LEAN SYSTEMS ENGINEERING Wie komplexe Produkte effizienter entwickelt werden können

1

Agenda

Einleitung

2

Die Leitprinzipien

3 4

Heraus- forderung

5

Abschluß Lösungen

1

Einleitung

2 3 4 5

Warum Lean Systems Engineering ?

Stolz etwas mit Wert und Bedeutung zu erschaffen

Menschen

Methoden

Führung

1 2

Die Leitprinzipien

3 4 5

Den Kundennutzen des Systems kennen

1

Warum kauft ein Kunde ?

Eine klare System-abgrenzung schaffen

2

Was ist draußen?

-> Environment temperature:

Temperature

->

Thermometer: system chain of effects

->

U: User

Display: Optical data

TSSC: Temperature sensor signal chain

ET: Temperature ->

-> Output:

Temperature

Display: Display actor chain

Input: Display Text ->

-> Output:

Optical Data

->

SW: Software

Input: Temperature ->

Output: Display text

E: Environment

PSSC: Pressure sensor signal chain

EP: Pressure ->

-> Output: Pressure

Input: Pressure ->

-> Environment pressure:

Pressure

E: Environment

-> ->

Eine sinnvolle Strategie schaffen

3

Belastbare Releaseplanung Releaseplanung Project Temperature/Pressure System

Sample-PhaseRelease:

Planned ReleasedateMechanics - housing featuresMechanics - addon featuresElectronics - basic featuresElectronics - addon featuresSoftware - basic featuresSoftware - addon featuresOptics - basic featuresOptics - addon featuresActors - basic featuresActors - addon featuresSensors - basic featuresSensors - addon featuresDiagnosticsDiagnostic Tools

X N E U W % work N E U W % work N E U W % work N E U W % work N E U W % work N E U W % workCollect customer requirements x 45 70 6 270 80% 175 x 35 70 5 175 80% 121Evaluate customer requirements x 35 70 5 175 80% 121 x 35 70 5 175 80% 121Create systems requirements specification x 60 90 3 180 80% 134Update systems requirements specification x 70 140 3 210 80% 166

Total hours 80% 429 80% 407 0 0 0 0

X N E U W % work N E U W % work N E U W % work N E U W % work N E U W % work N E U W % workDefine systems boundary x 20 45 4 80 80% 60Develop chain of constrains x 50 70 5 250 80% 165Allocate systems requirements x 30 67 4 120 80% 89Create systems architecture specification x 70 120 6 420 80% 275Update systems architecture specification x 40 80 4 160 80% 116

Total hours 80% 589 80% 116 0 0 0 0

N E U W % work N E U W % work N E U W % work N E U W % work N E U W % work N E U W % workEvaluate systems requirements x 20 45 4 80 80% 60 x 5 15 3 15 80% 14Create mechanic requirements specification x 15 25 4 60 80% 42Create electronic requirements specification x 30 67 4 120 80% 89Create optical requirements specificationCreate software requirements specification x 10 23 3 30 80% 25Update mechanic requirements specification x 20 30 5 100 80% 67Update electronic requirements specification x 50 80 5 250 80% 168Update optical requirements specificationUpdate software requirements specification x 30 60 4 120 80% 87

Total hours 80% 216 80% 335 0 0 0 0

N E U W % work N E U W % work N E U W % work N E U W % work N E U W % work N E U W % workCreate mechanic component design x 30 38 7 210 80% 131Create electronic component design x 23 56 4 92 80% 70Create optical component designCreate software high level design x 30 67 4 120 80% 89Create software low level design x 10 23 3 30 80% 25Update mechanic component design x 20 43 5 100 80% 70Update electronic component design x 60 83 5 300 80% 198Update optical component designUpdate software high level design x 30 55 4 120 80% 86Update software low level design x 15 35 3 45 80% 37Total hours 80% 315 80% 391 0 0 0 0

N E U W % work N E U W % work N E U W % work N E U W % work N E U W % work N E U W % workDevelop mechanic components x 150 200 3 450 80% 328 x 30 50 3 90 80% 68 x 150 190 4 600 80% 408 x 50 75 2 100 80% 84 x 90 115 3 270 80% 195Develop electronic components x 120 170 4 480 80% 331 x 65 95 5 325 80% 216 x 70 95 4 280 80% 192 x 30 50 3 90 80% 68 x 35 70 2 70 80% 66Develop optical components Develop software modules x 40 70 3 120 80% 92 x 10 20 3 30 80% 24 x 25 50 3 75 80% 59 x 45 75 3 135 80% 102 x 40 60 4 160 80% 111Update mechanic components Update electronic components Update optical components Update software components

Total hours 0 0 80% 750 80% 307 80% 659 80% 254 80% 373

N E U W % work N E U W % work N E U W % work N E U W % work N E U W % work N E U W % workMechanical system test x 80 115 2 160 80% 133 x 32 40 3 96 80% 69Electronical system test x 75 93 3 225 80% 162 x 28 42 4 112 80% 78Optical system testSoftware system test x 50 70 3 150 80% 110 x 80 110 3 240 80% 176

Total hours 0 0 0 0 0 80% 405 0 80% 322

N E U W % work N E U W % work N E U W % work N E U W % work N E U W % work N E U W % workSetup test concept (Sys+HW+SW) x 8 16 4 32 80% 23Setup system test concept x 10 16 2 20 80% 17EMC tests x 50 90 4 200 80% 143 x 30 70 3 90 80% 75Climate tests x 20 40 3 60 80% 47 x 40 80 3 120 80% 95 x 60 115 3 180 80% 141Environments tests x 50 105 4 200 80% 147 x 30 55 3 90 80% 70Customer tests x 60 80 4 240 80% 164Systemtest x 40 110 4 160 80% 125Develop test plan x 30 60 4 120 80% 87 x 20 50 4 80 80% 61Documentation x 10 15 3 30 80% 22 x 20 30 3 60 80% 45 x 15 30 3 45 80% 36

Total hours 80% 128 80% 131 0 80% 282 80% 147 80% 609

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21.10.13 18.12.13 18.03.14

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Schnelles Lernen ermöglichen

4

Mit Unsicherheit umgehen

Start Ziel

Engpässe entfernen

5

Einsatz von Kanban Input Queue In work Done

Führung leben

6

Agile Leadership

1.0 2.0

Vernetzte Kulturen

Respektvolle Zusammenarbeit

7

Nicht verstehen ist die Regel

Umgang mit Druck

Druck

1 -

0,6 -

Eine effektive Umgebung schaffen

8

Wir sind Geistesleister

Virtuelle Arbeit

D

D

EG

BGR

CHN USA

ESP

CZE

1 2 3 4 5

Heraus- forderung

Traditionelle Denk- und Arbeitsstrukturen!

Hype und Quick-fix Denken!

1 2 3 4 5

Lösungen

Kleine Schritte sind kein Verrat am Ziel!

1 2 3 4 5

Abschluß

„Wir müssen selbst die Veränderung werden, die

wir in der Welt suchen“ Gandi

Die Kunst des Systems Engineering

www.zukunftsarchitekten-podcast.de/ESE2013

L E AD E R SH I P *

S Y S T E M S *ENGINEERING*