Tag: Teaching at ETH course

“Less content might result in more learning.” Recent didactic course graduates reflect.

Twice a year the programme “Teaching at ETH: Committed and skilled” helps Assistant Professors to implement evidence-based teaching ideas in their classroom teaching. We asked the most recent group to reflect on the most important thing they learned.

Newly appointed Assistant Professors are quickly faced with a range of new tasks they are expected to master. Often without significant introduction, they are expected to develop budgets, plan and teach courses, manage financial acquisitions and hire and train staff in various skills – all the while conducting research and writing publications. The pressure is high as they keep their eye on the prize, namely tenure.

“Teaching at ETH: Committed and skilled” gives Assistant Professors the opportunity to invest some rare time in developing their teaching skills, which for many is a new area of expertise. During the programme’s classroom phase they are introduced to key pedagogical concepts and encouraged to put these into practice in their own teaching environments. They then meet in small groups to discuss their teaching goals and challenges, where they have a chance to give and receive feedback on their ideas and teaching practice.

Over time, not only do their teaching skills develop; many of their previously held beliefs about teaching and learning also change. This was reflected in the latest group’s answers when we asked: “What words of wisdom would you like to pass on to the next course participants?”

Assistenzprofessorin am Departement Gesundheitswissenschaften und Technologie

Prof. Dr Simone Schürle-Finke responded with this gem: 

“Less content might result in more learning. I feel it is one of the hardest aspects of teaching – and I’m still learning, since as passionate scientists we want to tell and teach the students everything. But instead we should shift focus to enable them and give them the tools to learn by themselves, to feel ownership of their knowledge, to critically think and be motivated for self-learning.” 

Interested? The next “Teaching at ETH” programme starts in January 2020. Read more.

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Flipped learning helps evaluation of health delivery systems

When it comes to medical device and health services development, it is essential to conduct a rigorous analysis and propose fitting solutions. These should cover the specific situations that impact the user and the country’s system within which they are delivered. This not only requires knowledge in medical device evaluation and regulation, but also “soft” skills such as empathy. In order to maximise opportunities for his students to develop these competences, Prof. Dr. Walter Karlen flipped his class so that his students could practice the skills he intends for them to learn. The course in question is called Appropriate Health System Design, an elective course open to all master students of ETH.

What triggered this approach?

Comprehensive analysis and human centred design are very important competences in Dr. Karlen’s field. Encouraged and informed by what he learned in the didactic course Teaching at ETH: Committed and skilled, he adjusted his course design to become almost entirely flipped.

What exactly did he do?

Students work in groups to work their way through the challenges he sets for them every week. Readings assigned as homework prepare students to solve problems together during class time, while he is there to advise and support them. Using the principles learned during the didactic course, he ensures that he consolidates the results of their group activities and are shared in an online book so all students can benefit. This also means he can provide feedback on their progress towards the learning objectives.

Students attempt to improve existing devices (such as a standard asthma inhaler or an x-ray machine) or systems within which these devices are delivered. They do this according to the unique needs of fictional personas they collectively developed in the first weeks of the course. Then, they develop prototypes and evaluate them for appropriateness. They present their results in a final graded poster presentation to their peers and a panel of experts.

What were the results?

The response of the students has been very positive. They complimented the interactive course design and rated the course highly in the most recent evaluation. “I believe the students are inspired more. They will certainly remember this course next time they see a medical device. Even though adjusting the course plan has taken time, the effort was well worth it.”

 

Read more about Flipped Classroom

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