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HBO/WO

MBO

October 16, 2024

Didactiek informatievaardigheden: best practices

Bevat best practices voor informatievaardigheidsonderwijs.

University, UASDocument

Kim Dibbets, Marie-Louise Goudeau, Ruud Dielen, Babet, Ingrid Busser

2019

MOOC Open data, what is it and how can I benefit? Best practices for open data in Croatia

The course provides an overview of all aspects of open data: technical and non-technical. It describes the management of open data, shows the best practices for working with open data in Croatia and beyond, and enables understanding of all phases of the open data life cycle. It is intended for (1) users of open data, (2) providers of open data and decision-makers, (3) students and researchers, and (4) the general public interested in learning something new. This MOOC is designed as a self-paced asynchronous course without time limits; through materials and various activities (lessons, video-clips, conversations with stakeholders from Croatia, quizzes and interactive tasks), the participants take part in accordance with their time possibilities. It takes 10 to 20 hours of work to complete the course, depending on the scope of the chosen topics: for users or data providers. Upon completion of the course, it is possible to download a corresponding certificate of completed units for users and/or data providers. Access to the course is free, with prior simple registration. The course is published under the open license Creative Commons CC BY 4.0 and - in the spirit of openness promoted in the course - it can be reused, changed and adapted to one's own needs.

Video

Bastiaan van Loenen

2020

Showcase of Existing Active Teaching Practices

This report presents showcases of active teaching and learning in spatial data infrastructure education in the SPIDER partner universities. It includes detailed descriptions of the practices that have been implemented, as well as the results of the evaluation of the practices from an active teaching-learning perspective.

Document

Bastiaan van Loenen, Frederika Welle Donker, Ali Mansourian

2020

Development of new active teaching practices in Spatial Data Infrastructure

This report provides a set of newly developed active teaching practices on new topics related to Open SDI. These practices apply the methodologies on active teaching and learning on Open SDI that were developed in the SPIDER project.

Document

Bastiaan van Loenen, Frederika Welle Donker

November 20, 2023

Hoe open is jouw leermateriaal? Best practices binnen Avans

Aan de hand van interviews worden best practices door Avans docenten gedeeld. Je hoort welke pluspunten open leermaterialen met zich meebrengen, welke platformen je kan gebruiken om leermaterialen open te publiceren en hoe Avans je hierbij kan ondersteunen. Hoe open is jouw leermateriaal al?

Video

Author unknown

June 16, 2023

Best Practices for Using AI When Writing Scientific Manuscripts

Hoe kun je Chat GPT inzetten bij het schrijven van een wetenschappelijk artikel?

University, UASDocument

Jillian M. Buriak e.a.

December 14, 2017

Best Practice: digitaal toetsen met Leerstation Zorg

Type: videobestand Duur: 1 min 15. Marcel van Brunschot van Stichting Leerstation Zorg over digitaal toetsen en het voordeel van samenwerken bij het opzetten van een itembank.

University, UASWebsite

Marcel van Brunschot

March 15, 2020

Best Open Anatomy Learning Resources

A selection of web sites that are useful for anatomy teaching that either have open licenses or have free read access. Depending on their license you can use materials from them, or you can refer students to them.

O. Paul Gobée

2023

An Immersive Approach to Teaching Open Science Principles and Practices to Research Students [april 2023]

Open science refers to making all aspects of research more accessible to society at all levels. As a movement, it often has different implications to researchers across different fields. What has been a standard practice in some fields for decades could now be considered as a significant shift in practice for others. The need to be aware of open science principles and practices has become apparent for many reasons, such as seminal findings not replicating, researchers not sharing data, and cases of academic fraud. Implications of these issues can be significant at individual and institutional levels. As such, there is a growing need for universities to integrate open science education into research education, with this occurring at programme and individual levels for research students. This presentation focuses on the pragmatics of open science education, with specific emphasis on how researchers and academics can introduce open science principles and practices to research students. It will relate to integrating open science learning outcomes into modules, courses and programmes, and to how research supervisors can plan to introduce open science to their own individual research students. Concerns relating to open science of research students will also be presented. A specific immersive case study will be described as an exemplar and potential adaptations will be discussed. Questions addressed: How and where can open science principles and practices be incorporated into a research project? “Open science” is a broad term, are some parts more or less important for students to learn about? Who can/should teach research students about open science? When is a good time for research students to be introduced to open science? Where is a good place to begin when introducing open science to research students? Can there be any negative implications for students to learn about open science? Can there be any negative implications for students to practice open science? How I can support research students in learning about open science principles and practices? Is there a “best practice” approach to teaching research students about open science? How can I support my students in learning about open science if I am not confident with this myself? Open science is often discussed in the context of quantitative research. How does open science relate to “qualitative researchers”?

Presentation

Jeff Buckley

December 14, 2017

Digitaal toetsen (of niet)

Type: Tekstbestand (clickable pdf). Deze tekst beschrijft kort de begrippen formatief en summatief toetsen. Er wordt een onderscheid gemaakt tussen het toetsen van kennis, inzicht en vaardigheden, waarbij kort wordt beschreven op welke wijze in deze gevallen digitaal getoetst kan worden. De auteur beschrijft de mogelijkheden van digitale toetsen, maar ook de nadelen ervan. Tot slot is er een scala aan links naar best practices gegeven.

University, UASDocument

Clemence ten Brink