Ga naar de startpagina
Zoek leermateriaalKennis & expertiseCommunities
NL|EN
Privacy policyDeelnemende instellingen
Creative CommonsCreative Commons AttributionSURFFunded by the European Union

Filteren

Zoekresultaten (13)

HBO/WO

MBO

2023

Visualisation learning trajectory information literacy

A visualisation of a learning trajectory for information literacy. Information Literacy - Attainment level: 1, 2, 3

Afbeelding

Leonie Kamminga

2023

Development and implementation of a skills learning trajectory tool

The goal of the tool is to help other teachers to develop and implement a learning trajectory related to a (WUR bachelor) skill. In this tool you will find an example of the development and implementation of a learning trajectory for intercultural competence within the bachelor program of environmental sciences. Clear steps to take and examples of how to develop a learning trajectory are given. Collaboration - Attainment level: 1,2,3 Diversity and Inclusivity - Attainment level: 1, 2, 3 Social Embeddedness - Attainment level: 1, 2, 3

Document

Marijke Veugen

1 april 2020

Visualizing a learning trajectory

This document can be used to visualize your BC learning trajectory consisting of several courses in your educational program. After visualization you can find some reflective questions and a sheet to identify the strengths and weaknesses of your trajectory thus far.4

Document

Judith Gulikers

14 april 2023

Learning by Doing

In a one-year Master, the thesis trajectory is a challenge to manage for both students and teachers. It is a process with many incremental steps, both of classroom instruction and through supervisor mentorship, but also a process that needs to be tailored to individual needs of a student within a diverse group. While in-class learning activities are essential to developing necessary research skills to successfully complete a thesis, an online space for students to interact with peers, tutors and supervisors about their research skill milestones could unite the many steps and collaborators in the thesis trajectory in a central, remotely accessible location. In Learning by Doing, we aimed to design an online thesis trajectory environment, focused on 1) helping students track their own milestones in their thesis trajectory throughout the year, while 2) enabling supervisors and tutors to collaboratively guide students in research design and execution, and 3) interjecting online teaching-learning activities at appropriate moments, even when students are away from the classroom. While we made progress towards these objectives, we found some blockages and complications – both technological and bureaucratic – made the single unifying online space impossible. The Handbooks available here – about a Model Design for a thesis trajectory and Lessons Learned in the process – are intended to advise other programmes with similar goals about potential challenges and priorities for this process.

Document

Lauren Wagner

14 december 2017

Investigation Anatomy Learning Resources - which are open?

Investigation of Anatomy Learning Resources - which are open? Instructions: Download the zip file and unzip it. It contains the spreadsheet with the data.

App

Auteur onbekend

12 september 2023

Who Nose? A workshop on smell and 21st Century Learning

Smell has long been part of education. Doctors for example would learn how to smell urine samples and diagnose based on the smell, sight and (yes) taste of the urine. A wine taster needs to learn how to tell the differences between types of wine and to describe the bouquet of the wine, and a perfume maker needs to train their ‘nose’ too. Histories of smell show the importance of odour in understanding issues of class, hygiene and sanitation. Smell has however been a more neglected sense in education and research more broadly, despite its strong links to emotion and memory. In these workshops, you will train your sense of smell and consider how sensing in a different way might help you to address the issues of your challenge owner and the challenge they pose. How might a sensitivity to smell help you address the challenge? How might you use smell to inform your investigation, and maybe even make it part of the intervention? How smell as a research tool and could inform investigation, specifically to think about how smell might be important: During the research phase (as a tool to take other people’s perspective, to come up with new questions for the Challenge Owner and other stakeholders involved); For analytical purposes to think through their challenges more conceptually; And also as a potential factor for the interventions that they will come up with further along their trajectory. Activities: Tutorial 1 Part I Introductions – in pairs, discuss a strong smell memory from “home” (whatever that means to you), and share this with the group Smell kit exercise – a commercial smell kit is passed around and we will describe the smells Anna will introduce some different research on smell, from interdisciplinary perspective, including her own research in medicine education as well as examples from other fields (e.g. marketing), as a way to lead discussion Part II We will then brainstorm what it might mean to make a smell kit relevant to your challenge owner and challenge. Each presents their challenge, while this student presents, the others jot down questions and smell impression on post-its and share afterwards. Encourage students to identify areas that they would appreciate feedback on. Then as a group they brainstorm together using the following questions as prompts: – What might attention to smell open up? – How might smell open up questions about the material things that they challenges are made of? – What kinds of smells would elicit some of these questions/solutions? – How might you go beyond discussion of how smell features in their projects to thinking critically about this together? – What are the histories of some of the smells (we can use tools in class such as the Odeuropa Smell Explorer to explore this: https://explorer.odeuropa.eu/) – How smell is relevant at different times in their project, or for different people? Between tutorials collect materials to bring to the next class to make a smell kit. These may be literal or representative connections to the challenge. Students are encouraged not only think about smell in a literal sense but how it connects to theory. Tutorial 2 – Making a smell kit* Part I We head out to the FASoS garden (weather permitting) and see if there are any more materials to collect. We walk in pairs, reflecting with each other on the materials we’ve brought to the session. We form as a group and share what we would put into our kits and why. Questions for each other. Anna will introduce some different interventions using smell, public health to museums, as a way to lead discussion on the possibilities of how smell might be used with their challenge owners. Part II Everyone assembles their kits. Make a small explanatory text accompanying the kit (form open to your creativity), explaining why the smells were chosen and how to use the kit. Group discussion on how the kit/smells may be brought into your group’s challenge. *students may also want to make a smell map instead, see https://sensorymaps.com/

Website

Anna Harris

2020

Molecular Neurobiology, 3rd year BSc Psychobiology, UvA

Here you can find the basic course information necessary for the open inquiry course Molecular Neuroscience at the UvA. Molecular Neurobiology is part of the Genetics and Molecular Cell Biology learning trajectory. It is a 3rd year elective in which students get a crash course of 4 weeks in research design, execution, analysis, and interpretation. Students are divided in research-groups of 10-12 students under supervision of a ‘Principal Investigator’, who is assigned to a specific table and helps the student throughout the course with their ideas, execution, and interpretation. These PI’s are usually PhD students that will assist the students in designing their own research plan and experiments. Each research group receives a research topic (either ALS of Parkinson’s disease) and a toolbox to design and perform experiments with (LabBuddy and ExperD). Students have 4 weeks to execute their ideas, write a research report, and present their results and conclusions to their peers. The overall learning goal of this course is that students become familiar with the difficulties of scientific research. They need to become aware of what kind of information a specific model system can give you and what the specific strengths and shortcomings of different approaches and experiments are.

Website

Forrest Bradbury

2025

Skills for Changemakers

Lessons learnt from 4 years implementing skills learning trajectories in BSc Programmes at the WUR

Document

Julia Postulka

23 april 2024

Navigating the Landscape of Blended Higher Education

In recent years, blended teaching formats have become increasingly important in higher education. Designing effective blended education is challenging and requires a profound knowledge of digital tools and technologies, as well as the didactical proficiency to deploy them effectively and efficiently within the learning environment. However, little is known about didactical design principles to support teachers in creating an effective blended design. This chapter reports on the combined results of two independently conducted extensive literature reviews that investigated (a) didactical strategies, methods, and techniques concerning online education in the existing empirical research on higher education, and (b) the effects of different blended teaching formats, compared to face-to-face education, on learning outcomes and/or psychosocial outcomes in higher education students. It was found that blended education can enhance student achievement and psychosocial well-being, yet that the instructional approach plays a crucial role. Combining the insights of both studies has subsequently led to a series of evidence-informed recommendations to design effective blended education with a view to the broad development of students. Readers will be provided with practical guidance on how to implement these design principles in educational practice.

WoWebsite

-

2023

Guideline Skills Learning trajectories

This guideline provides an overview of the 16 Coreskills that are defined to enhance skills education at the WUR in BSc programmes. It is a practical guide, outlining steps for implementation.

Document

Julia Postulka