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HBO/WO

MBO

September 10, 2026

Open3DModel - Spinal cord and surroundings section - English labels

3D model of a section of the spinal cord and its surroundings: the meninges, vertebra and the spinal nerves that exit the vertebral column. Individual structures can be hidden or shown, the model can be rotated, zoomed, panned. Version: Sept. 2026 The source model was created by the Open3D Project. Anatomical content: Alexander (A.) Bijnsdorp, MD, anatomist, Amsterdam University Medical Center, location VUmc, dept. Anatomy & Neurosciences, Netherlands (spinal cord) Ivar (I) Kommers, MD, neurosurgeon, Amsterdam University Medical Center, location VUmc, Netherlands (spinal cord) Prof. em. George J.R. Maat, MD, PhD, anatomist, forensic anthropologist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (bones and articulations) 3D modeller: Eungyeol Lee, BFA, MSI, medical artist, 3D modeller, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands Web model: Daniël Jansma, MSc, anatomist, e-learning developer, Leiden University Medical Center, Netherlands This model is a further elaboration of the 3D models by the BodyParts project, and the Z-Anatomy project. Free to use if you follow the CC BY SA license. All Open3Dmodels can be found at https://anatomytool.org/open3dmodel-learn.

Website

Open3D project, Eungyeol Lee, Alexander Bijnsdorp, Ivar Kommers, Prof. George J.R. Maat, Daniël Jansma

August 27, 2026

Hoe leer je studenten literatuur vinden?

Deze workshop is gericht op het professionaliseren van docenten die informatievaardigheden in hun onderwijs willen versterken. Na het volgen van deze workshop kan een deelnemer benoemen welke verschillende vaardigheden een student nodigt heeft in de zoektocht naar passende literatuur. Ook kan een deelnemer reflecteren op de rol van bibliotheek- en eigen cursussen binnen het aanleren van informatievaardigheden. Ten slotte kan een deelnemer concrete tips voor het vaardig maken van studenten toepassen in diens eigen cursus of curriculum.

Presentation

Universiteitsbibliotheek Utrecht

August 19, 2026

Game Development with Students

The project Game Development with Students introduces interested educators to an innovative teaching tool with practical insights from the international relations classroom. Game development with students is a specialized form of game-based and project-based learning. It incentivizes both student creativity and in-class student-teacher co-creation and enables a particularly participative and result-oriented approach to the subject matter. The method is thematically flexible enough to travel across different fields of study and is adaptable to different levels of complexity. To enable other educators to implement this innovative teaching tool, we develop instructional materials (an educators handbook as well as educational videos), providing both general information on the experiential, game-based learning theory undergirding the method as well as practical, hands-on tips and trick on how to implement it in different educational settings. In doing so, we address the important, interconnected educational challenges of the transferability and sustainability of teacher developed tools.

Document

Saskia Ruth-Lovell, Bertjan Verbeek, Jorn Weessies

August 1, 2026

Open3DAnatomy - 3D model Inguinal and Femoral Canal and Surrounding Regions - English labels

3D model of the Inguinal and Femoral Canal and widely surrounding Regions. To see the posterior view of the inguinal area, as seen during laparascopic inguinal hernia approach, in the menu, click the groups 'Posterior trunk part' and 'Posterior thigh part'. This will hide all structures in the back, en bloc. Surgically relevant structures that are present include: inferior epigastric artery to obturator artery connection (corona mortis), lacunar ligament (Gimbernath), iliopubic tract, inguinal triangle (Hesselbach's), iliohypogastric and ilioinguinal nerves, etc.. Overlays (green transparent) are used to show*** structures with specific names that are part of larger structures. For instance: lacunar ligament, reflected inguinal ligament, iliopubic tract, femoral sheath, femoral canal, femoral ring, deep and superficial inguinal rings, inguinal (Hesselbach's) triangle, conjoint tendon, medial and lateral crus of superficial inguinal ring. The source model was created by the AnatomyTOOL Open3D Model Project.* Anatomical content: O. Paul Gobée, MD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (muscles of abdomen and diaphragm) Prof. Marco C. DeRuiter, PhD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (pelvis) Jan (J.) Kooloos, PhD, anatomist em., Radboud University Nijmegen, dept. Anatomy, Netherlands (muscles of lower limb) Prof. em. Koos-Jaap (K.J.) van Zwieten, PhD, anatomist, Hasselt University, dept. of Anatomy, Belgium (nerves and blood vessels of lower limb review) Prof. dr. Evie (E.) Vereecke, PhD, anatomist, KU Leuven Campus Kulak, Dept of Development and Regeneration, Belgium (muscle review of lower limb) Prof. em. George J.R. Maat, MD, PhD, anatomist, forensic anthropologist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (bones and articulations) 3D modeller: Eungyeol Lee, BFA, MSI, medical artist, 3D modeller, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands Web model: Daniël Jansma, MSc, anatomist, e-learning developer, Leiden University Medical Center, Netherlands This model is a further elaboration of the 3D models by the BodyParts project, and the Z-Anatomy project.Free to use if you follow the CC BY SA license.

Printable object

Paul Gobée, Marco C de Ruiter, Jan Kooloos, Koos-Jaap van Zwieten, Evie Vereecke, George J.R. Maat

August 1, 2026

Introduction to data management as part of Open Science

Data management is part of the research cycle. It is crucial to think about it in the design phase of any experiment. This self-study module gives you hands on advice on what to do (and what NOT) with research data. It is not about (statistical) data analysis. This self-study module helps students get familiar with setting up their data management plan. As it’s an introduction to this topic, it is for students at beginner level. After completing this self-study module, you should be able to answer the following questions: What do I store? Where do I store? How can others understand what I stored? Why should I care?

Website

Susanne Kirchhoff

July 21, 2026

Introduction to Stochastic Hydrology

Hydrologic systems are both complex and extremely heterogeneous in time and space. As hydrological models are simplified versions of reality, their predictions are by definition subject to uncertainty. The field of stochastic hydrology focuses on quantifying this uncertainty along with prediction. This book aims to present an overview of the field of stochastic hydrology at an introductory level. A wide range of topics and methods will be treated, while each topic and method is only treated at a basic level: descriptive statistics; probability and random variables; hydrological statistics and extremes; random functions; time series analysis; geostatistics; forward stochastic modeling; and state prediction and Kalman filtering. The book can be used for a 10-15-week course at third-year undergraduate or first-year graduate level.

Document

Marc F.P. Bierkens

July 5, 2026

Open3DAnatomy - 3D model Inguinal Ligament and related structures - English labels

3D model of the Inguinal Ligament and the structures that are related to it. The inguinal ligament is a thickened part of the external abdominal oblique muscle aponeurosis. Several structures are closely related to it, such as the reflected (inguinal) ligament, the lacunar ligament (Gimbernath), and the medial and lateral crus of superficial inguinal ring. The iliopubic tract is a thickening of the fascia transversalis, that runs parallel to, and is the counterpart of, the inguinal ligament, recognized in laparascopic inguinal hernia surgery. Other ligamentous structures identified in this region are e.g. the pectineal ligament (Cooper's), and the iliopectineal arch. Overlays (green transparent) are used to show several of these structures, as they are specifically named parts of larger structures. This model contains a very small selection of the structures that are present in the model 'Open3DAnatomy - 3D model Inguinal and Femoral Canal and Surrounding Regions - English labels' The source model was created by the AnatomyTOOL Open3D Model Project. Anatomical content: O. Paul Gobée, MD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (inguinal and femoral canal, muscles of abdomen) Prof. Marco C. DeRuiter, PhD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (pelvis) Jan (J.) Kooloos, PhD, anatomist em., Radboud University Nijmegen, dept. Anatomy, Netherlands (muscles of lower limb) Prof. em. Koos-Jaap (K.J.) van Zwieten, PhD, anatomist, Hasselt University, dept. of Anatomy, Belgium (nerves and blood vessels of lower limb review) Prof. dr. Evie (E.) Vereecke, PhD, anatomist, KU Leuven Campus Kulak, Dept of Development and Regeneration, Belgium (muscle review of lower limb) Prof. em. George J.R. Maat, MD, PhD, anatomist, forensic anthropologist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (bones and articulations) 3D modeller: Eungyeol Lee, BFA, MSI, medical artist, 3D modeller, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands Web model: Daniël Jansma, MSc, anatomist, e-learning developer, Leiden University Medical Center, Netherlands This model is a further elaboration of the 3D models by the BodyParts project, and the Z-Anatomy project. Free to use if you follow the CC BY SA license.

Website

O. Paul Gobée, Eungyeol Lee, Daniël Jansma, BodyParts Project, Z-Anatomy project

July 5, 2026

Open3DAnatomy - 3D model Inguinal and Femoral Canal and Structures in Inguinal and Femoral Hernia Surgery - English labels

3D model of the Inguinal and Femoral Canal and Structures relevant for Inguinal and Femoral Hernia Surgery. This model focuses on the structures relevant to understand the inguinal canal and femoral canal, including the structures relevant in surgery for inguinal and femoral hernia's. Surgically relevant structures that are present include: inferior epigastric artery to obturator artery connection (corona mortis), lacunar ligament (Gimbernath), iliopubic tract, inguinal triangle (Hesselbach's), iliohypogastric and ilioinguinal nerves, etc.. Overlays (green transparent) are used to show structures with specific names that are part of larger structures. For instance: lacunar ligament, reflected inguinal ligament, iliopubic tract, femoral sheath, femoral canal, femoral ring, deep and superficial inguinal rings, inguinal (Hesselbach's) triangle, conjoint tendon, medial and lateral crus of superficial inguinal ring. Most of these overlays are initially hidden, but they can be shown via the menu. This model contains a selection of the structures that are present in the model 'Open3DAnatomy - 3D model Inguinal and Femoral Canal and Surrounding Regions - English labels' The source model was created by the AnatomyTOOL Open3D Model Project. Anatomical content: O. Paul Gobée, MD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (inguinal and femoral canal, muscles of abdomen) Prof. Marco C. DeRuiter, PhD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (pelvis) Jan (J.) Kooloos, PhD, anatomist em., Radboud University Nijmegen, dept. Anatomy, Netherlands (muscles of lower limb) Prof. em. Koos-Jaap (K.J.) van Zwieten, PhD, anatomist, Hasselt University, dept. of Anatomy, Belgium (nerves and blood vessels of lower limb review) Prof. dr. Evie (E.) Vereecke, PhD, anatomist, KU Leuven Campus Kulak, Dept of Development and Regeneration, Belgium (muscle review of lower limb) Prof. em. George J.R. Maat, MD, PhD, anatomist, forensic anthropologist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (bones and articulations) 3D modeller: Eungyeol Lee, BFA, MSI, medical artist, 3D modeller, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands Web model: Daniël Jansma, MSc, anatomist, e-learning developer, Leiden University Medical Center, Netherlands This model is a further elaboration of the 3D models by the BodyParts project, and the Z-Anatomy project. Free to use if you follow the CC BY SA license.

Website

O. Paul Gobée, Eungyeol Lee, Daniël Jansma, BodyParts Project, Z-Anatomy project

July 4, 2026

Open3DModel - Brachial plexus - English labels

3D model of the brachial plexus. Individual structures can be hidden or shown, the model can be rotated, zoomed, panned. Version: July 2025 The source model was created by the Open3D Project. Anatomical content: Denise (D.M.J.) Arnold, MD, PhD student anatomy (2025), University of Toronto, Canada (blood vessels and nerves) Prof. em. George J.R. Maat, MD, PhD, anatomist, forensic anthropologist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (brachial plexus nerves, bones and articulations) Jan (J.) Kooloos, PhD, anatomist em., Radboud University Nijmegen, dept. Anatomy, Netherlands prof. Marco (M.C.) DeRuiter, PhD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands 3D modeller: Eungyeol Lee, BFA, MSI, medical artist, 3D modeller, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands Web model: Daniël Jansma, MSc, anatomist, e-learning developer, Leiden University Medical Center, Netherlands The Open3DModel was based on the predecessors: BodyParts and Z-Anatomy. All Open3Dmodels can be found at https://anatomytool.org/open3dmodel-learn.

Website

Open3D project, Eungyeol Lee, Denise M.J. Arnold, Prof. George J.R. Maat, Jan Kooloos, Prof Marco C. DeRuiter

July 4, 2026

Open3DModel - Muscle attachments - English labels

3D model showing the muscle attachments. Individual structures can be hidden or shown, the model can be rotated, zoomed, panned. Version: March 2026 The source model was created by the Open3D Project. Anatomical content: Jan (J.) Kooloos, PhD, anatomist em., Radboud University Nijmegen, dept. Anatomy, Netherlands (muscles of upper and lower limb) Prof. Marco C. DeRuiter, PhD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (muscles of upper limb, pelvis and lower limb) Andreas Herrler, apl. Prof., MSc (MHPE), PhD, anatomist, University Maastricht, dept. Anatomy & Embryology, Netherlands (muscles of the back and of thorax) O. Paul Gobée, MD, anatomist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (muscles of abdomen and diaphragm) Prof. dr. Evie (E.) Vereecke, PhD, anatomist, KU Leuven Campus Kulak, Dept of Development and Regeneration, Belgium (muscle of lower limb review) Prof. em. George J.R. Maat, MD, PhD, anatomist, forensic anthropologist, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands (bones and articulations) 3D modeller: Eungyeol Lee, BFA, MSI, medical artist, 3D modeller, Leiden University Medical Center, dept. Anatomy & Embryology, Netherlands Web model: Daniël Jansma, MSc, anatomist, e-learning developer, Leiden University Medical Center, Netherlands Contributions from: Emily (E.C.A.) Lowes, MSc, medical artist, 3D modeller, UK (bones of lower limb) This model is a further elaboration of the 3D models by the BodyParts project, and the Z-Anatomy project. Free to use if you follow the CC BY SA license. All Open3Dmodels can be found at https://anatomytool.org/open3dmodel-learn.

Website

Open3D project, Eungyeol Lee, Jan Kooloos, Prof. Marco C. DeRuiter, Andreas Herrler, O. Paul Gobée, Prof. dr. Evie Vereecke, Prof. George J.R. Maat, Daniël Jansma