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APPLYING COMPETENCE
CONTROLLING VERSATILITY
ACHIEVING GOALS
Cooperative interdisciplinary doctoral program
Executives for Factories of the Future
02
Qualified staff and executives and
a head start through innovation are
key success factors for a globally
competitive and sustainable indus-
trial production and production-rela-
ted services.
The Graduate School of Excellence
advanced Manufacturing Engineer-
ing in Stuttgart – GSaME – provides
both to its cooperation partners:
The cooperative, interdisciplinary
doctoral program designed accord-
ing to the dual education system
combines the work on a research
project by scholarship holders of the
GSaME with knowledge transfer,
qualification and competency. Thus
it lays the basis for innovative ideas
and their implementation in industry.
Up-and-coming specialists and
executives with detailed research
know-how who know the demands
of industrial research have access to
the latest scientific findings and to
interdisciplinary expertise. These are
the advantages from which the
enterprises and partners of GSaME
will benefit.
GSaME offers the doctoral research-
ers an excellent interdisciplinary
qualification based on the current
and future requirements of a global
work and market environment which
allows for diverse career opportuni-
ties.
03Overview // Program
COOPERATIVE INTERDISCIPLINARY
DOCTORAL PROGRAM
Research and application, practice and theory, technology
and management – demand-oriented qualification
Graduation as Dr.-Ing. or Dr. rer. pol.
Research project
> Companies
> University institutes
> Fraunhofer institutes
Research training
> Colloquia
> Seminars
> Self-study
> Publications
> Speeches
Dual scientific education system
Admission requirements University degree in the field of engineering (mechanical or electrical),
computer science or economics/management science, diploma or Master
degree (minimum ten semesters)
Finding and defining research topics between GSaME and> Companies
> Research facilities
> Institutions
Scholarship
Cooperation contract between the University of Stuttgart and> Companies
> Research
facilities
> Institutions
Formal requirementmatriculation at
the University of
Stuttgart
Application for research topics defined together with partners
// Dissertation //
Further development and transfer of the “Dual education principle” in linking theory and practice, technology and management, research and application – practical character of the doctoral phase
> Dual education of graduates of engineering and natural sciences,
informatics as well as business economics by independent research,
scientific education, interdisciplinary qualification leading to a doctoral
degree
> Definition of research topics with companies and cooperation partners
> Common goals in research and qualification
> Practical research activity in companies or research institutes
> Defined changing between theory and practice phases
> Graduates with a suitable requirement profile from an application pool
> Consequent interdisciplinarity in research clusters
_Strategies and Factories’ Development
_Management of Global Manufacturing Networks
_Information and Communication for Manufacturing
_Equipment and Service Engineering
_Materials and Process Engineering
_Intelligent Manufacturing Systems
> Continuous supervision by professors of the University of Stuttgart
and leading experts
> Internationality and exploitation of networks
Concept // Realization
ONLY A COMPREHENSIVE EXPANSION AND DEEPENING
OF THEIR KNOWLEDGE BASE GIVES EXECUTIVES THE
SECURITY TO SOLVE THEIR TASKS EFFECTIVELY.
Theoretical trainingCore program
Cluster-specific programCompulsory program
04
Concept // Realization
Organization
Legal entity// Graduate School of Excellence advanced Manufacturing Engineering in Stuttgart// Central scientific institution of the University of Stuttgart with the right to confer doctorates
Management/Structure// Board of directors Chairman of the board: Prof. Dr.-Ing. habil. habil. Bernhard Mitschang // Supervisory board and scientific advisory board// Interdisciplinary clusters
Research// Advanced Manufacturing Engineering// Interdisciplinary, international, cooperative, industry-relevant
Training and qualification// Structured, research-supporting and research-led training and interdisciplinary qualification// Professors from 5 faculties of the University of Stuttgart// Continuous supervision in research and training
Doctoral researchers// Approval procedures and yearly assessments// Inclusion of cooperation partners in the selection process// Scholarship
Financing// Funding by DFG, State of Baden-Wuerttemberg, University of Stuttgart// Project cost of the cooperation partners: 40.000 EUR/year plus project-specific costs
References/Partners i.a.AUDI AG // Bosch Rexroth AG // Daimler AG // Eisenmann AG // Fraunhofer-IPA // Fraunhofer-IAO // Hans-Böckler-Stiftung // MANN+HUMMEL GMBH // MTU-Friedrichshafen GmbH // Robert Bosch GmbH // Siemens AG // Trumpf GmbH & Co. KG // Voith GmbH // ZF Friedrichshafen GmbH
More than 70 doctoral researchers since 2008
TOP PERFORMANCE BY COMBINING INNOVATION
WITH TECHNOLOGICAL AND MANAGEMENT EXPERTISE
Dual education 4 years
Theoretical trainingCore program
Cluster-specific programCompulsory program
Practical training Research project
Technology/Informatics/Economics
05
Challenge // Requirements
SECURING ADDED VALUE, COMPETITIVENESS AND
STABILITY – NEW STRATEGIES FOR A SUSTAINABLE,
GLOBAL PRODUCTION
The environment of the industrial production is characterized by turbulences,
changes, dynamics and complexity: an increasingly globally networked pro-
duction, permanent structural change worldwide and technological progress
make it more and more difficult for companies to anticipate developments of
the environment and to be flexible enough to adapt to these changes within
a short time, and to ensure innovation leadership and productivity.
>> ENTERPRISES
06
Successful sustainable production under the conditions of volatile, global markets requires:
> Added value with high technological, economical, ecological and
social efficiency
> Adaptability and versatility with securing high performance at the
same time
> Maximizing added value over the entire life cycle of products
> Using synergies from networking
> Efficient organization of resource application and intelligent learning ability
> Digital production and industrial engineering for speeding up the product
and production development
> Strategic tools for changing, optimizing, planning and managing the
production and services
> Control of complex production networks
>> ENTERPRISES
Benefits for companies in view of the changing markets, technologies, production conditions:
> Latest know-how and results from company-relevant,
coordinated research projects at the highest level
> Practice-related solutions, methods, tools for efficient and competitive
production systems
> High potential of excellent young executives for research, development,
planning, logistics, production, marketing, etc.
> Management concepts based on scientifically sound methods
and models
> Access to new ideas, technologies, partners and projects in an
internationally leading research environment
> Participating in research, qualification, guidance and advice
in a “Dual Model”
> Implementation, transfer, innovations
> Identifying, supporting, securing young executives of a new type –
targeted personnel development of future decision-makers
For the qualitative growth of the future:
Cooperative, interdisciplinary doctoral program in the field of advanced
Manufacturing Engineering
>> ENTERPRISES
COMPETITIVE ADVANTAGE BY PRODUCTION EXCEL-
LENCE – APPLICATION OF FUTURE-ORIENTED KNOW-
LEDGE BASED ON EFFECTIVE RESEARCH AND INTER-
DISCIPLINARY QUALIFICATION
Chances // Motivation 07
Challenge // Requirements
Competence> Solutions, methods, instruments for supporting the versatility
Know-how> High-performance based on
_Technologies beyond today’s limits
_Integration of knowledge into production systems and processes
_Digital and virtual engineering
_Business models of sustainable corporate management
Experience> Future-oriented understanding of ecologically, economically and
socially efficient production
> New methods of manufacturing engineering
Capacities> Strategic planning and acting for future markets, technologies,
business environments
> Synchronization of product planning, development of products
and production
> Know-how and competence of managers, planners and designers of
corporate structures and organizations, specialists and executives of
development-, planning- and production-intensive areas
VERSATILITY AND SUSTAINABILITY OF PRODUCTION
SYSTEMS ARE THE BASIS OF ECONOMIC SUCCESS.
Under the conditions of globally networked productions, turbulent factors
influencing the production, a distributed and networked production with
flexibly automated and integrated plants, extreme demands on high-
performance in regard to quality, cost, innovation, requirements on future
decision-makers have taken on new dimensions.
>> GRADUATES
08
Chances // Motivation
> Graduation related to key qualifications under optimal conditions
> Development of professional competence and opportunity to
independent sophisticated scientific and industry-relevant research
in a strategically important field
> Personality development - individual promotion of capacities in theory and
practice: according to previous knowledge, experience and career plans
> Interdisciplinary and international qualification based on future technical
and management tasks in the university and industrial context
> Practical and theoretical preparation for the assumption of responsibility
in a global job market
SUCCESSFUL ARE THOSE WHO HAVE
A SOLID FOUNDATION.
Only a solid knowledge base leads enthusiasm to successful actions and
transforms strength of character into leadership qualities.
09
>> GRADUATES
10 Contact // Persons
Spokesperson and ChairmanProf. Dr.-Ing. habil. Bernhard Mitschang Tel.: +49 711 685-88449, E-Mail: [email protected]
Managing Director
Prof. Dr.-Ing. Sylvia RohrTel.: +49 711 685-61801, E-Mail: [email protected]
Cluster DirectorsA Strategies and Factories’ DevelopmentProf. Dr.-Ing. Thomas Bauernhansl Tel.: +49 711 970-1101, E-Mail: [email protected]
B Management of Global Manufacturing Networks
Prof. Dr. Georg Herzwurm (BWI)
Tel.: +49 711 685-82384, E-Mail: [email protected]
C Information and Communication Technologies for Manufacturing
Prof. Dr.-Ing. habil. Bernhard Mitschang (IPVS)
Tel.: +49 711 685-88449, E-Mail: [email protected]
D Equipment and Service EngineeringProf. Dr.-Ing. Wilhelm Bauer (IAO)Tel.: +49 711 970-2090, E-Mail: [email protected]
E Material and Process Engineering
Univ.-Prof. Dr. Dr. h. c. Rainer Gadow (IFKB)
Tel.: +49 711 685-68301, E-Mail: [email protected]
F Intelligent Manufacturing Systems
Prof. Dr.-Ing. Peter Klemm (ISW)
Tel.: +49 711 685-82410, E-Mail: [email protected]
Sustainability and International ActivitiesProf. Dr.-Ing. Prof. E. h. D. E. h. Dr. h. Dr. h. c. mult. Engelbert Westkämper Tel.: +49 711 970-1110, E-Mail: [email protected]
11
The GSaME is an internationally leading
academic center for training and qualifi-
cation of young academics by world-class
research and innovation in the field of
advanced Manufacturing Engineering,
based on future functional and manage-
ment tasks of a global job market.
Established as a central scientific institu-
tion of the University of Stuttgart with the
right to award doctorates, it represents
an innovative and unique organizational
and structural model for the doctoral
phase by connecting research and
qualification as well as cooperation of
science and economy. The GSaME offers
the optimal conditions for graduations
as Dr.-Ing. and Dr. rer. pol. and for the
promotion of young scientists by reliable
integration into an interdisciplinary
research environment given by the uni-
versity institutes and the cooperation
partners in industry and science. It en-
ables original scientific work, a comple-
mentary methodical, contents-related and
non-academic qualification and ensures
by reliable, transparent and adequate
supervising structures the achievement
of the research and qualification objecti-
ves within 4 years.
In 2011 the GSaME has been awarded
with the “Best Practice Award for Impro-
ving the Engineering Doctorates” by the
National Academy of Science and Engi-
neering (acatech), together with 4ING,
TU9 and ARGE TU/TH.
GSaME Graduate School of Excellenceadvanced Manufacturing Engineering in StuttgartUniversität Stuttgart
Nobelstrasse 1270569 Stuttgart
Tel.: +49 711 685-61801Fax: +49 711 685-51869
GSaME was established in 2007 within the Excellence Initiative by the German federal and state governments as a central scientific institution of the University of Stuttgart. In the second round of the Excellence Initiative in 2012 GSaME was again rated as excellent and thus it is funded by the DFG.
Photos: Frank Pusch Design: i/i/d Institute of Integrated Design, Bremen, www.iidbremen.de
