L.104.51210 Innovation and development management

Course offering details

Instructors: Prof. Dr. Iris Gräßler

Event type: Lecture

Org-unit: Maschinenbau

Displayed in timetable as: IEM

Hours per week: 2

Language of instruction: German

Min. | Max. participants: - | -

Requirements and recommendations:
successfully completed bachelor studies

Lecture: Industrial production
Lecture: Technical computer science
Lecture: Theorie of design

Aim of the event:
This lecture is about the reinforcement of the innovation strength of mechanical engineering enterprises and related lines of business like the automobile industry. In the centre of the attention is the product development process/product innovation process. It extends from the idea for a product or business right through to its successful market launch, and includes the areas product planning, product marketing, development and construction, and the development and construction of production processes. Products which are based on a narrow cooperation of mechanics, electronics, control engineering and software engineering are considered.

The listeners know the process of product innovation and the tasks of the function areas of strategic product planning and product development. They have particularly a summary of the relevant systematics, methods and tools. The listeners are able to play a part in the planning and development of the products for the markets of tomorrow as well as at the efficient configuration of the corresponding processes.

Target group:
Master students of these study fields: mechanical engineering, industrial engineering, information science in engineering and informatics (subsidiary subject mechanical engineering)

Contact person:
Philipp Scholle, M.Sc. RWTH
philipp.scholle@hni.upb.de
05251 606263
F0.306

Literature:
Gausemeier, J. / Ebbesmeyer, P. / Kallmeyer F.: Produktinnovation - Strategische Planung und Entwicklung der Produkte von morgen. Carl Hanser Verlag, München, 2001

Supplementary events:
Innovation and development management (Exercise)

Project seminar IEM (innovation and development management)

Design systematics

Appointments
Date From To Room Instructors
1 Wed, 19. Oct. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
2 Wed, 26. Oct. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
3 Wed, 2. Nov. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
4 Wed, 9. Nov. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
5 Wed, 16. Nov. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
6 Wed, 23. Nov. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
7 Wed, 30. Nov. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
8 Wed, 7. Dec. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
9 Wed, 14. Dec. 2016 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
10 Wed, 21. Dec. 2016 14:00 16:00 Termin entfällt Prof. Dr. Iris Gräßler
11 Wed, 11. Jan. 2017 14:00 16:00 Termin entfällt Prof. Dr. Iris Gräßler
12 Mon, 16. Jan. 2017 15:00 17:00 O 2 Prof. Dr. Iris Gräßler
13 Wed, 18. Jan. 2017 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
14 Wed, 25. Jan. 2017 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
15 Wed, 1. Feb. 2017 14:00 16:00 A 1 Prof. Dr. Iris Gräßler
16 Wed, 8. Feb. 2017 14:00 16:00 Termin entfällt Prof. Dr. Iris Gräßler
Connected courses
This course is connected with the following courses:

  • L.104.51210 Innovation and development management

    Course

    Prof. Dr. Iris Gräßler

    Wed, 19. Oct. 2016 [14:00]-Wed, 8. Feb. 2017 [16:00]

    Course offering currently shown

  • L.104.51410 Innovation and development management (Exercise)

    Course

    Prof. Dr. Iris Gräßler

    Wed, 2. Nov. 2016 [16:00]-Wed, 8. Feb. 2017 [17:30]

    Show course offering
Contained in modules
Module
M.104.2207 Product Engineering ()
M.104.2207 Product Engineering ()
M.104.2207 Product Engineering ()
M.104.2207 Product Engineering ()
M.104.2207 Product Engineering ()
M.104.2207 Product Engineering ()
M.104.2207 Product Engineering ()
M.104.2607 Produktentwicklung für Ingenieurinformatiker ()
M.104.2607 Product Engineering ()
M.104.2607 Product Engineering ()
M.104.2607 Product Engineering ()
M.104.2607 Product Engineering ()
M.104.2607 Product Engineering ()
M.104.2607 Product Engineering ()
M.104.2607 Product Engineering ()
M.104.2607 Product Engineering ()
M.104.2607 Product Engineering ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6340 Design of Mechatronic Systems ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6360 Innovation and Production Management ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6385 Dependability of Mechatronic Systems ()
M.104.6620 Additive Fertigung ()
M.104.6640 Design of Mechatronic Systems ()
M.104.6640 Design of Mechatronic Systems ()
M.104.6640 Design of Mechatronic Systems ()
M.104.6660 Innovation and Production Management ()
M.104.6660 Innovation and Production Management ()
M.104.6660 Innovation and Production Management ()
M.104.6685 Dependability of Mechatronic Systems ()
M.104.6685 Dependability of Mechatronic Systems ()
Course specific exams
Description Date Instructors Mandatory
1. Klausur Tue, 28. Mar. 2017 09:00-10:30 N.N. Yes
2. Klausur Th, 28. Sep. 2017 09:00-10:30 N.N. Yes
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Instructors
Prof. Dr. Iris Gräßler