Browse Public Designs
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Cardiac arrest simulation scenario
Description:
Pedagogical development project: Cardiac arrest simulation scenario
Intended Learning Outcomes:
- Course catalogue: Identify potentially acute diseases requiring immediate treatment and explain the diagnosis and treatment, focusing on cardiac arrest.
- Course catalogue: Describe the need for and scope of correct first aid, including the ABCDE approach and cardiac arrest algorithm, as well as diagnostics and treatment in both pre-hospital and hospita
- Case specific: Demonstrate non-technical skills, including leadership, delegation of tasks, closed-loop communication, and maintaining an effective shared mental model during team resuscitation.
- Case specific: Perform effective basic life support
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Use of AI chatbots in learning programming
Description:
Intended Learning Outcomes:
- Develop foundational programming skills without reliance on AI chatbots.
- Learn to effectively use AI chatbots as a supplementary tool rather than a crutch.
- Reflect on the impact of AI chatbot use on learning and problem-solving skills.
- Gain the ability to diagnose and troubleshoot programming issues independently.
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Being a body
Description:
The course objective is to introduce the students to the ways anthropological notions and debates can contribute to understanding current issues in the contemporary world e.g., migration issues, climate change, social inequalities etc. The course is related to the other 1st semester BA course, “Disciplinary history and core concepts in Anthropology”, by exemplifying, how such notions and developments in anthropological scholarship can be used to put contemporary issues into perspective.
Intended Learning Outcomes:
- Demonstrate understanding and overview of how death and dying have been treated anthropologically.
- Assess the relevance of anthropological concepts and perspectives when understanding of death and dying as a current issue.
- Identify and assess the usefulness of subjective experience in relation to the anthropology of death and dying.
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TEL and JiTT
Description:
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Redesigning Tooling Lab Sessions for Physical Computing
Description:
The redesign of the machinery tooling segment of the course "Physical Computing", taught to 3rd semester IT Product Development students at Department of Computer Science. The course is also available as an elective for Computer Science students, and select students from the Faculty of Technical Sciences. The course is introductory for most of the equipment and machinery used, and therefore the material, instruction and tutoring must assume that the students are completely new in these topics and around the equipment.
The lesson set used the be the following:1. 3D Models use external Autodesk tutorial videos and follows up with an outdated lecture.
2. 3D Printing builds on 3D models lecture and includes direct tips to machinery.
3. PCB tooling in software and at machinery - normally just a lecture and then practical work with instructions.The idea is to redesign the lesson sets to the following (and in order):
1. Flipped Classroom format and preparation expectations will be aligned at the end of the last lecture before the technical teaching sessions.
2. 3D Models becomes flipped classroom based on Autodesk videos and follows-up with matrix groups where the students look at designs and talk biggest challenges, tips and “aha moments!”.
3. 3D Printing becomes flipped classroom, and in-class teaching becomes a live-demo of using the PRUSA Slic3r program with files that the students uploaded prior.
4. PCB tooling becomes flipped classroom - an array of short videos that introduce Eagle, Importing Components, Nodes and Settings, Routing and Auto-router and Integration with Fusion. In-class teaching becomes machinery tooling with individual groups; Setting up the machine, making the file ready, running and how to know if it’s going well, post-processing.
Intended Learning Outcomes:
- Integrate electronic circuits with 3D prints
- Updated: Construct more advanced interactive devices or systems based on standalone microcontrollers and custom printed circuit boards.
- Updated: Utilize 3D printers to print CAD models made in Fusion 360 or similarly complex CAD software
- ... construct interactive artifacts and/or environments from scratch
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