Kursöversikt
- KurskodFPPU035
- ECTS-poäng7,5
- InstitutionINDUSTRI- OCH MATERIALVETENSKAP
- ForskarskolaProdukt- och produktionsutveckling
- Startar2014-09-24
- Slutar2014-12-04
- SpråkEngelska
- AnmälanKontakta kursansvarig
Kursansvarig
Om kursen
Overall goal
To understand the objectives behind platform based development; how such objectives can be realized in industrial settings and to learn how new methods and tools can be used for this purpose.
Overall contents
Scale benefits versus customization: platform strategies in industrial settings.
Object oriented platform systems engineering: the configurable component (CC) concept.
EF-M based design rationale modelling.
CC-based platform development and variant configuration: platform preparation and execution - models, methods and IT-support.
Technology platforms.
Organization
Lectures on Object oriented platform systems engineering.
A series of 6 seminars held by the participants based on the book "Advances in Product Family and Product Platform Design - Methods & Applications" by Timothy Simpson, Roger Jianxin Jiao, Zahed Siddique, and Katja Hölttä-Otto (eds) + selected research papers.
Platform development and modelling project assignment.
Knowledge prerequisites
Basics in Systems Engineering, Design Theory & Methodology and CAD.
Examination
Based on:
Seminar presentations and related written summaries.
Project presentation and written project report.
Schedule
W39, Wednesday 9-12: Lecture - Introduction: Industrial practice vs. Object Oriented Platform Systems Engineering, Selection of "seminar chapters".
W40, Thursday 9-11: Lecture - Reuse of generic assets: Technologies and Configurable System Family Concepts.
W41, Wednesday 9-12: Introduction to CCM: CC and EF-M modelling, presentation of project assignment.
W42-47, Thursday 9-11: Literature seminar (2 book chapters).
W48-49, Thursday 9-11: Project presentations.
Room
Toleransen, PPU
To understand the objectives behind platform based development; how such objectives can be realized in industrial settings and to learn how new methods and tools can be used for this purpose.
Overall contents
Scale benefits versus customization: platform strategies in industrial settings.
Object oriented platform systems engineering: the configurable component (CC) concept.
EF-M based design rationale modelling.
CC-based platform development and variant configuration: platform preparation and execution - models, methods and IT-support.
Technology platforms.
Organization
Lectures on Object oriented platform systems engineering.
A series of 6 seminars held by the participants based on the book "Advances in Product Family and Product Platform Design - Methods & Applications" by Timothy Simpson, Roger Jianxin Jiao, Zahed Siddique, and Katja Hölttä-Otto (eds) + selected research papers.
Platform development and modelling project assignment.
Knowledge prerequisites
Basics in Systems Engineering, Design Theory & Methodology and CAD.
Examination
Based on:
Seminar presentations and related written summaries.
Project presentation and written project report.
Schedule
W39, Wednesday 9-12: Lecture - Introduction: Industrial practice vs. Object Oriented Platform Systems Engineering, Selection of "seminar chapters".
W40, Thursday 9-11: Lecture - Reuse of generic assets: Technologies and Configurable System Family Concepts.
W41, Wednesday 9-12: Introduction to CCM: CC and EF-M modelling, presentation of project assignment.
W42-47, Thursday 9-11: Literature seminar (2 book chapters).
W48-49, Thursday 9-11: Project presentations.
Room
Toleransen, PPU
Mer information
hansj@chalmers.se
Kurslitteratur
Timothy Simpson, Roger Jianxin Jiao, Zahed Siddique, and Katja Hölttä-Otto (eds) "Advances in product Family and Product Platform Design - Methods & Applications", Springer, 2014. If connected to a library - download from http://link.springer.com/book /10.1007/978-1-4614-7937-6
Research papers
Research papers
Föreläsare
Examiner
Professor Hans Johannesson
Other teachers and supervisors
Adjunct professor, Ola Isaksson, Assoc. professor Dag Bergsjö, MSc Peter Edholm, MSc Magnus Andersson