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g.MA.PF.104.20HS (Swiss Biodesign - Inventing Next Generation Health Technology) 
Modul: Swiss Biodesign - Inventing Next Generation Health Technology
Diese Information wurde generiert am: 21.11.2024
Nr.
g.MA.PF.104.20HS
Bezeichnung
Swiss Biodesign - Inventing Next Generation Health Technology
Veranstalter
GFB Master-Studiengang Pflege
Kategorie
Lehrveranstaltung
Leitung
Nicole Zigan
Teilnehmerzahl
max. 100
Credits
10
Unterrichtssprache
Deutsch
Status
Inaktiv

Beschreibung

Version: 2.0 gültig ab 01.02.2023
  
   ZHAW 
 
Modulkategorie / Category

 

 

Pflicht / Compulsory

Wahlpflicht / Elective compulsory

Wahl / Optional

 

 

x

Durchführende Hochschule / University Zürcher Hochschule für Angewandte Wissenschaften ZHAW
Gültigkeit RPO / Validity of study regulation 29.01.2008
Gültigkeit Anhang / Validity amendment Pflege V 4.0.1
Semester / Term 2, 4, 6
Voraussetzung / pre-requirements Number of places is limited to 24 (due to clinical immersion at the hospital). Admission based on qualification: 1st round of applications by 1 Dec 2022 (motivation & CV), waiting list open until 31 Jan 2023.
Unterrichtssprache / Teaching language English
Arbeitsaufwand / Workload (h) Gesamtarbeitszeit (h)
Total workload (h)

300

Kontaktstudium (h)
Course of study with compulsory attendance (h) (=KS)

Begleitetes Selbststudium (h) / Guided self-studies (h) (=bSS)

Autonomes Selbststudium (h) / Autonomous self-study (h) (=aSS)

60

120

120

Grobziele / General aims The goal of this course is to learn the “Biodesign” approach developed at Stanford University to foster breakthrough innovation in medical technology and digital health.
Abschlusskompetenzen / Learning outcomes Understand and apply a repeatable process to identify a significant unmet health need and major market opportunity.
Lerninhalte / Learning contents Introduction: This 10 ECTS- and Triple-E Award winning program is modelled on the pioneering Stanford Biodesign training to identify major market opportunities and invent high potential digital health solutions (e.g. patient apps or DTx) or medical devices (e.g. implants). It provides hands-on experience in shadowing patients and physicians, develop a compelling product idea and seed-stage business plan. Highly motivated students will benefit from interdisciplinary project groups with engineering/IT, healthcare and business student members and extensive coaching by industry specialists.
Content overview: Biodesign process, clinical immersion in hospital, hands-on business strategy, design thinking, regulatory, reimbursement, intellectual property, R&D and venture financing workshops. Information on the detailed programme will be provided to the participants in an Info-Videocall 6-8 weeks before course starts.
Mandatory literature for module days: Biodesign – The Process of Innovating Medical Technologies, Paul Yock, Stefanos Zenios, Josh Makower, Todd Brinton, Uday Kumar, Cambridge Academic (2015). ISBN 978-1-107-08735-4
Stage 1 Needs Finding
1.1 Biodesign process and strategic focus
1.2 Observation and problem identification
1.3 Disease fundamentals
1.4 Clinical immersion
1.5 Need statement development
Stage 2 Needs Screening
2.1 Treatment options 2.2 Market gap and stakeholder analysis
2.3 Needs filtering
2.4 Intellectual property basics
Stage 3 Concept Generation with Design thinking tools
3.1 Ideation and brainstorming
3.2 Prototyping, concept screening, Minimum Viable Product (MVP)
Stage 4 Product Concept and Business Strategy
4.2 Regulatory and clinical basics
4.3 Reimbursement basics
4.4 Research and development strategy for hard- and software
4.5 Business and fund-raising strategy
Lehrformen / Teaching methods Contact lessons, workshops, group work, aSS, bSS.

Self-study (pre-readings, total 30 hours) + self-study determined by interview on individual needs for preparation (e.g., English writing and speaking, additional readings related to marketing, and business concepts & strategies, total 90 hours) during spring semester.

12 full-day workshops (teaching, in class activities and group work progress meetings) with independent self-study immersion and small group work periods (total 180 hours) to conduct interviews and prepare a minimum viable product and business plan (every course day there will be group work sessions).
Leistungsnachweise / Learning assessments

Anzahl / Number

Art / Form

Gewichtung und Bewertung /
Weighting and rating

3

1) Test on pre-readings (multiple choice, 30 min, 25% of grade)

2) Group Presentation 1 (written & oral, 15 min, 25% of grade) on needs & market selection

3) Group Presentation 2 (written & oral, 20 min, 50% of grade) on seed-stage business plan incl. (MVP) product concept in-front of Industry Expert Jury

1) 25%
2) 25%
3) 50%
Bemerkungen / Notes Start Date: 10 July 2023
End Date: 25 July 2023

Hinweis

Kurs: Swiss Biodesign - Inventing Next Generation Health Technology
Nr.
g.MA.PF.104.20HS.V
Bezeichnung
Swiss Biodesign - Inventing Next Generation Health Technology

Hinweis

  • Für das Stichdatum 21.11.2024 ist kein Modulbeschreibungstext im System verfügbar.