8/17/2019 Sub-Module Rapid Technologies (Villmer)2015
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Course: Specialised Manufacturing Technologies (10 ECTS)
Submodul: Rapid Technologies (5 ECTS)
No. of the
course161MI
Workload
150 h
Credit
points5
Time
position incurriculum
3rd semester
Frequency of
course executionWinter semester
Duration of
course1 semester
Type of the course
Lecture in seminar form: 2 hours per week /30 h in total
Practical course: 2 hours per week / 30 h intotal
Contacttime
4 hours perweek / 60 hin total
Self-study
90 h
Planned classsize
40
Learning outcomes / Competencies
- Students know about the entire development process from idea
to launch.
- Students are aware of principals and methods of time
compression in development cycles.
- Students know about physical and virtual prototypes and their
application.
- Students are able to prepare CAD data for additive
fabrication.
- Students understand different technologies of additive
fabrication and are able to apply those.
- Students are able to choose appropriate technologies of
additive fabrication over the entire cycle ofproduct
realization.
Contents
1 Introduction
1.1 Time compression policy
1.2 Definition of innovation (invention, implementation,
diffusion, competition)
1.3 Product life cycles, market windows and timeto market
cycles
2. !trate"ic product plannin" and innovation mana"ement
2.1 #eneral trends and policies
2.2 Innovation mana"ement $asics
2.3 Product plannin" procedures in enterprises
2.% &'ternal and internal issues and impact
2. Plannin" procedures and pases
3 Product development
3.1 *riefin" and specification
3.2 +apid product development procedures
3.3 Inventor driven en"ineerin" vs. concurrent (simultaneous)
en"ineerin"
3.% &n"ineerin" in supply cains
% Product development metodolo"y
%.1 Development processes
%.2 Product development proects
%.3 -odular en"ineerin"
%.% uality "ates and status surveillance
%. Desi"n to cost and value en"ineerin"
8/17/2019 Sub-Module Rapid Technologies (Villmer)2015
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%./ &n"ineerin" "uidelines (desi"n for manufacture, desi"n
for assem$ly etc.)
+apid Tecnolo"ies
.1 0istory and "eneral outline
.2 Distinction of rapid tecnolo"ies
.2.1. !olid freeform manufacturin" at a "lance
.2.2 aser aided and laser independent tecnolo"ies
.3 +apid tecnolo"ies in detail
.3.1 !tereo ito"rapy
.3.2 !elective aser !interin" !elective aser -eltin"
&lectron *eam -eltin"
.3.3 used ayer -odelin" used Deposition -odelin"
.3.% ayer aminate -anufacturin" ayer 4$ect -anufacturin"
.3. Tree Dimensional Printin"
.3./ Ink 5et Tecnolo"y
.3.6 !pecial tecnolo"ies
.% 7pplication of additive fa$rication
.%.1 8oncept modelin"
.%.2 +apid prototypin"
.%.3 +apid toolin"
.%.% +apid manufacturin" and emanufacturin"
.%. +everse &n"ineerin"
. Preprocessin" and data andlin"
./ 4$ect finisin" and complementary processes (e.". vacuum
castin")
. 9tili:ation of additively fa$ricated products (customi:ed
products, spare parts on demand,medical and dental applications
etc.)
/ 4verview of virtual prototypin" and simulation
6. !ummary and prospect
Types of teaching
Lecture in seminar form using computer presentations, videos,
charts, presentation aids; practicalcourse in the lab; engineering
project
Course prerequisite
None
Type of examination
Oral examination
Required for obtaining credit points
Passed examination of this part of the course
Course contribution to final degree
5 / 120
Lecturer in charge
Prof. Dr.-Ing. Franz-Josef Villmer
Further information (literature)
;elley, Tom and 5onatan ittman, Te 7rt of Innovation, 8urrency,
2s advocate ?drivin" creativity trou"out your or"ani:ation,
Dou$leday +andom 0ouse 2
