new concepts hatch every month, trying to find the Holy Grail of online learning. Last year edX adopted the new MIT concept of a MicroMasters credential: a series of graduate level courses offered by top universities to advance their career. The credential is credit-eligible and can accelerate a Master’s Degree if the learner is admitted.
Delft University of Technology (TU Delft) decided to join this new development after an extensive elaboration on TU Delft’s online course design, educational and assessment policies, involvement of stakeholders inside and outside the organization and the underlying business model.
The aim of this paper is to describe the lessons learnt in this process (adoption, development and running of the MicroMaster), its implications on TU Delft’s ambitions in open and online learning and the effect on campus programme admission and enrolment. This paper will focus on the Solar Energy Engineering MicroMasters, a programme of four MOOCs and a capstone project. Learners following the whole
programme and successfully finish their exam receive a MicroMasters credential. Learners who apply to the Master of Science program Sustainable Energy Technology (SET) or the Master of Science program Electrical Engineering (track: Electrical Power Engineering) holding this credential, can send a formal ECTS waiver request to get accepted for part of the on campus Master Programme at TU Delft.
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In the MOOC world new concepts hatch every month, trying to find the Holy Grail of online learning. Last year edX adopted the new MIT concept of a MicroMasters credential: a series of graduate level courses offered by top universities to advance their career. The credential is credit-eligible and can accelerate a Master’s Degree if the learner is admitted.
Delft University of Technology (TU Delft) decided to join this new development after an extensive elaboration on TU Delft’s online course design, educational and assessment policies, involvement of stakeholders inside and outside the organization and the underlying business model.
The aim of this paper is to describe the lessons learnt in this process (adoption, development and running of the MicroMaster), its implications on TU Delft’s ambitions in open and online learning and the effect on campus programme admission and enrolment. This paper will focus on the Solar Energy Engineering MicroMasters, a programme of four MOOCs and a capstone project. Learners following the whole
programme and successfully finish their exam receive a MicroMasters credential. Learners who apply to the Master of Science program Sustainable Energy Technology (SET) or the Master of Science program Electrical Engineering (track: Electrical Power Engineering) holding this credential, can send a formal ECTS waiver request to get accepted for part of the on campus Master Programme at TU Delft.
In 2013 Delft University of Technology (TU Delft) started to offer Massive Open Online Courses (MOOCs) on the EdX platform. One of the main principles in the MOOC development process was to publish all educational resources under an open license (Creative Commons License) (Ouwehand, 2015). This aligned with TU Delft’s Open Access Policy. Another important starting point in the MOOC development process was the aim to improve campus education by integrating MOOC content in those courses.
The impact of MOOCs concerns not only the world outside the university, but more importantly also within the university. Especially for a traditional brick-and-mortar research-based university, like TU Delft, this is a big gain: education has become more important. In the past three years it has become clear that developing a MOOC has led lecturers to re-think their approach towards teaching and to integrate MOOC materials in campus education, which has impact on the way they teach on campus. MOOCs are used on campus in different ways, from a small addition to an existing course to a full integration into a completely redesigned campus course. Moreover, some teachers became conscious of the importance of educational resources under CC License and started to use material from other universities. One of the faculties created a course which uses MOOC materials to help the students to prepare for a master program. This paper describes the
way in which MOOCs have been used in campus education and the impact this has had on teaching and learning. ...
The impact of MOOCs concerns not only the world outside the university, but more importantly also within the university. Especially for a traditional brick-and-mortar research-based university, like TU Delft, this is a big gain: education has become more important. In the past three years it has become clear that developing a MOOC has led lecturers to re-think their approach towards teaching and to integrate MOOC materials in campus education, which has impact on the way they teach on campus. MOOCs are used on campus in different ways, from a small addition to an existing course to a full integration into a completely redesigned campus course. Moreover, some teachers became conscious of the importance of educational resources under CC License and started to use material from other universities. One of the faculties created a course which uses MOOC materials to help the students to prepare for a master program. This paper describes the
way in which MOOCs have been used in campus education and the impact this has had on teaching and learning. ...
In 2013 Delft University of Technology (TU Delft) started to offer Massive Open Online Courses (MOOCs) on the EdX platform. One of the main principles in the MOOC development process was to publish all educational resources under an open license (Creative Commons License) (Ouwehand, 2015). This aligned with TU Delft’s Open Access Policy. Another important starting point in the MOOC development process was the aim to improve campus education by integrating MOOC content in those courses.
The impact of MOOCs concerns not only the world outside the university, but more importantly also within the university. Especially for a traditional brick-and-mortar research-based university, like TU Delft, this is a big gain: education has become more important. In the past three years it has become clear that developing a MOOC has led lecturers to re-think their approach towards teaching and to integrate MOOC materials in campus education, which has impact on the way they teach on campus. MOOCs are used on campus in different ways, from a small addition to an existing course to a full integration into a completely redesigned campus course. Moreover, some teachers became conscious of the importance of educational resources under CC License and started to use material from other universities. One of the faculties created a course which uses MOOC materials to help the students to prepare for a master program. This paper describes the
way in which MOOCs have been used in campus education and the impact this has had on teaching and learning.
The impact of MOOCs concerns not only the world outside the university, but more importantly also within the university. Especially for a traditional brick-and-mortar research-based university, like TU Delft, this is a big gain: education has become more important. In the past three years it has become clear that developing a MOOC has led lecturers to re-think their approach towards teaching and to integrate MOOC materials in campus education, which has impact on the way they teach on campus. MOOCs are used on campus in different ways, from a small addition to an existing course to a full integration into a completely redesigned campus course. Moreover, some teachers became conscious of the importance of educational resources under CC License and started to use material from other universities. One of the faculties created a course which uses MOOC materials to help the students to prepare for a master program. This paper describes the
way in which MOOCs have been used in campus education and the impact this has had on teaching and learning.
Last year, when we presented the OLE at the 2015 EDEN Conference in Barcelona, we were still at an early stage of its development, collecting fundamental background to support it and feedback from online learning experts. Although we only had a collection of ideas translated into 8 principles, it was clear that the model needed to be flexible in order to accommodate many educational scenarios that coexist among TU Delft’s Faculties, but with a clear and useful purpose to help improve the quality of our online education (Jorge, Dopper & van Valkenburg, 2015). This paper describes how the OLE is applied in practice.The main goal of the OLE is to improve the quality of our online education by setting course design and development principles to support course teams. At the same time, the OLE can be used as a tool to promote reflection before the course starts to set expectations, and in the end to evaluate and plan improvements for the next run. In the next sections we’ll describe the OLE in both ways – as course design principles (guidelines) and as a tool (the radar graph).
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Last year, when we presented the OLE at the 2015 EDEN Conference in Barcelona, we were still at an early stage of its development, collecting fundamental background to support it and feedback from online learning experts. Although we only had a collection of ideas translated into 8 principles, it was clear that the model needed to be flexible in order to accommodate many educational scenarios that coexist among TU Delft’s Faculties, but with a clear and useful purpose to help improve the quality of our online education (Jorge, Dopper & van Valkenburg, 2015). This paper describes how the OLE is applied in practice.The main goal of the OLE is to improve the quality of our online education by setting course design and development principles to support course teams. At the same time, the OLE can be used as a tool to promote reflection before the course starts to set expectations, and in the end to evaluate and plan improvements for the next run. In the next sections we’ll describe the OLE in both ways – as course design principles (guidelines) and as a tool (the radar graph).
In early 2014, the Delft University of Technology (TU Delft) started an innovation program with the aim to respond even more effectively to recent developments in open and online education. Drawing on the fields of Distance Education research and the university’s vision of the “engineer of the future”, TU Delft’s Extension School created a unified pedagogical model – the Online Learning Experience (OLE) – contributing to greater consistency in the development of online courses.
...
In early 2014, the Delft University of Technology (TU Delft) started an innovation program with the aim to respond even more effectively to recent developments in open and online education. Drawing on the fields of Distance Education research and the university’s vision of the “engineer of the future”, TU Delft’s Extension School created a unified pedagogical model – the Online Learning Experience (OLE) – contributing to greater consistency in the development of online courses.
OpenCourseWare in the European Higher Education Context
How to make use of its full potential for virtual mobility
Final report of EU-funded project on OpenCourseWare in Europe. The focus of the project was the creation of preconditions for a strong European OCW framework. A stronger framework would also mean closer cooperation between European institutes, which could result in mutual use of materials and even joint degrees. In our view, a better functioning OCW-system would also enhance quality and increase the usage of online courses and therefore facilitate virtual mobility. While an objective in itself, it could also result in a decline of obstacles to cooperation between European HEI, and therefore an increase in real student mobility. An improved European OCW network would also improve conditions for Lifelong Learners, who are an important user group of OCW and OER.
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Final report of EU-funded project on OpenCourseWare in Europe. The focus of the project was the creation of preconditions for a strong European OCW framework. A stronger framework would also mean closer cooperation between European institutes, which could result in mutual use of materials and even joint degrees. In our view, a better functioning OCW-system would also enhance quality and increase the usage of online courses and therefore facilitate virtual mobility. While an objective in itself, it could also result in a decline of obstacles to cooperation between European HEI, and therefore an increase in real student mobility. An improved European OCW network would also improve conditions for Lifelong Learners, who are an important user group of OCW and OER.
This article looks at massive open online courses (MOOCs) and the opportunities that they offer for higher education in the Netherlands. We look at what a MOOC actually is, the context of “open education”, and the discussion of the possibly disruptive impact of MOOCs on higher education.
...
This article looks at massive open online courses (MOOCs) and the opportunities that they offer for higher education in the Netherlands. We look at what a MOOC actually is, the context of “open education”, and the discussion of the possibly disruptive impact of MOOCs on higher education.