Executive Master of Science (M.Sc.) - education-siemens.com · climate neutral and sustainable supply Aim of the Master Program: Extensive overview on present and future energy systems

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© Siemens AG 2013 All rights reserved.

Executive Master of Science (M.Sc.)

Cooperation with the Karlsruhe Institute of Technology (KIT)

Siemens Professional Education

Page 2 Christine Golisch HR LE SPE BO OS January 2016

I. Goals and target group

III. Program structure

IV. General conditions

II. The University

Agenda


Goals and target group

Goals:

Share technical expertise and general management know-how

Develop an international skill set with the help of international cooperation

partners and by conducting programs in English

Work on a Siemens project to gain practical experience

Earn a Master of Science (M.Sc.) degree from one of the leading German

technical universities

Target group:

Employees of Siemens AG and partner companies with a Bachelor or Diploma

degree in engineering, science or IT and relevant work experience (minimum 3

years)





II. The University

Agenda


KIT Portfolio

Research

Education

Innovation 11 Faculties

146 Institutes

9 439 Employees

844 M € Budget

24 778 Students

346 Professors


HECTOR within the International Department

Administration, Facility Management, IT, Services

Executive

M.Sc. Programs

Technology Business School

of the KIT

B.Sc. Program

Mechanical Engineering

College of the KIT

M.Sc. & Ph.D.

Program

First Graduate

School of the KIT

in Optics &

Photonics

Campus

Dormitory

120 Rooms

&

Appartments

Fulltime Part-time Fulltime

Ph.D.

Program

Graduate

School of

the KIT in

Teratronics

Fulltime Fulltime

Ph.D. &

Post Doc

Program

Hector

Fellows

Research

Network

International Department gGmbH





II. The University

Agenda


English-taught, part-time continuous education program for international

engineers & managers in leading positions; final degree: M.Sc. of the KIT

Integrative approach: State-of-the-art technology & management expertise

Structured teaching: 10 modules of each 10 days in Karlsruhe

International network of international companies

Master Thesis as guided project work in the company of the participant

Close exchange with research within the KIT

HECTOR School of Engineering & Management

Technology Business School of the KIT

Advantages for industry & participants:

6 Master Programs for Industry, accredited by :


Electronic Systems Engineering & Management

Energy Engineering & Management

Green Mobility Engineering

Management of Product Development

Production & Operations Management

Service Management & Engineering

HECTOR School of Engineering & Management

Master Programs for Executives

6 Master Programs for Industry:


Master Programs

Timetable & Key facts

Cost Master Program

25.000 € (Siemens Corp Rate)

Resigning fee KIT (3 times)

Duration:

15 months + Master Thesis

Program Language:

English

Master Thesis:

Project-based return on invest

for the company


MBA or M.Sc.

Bachelor Degree

(Uni/FH/BA, 6 semesters)

Ph.D.

(6 semesters)

Master Degree

(4 semesters)

MBA

(Business Administration) Extra-occupational

M.Sc. (Management +

Engineering)

Working experience

Actual degrees Former degree

Diplom

(12 semesters)


Today’s career paths

Top

Managers

Experts Senior

Managers

Manager Senior

Specialists

Specialists

Operational, Back Office

today


Continuous education faces a structural

change in companies

future

Top

Managers

Senior

Managers

Managers

Specialists

Operational, Back

Office

Experts

Senior Specialists

trends:

globalization

change in added value

chain

demographic

dimension becomes

more visible

increasing complexity

requires …

better educated and

qualified professionals

new academic-based

careers

excellent

interdisciplinary

skills and soft skills

target group

HECTOR School

Source: Prof. Matthias Landmesser,

IBM, March 2013


Energy Engineering & Management The way for a new thinking in independent energy systems assuring a

climate neutral and sustainable supply

Aim of the Master Program:

Extensive overview on present and future energy systems

and their elements

Capability to rate sustainability as well as operating

efficiency, availability and safety

Understanding + quantitatively describing + evaluating +

optimizing the elements of energy systems = significantly

participating in the successful introduction of new

sustainable energy systems in existing companies or in

the foundation of "start-ups"


Energy Engineering & Management Management & Engineering Modules

Management Engineering

Finance for Executives Financial Accounting, Fundamentals of Finance

Renewables Scope of EEM and Energy Systems, Wind & Water Power, Solar &

Geothermal Power

International Project Management Project Management & Scheduling, Multi-Project Management in an

International Setting, Development Management, Intercultural Management

Thermal Energy Conversion Technical Combustion/ Heat & Mass Transfer, Thermal Power Plants incl.

Coal & Gas Power Plants, Turbo Machinery, Carbon Capture and Storage

(CCS), Energy from Biomass

Business Strategy, Marketing & Controlling Business Strategy, Introduction to Management Accounting, Marketing

Electricity Generation and Energy Storage Power Generations, Batteries & Fuel Cells, Hydrogen Technology.

Photovoltaics, Power Electronics

Corporate Innovation & Entrepreneurship Corporate Entrepreneurship, Entrepreneurial Leadership, Strategic

Innovation Management, Opportunity Development – Design Thinking,

Exploring the Opportunity: Technology & Markets, Pitching Business Ideas,

Creating Value through Business Models, New Product Development &

Service Innovation, Measuring Innovation: Innovation Balanced Scorecard,

Pitching Business Models

Smart Networks and Energy Distribution Introduction to Power Systems/ High Voltage Engineering, Components of

Power Systems, Transmissions & Distribution, Smart Grids & Emerging

Technologies

Law & Contracts Decisions, Contracts, Markets & Trade, International Law - The Law of

Business Organizations, International Intellectual Property Law

Energy Economics Energy Systems Analysis • Energy Markets • European Network Regulations

• Energy Efficiency • Integration of Energy Systems & e-Mobility


Electronic Systems Engineering & Management Electronic systems are omnipresent


Understanding, analyzing and optimizing the design of

integrated electronic systems out of a holistic approach

Implementing the optimization of integrated systems, the

reduction of component sizes as well as production costs

Acquiring skills in a unique combination of circuit- and

systems design, system theory, state-of-the-art material

science, as well as radio-frequency electronics and state-

of-the-art analysis procedures and process signal theories


Electronic Systems Engineering & Management Management & Engineering Modules



Emerging Technologies Materials & Devices, Opto-electronics, Nano-electronics, VLSI-Technology



Aims, Methods and Tools of Electronic Systems

Development Integrated Product Development I, Systems Engineering, Case Study in

Electronic Systems Development


Implementation of Methods in Product

Development for Electronic Subsystems Integrated Product Development II, Roadmap for Electronic Product

Development, Electronic Systems Synthesis, Case Study of Electronic

Subsystems

Human Resource Management Human Resource Management, Leadership & Conflict Management,

Management Training

Communication Technology and Systems Integrated Circuit & Systems Signal Processing, Communication Systems &

Protocols, Optical Communication



Total Quality Management of Electronic Systems Quality Assurance Management and Cost of QA of Electronic Systems,

Design for Testability & Manufacturability , Case Studies in Manufacturing of

Electronic Systems


Green Mobility Engineering Transport emissions strongly influence global warming and air quality,

Thus, mankind will naturally strive for ‘green mobility’ systems


Acquiring an extensive and structured system-knowledge,

divided into the subsystems automotive, driver, traffic,

infrastructure, markets and society

Capability to analyze complex systems by taking relevant

interdependencies between subsystems and level of

details into account and deriving approaches for

sustainable mobility and automotive concepts

Reducing complexity by means of innovative problem

solution methods and further creativity approaches


Green Mobility Engineering Management & Engineering Modules



ICE, Power Train & Energy Storage Introduction into requirements, solutions and challenges in green mobility •

Advanced Green Combustion Engines/ Bio Fuels • Energy-Storage:

Batteries, Fuel Cells, H2• Energy Output • Energy Conversion • Automotive

Control Systems



Electric Power Train Selected topics of Electrical Engineering • Electro Engines • Power

Electronics • Energy Conversion • Automotive Control Systems


Vehicle Driver Interaction Drivability • Noise, Vibration & Harshness (NVH) • Driver Assistant Systems •

Technical Cognitive Systems • Human Factors Engineering

Human Resource Management Human Resource Management, Leadership & conflict Management,

Management Training

Vehicle Traffic Interaction Perception of Environment • Auto-Control Systems • Traffic Engineering &

Control • Automotive Radar Technology • Car-to-X Communication Systems



Success Factors of Green Mobility Light-Weight Construction and High-Performance Fiber • Production Systems

for e-Mobility • Energy Distribution • CO2-Balances: well to wheel •

Transportation Markets and Policy


Management of Product Development Our highly integrated and creative approach towards efficient product

development makes the difference


Analyzing, designing, operating and implementing the

product development process in companies in an

optimized way by means of acquired research- and

application-oriented methods and processes

Developing innovative ideas and implementing innovation

into competitive products with a special focus on major

criteria like customized product solutions, reduction of

production costs as well as optimization of quality

standards

Capability to accompany and further innovation processes

by means of creativity techniques


Management of Product Development Management & Engineering Modules



Design and Validation Process & Information

Systems for Product Development Basics in Product Development • Information Systems I • Basics of Validation

• Methods of Simulation



Integrated Product Development Integrated Product Development I • Information Systems II • Industrial Design

Engineering


Success Factors in Product Development Integrated Product Development II • Information Systems III • Production

Engineering • Lightweight Design


Management Training

Systems & Cases Systems Engineering • Eco-Design • Case Study in Product Development



Multi-technological Systems & Workshops Product Development in a multi-technological Environment • Quality

Management • Workshop in Product Development


Production & Operations Management Production technology and supply chain topics shape the future of the

manufacturing industry in this world


Analyzing and understanding service and production

processes to optimize the efficiency of value-added

processes within the operation of production and service

systems

Special focus on production processes, information

technology, logistics and human resources as well as on

the technical methods and tools required

Identifying the possibilities and limitations of formal

methods and models as well as the challenges that

represent the transmission between the modeled world

and reality


Production & Operations Management Management & Engineering Modules



Introduction Production and Operations

Management Introduction to Industrial Engineering • Stochastic Models of Manufacturing

Systems • Information Systems I • Operations Research I



IT Support of Production Systems Industrial Services • Information Systems II • Simulation of Production

Systems • Operations Research II


Methods of Operations Management Supply Network Management I • Production Engineering • Ergonomics &

Human Factors • Production & Logistics Controlling


Management Training

Networks of Supply & Production Systems Supply Network Management II & III • Distribution Networks • International

Production



Production and Distribution Systems Information Technology for Logistic Systems • Quality Management •

Industrial Management Case Study


Service Management & Engineering About two thirds of the economy already thrive on services. However, the

journey into a truly service-led economy is just beginning


Comprehending & evaluating the influence of hardware

as well as software developments in modern information

and communication technologies on the future service

market to successfully accompany and direct service-

driven changes in companies and corporate networks

Development & enhancement of innovative service

products

Encountering problems with an engineering orientation

and solving them with the help of complex management

methods and an interdisciplinary approach


Service Management & Engineering Management & Engineering Modules



Information & Service Management Information & Market Engineering, Service Management & Innovation



Service Technologies Advanced Computer Networks • Advanced Web Applications • IT Safety &

Security • Cloud Computing


Digital Services Information & Knowledge Management • IT Aspects of eCommerce •

Complexity Management • Information Pricing • Service Pricing

Stochastic & Games Decisions under Risk & Uncertainty, Optimization under Uncertainty, Applied

Game Theory, Simulation & Case Study

Business Processes & Software Engineering Business Process Engineering • Software Systems Engineering



Regulations & Economics of Networks Communication Law • Industrial & Network Economics • Economics of

Contracts





II. The University

Agenda


International Participant Structure

• Successful Participants: over 200

• Present Students: 53

• Size of Group per Program: 5 - 20

• Average Age: 30

• Average Years of Work Experience: 5

• International Students: 29 %

• Female Students: 19 %


Living and Studying in Karlsruhe

The HECTOR School realizes its vision

already in the equipment: modern,

intercultural live- and learn-environment in

the center of Karlsruhe.

Shared Kitchen Modern Living-Quarters Pleasant Study Environment

Campus in Karlsruhe Interactive Lectures State-of-the-art Equipment

http://www.idtour.de/dozentenroom.htm

http://www.idtour.de/groundfloor.htm


Admission Requirements

• First University Degree (Bachelor, Master, Diploma, PhD from Universities /Applied Universities/DHBW)

• Professional Experience (Depending on Bachelor degree type 1-2 years minimum, recommended > 3 years)

• Curriculum Vitae (Including detailed description of the career profile)

• Job References

• TOEFL Test or equal (English language Test for non-native speakers)

• Personal interviews with HECTOR School/ KIT

Start of the next Master Programs – rolling application process

Next Intakes: October 5, 2015

October 3, 2016


Facts and Figures

Program Duration: 18 months

Program Structure: 10 x 2-week modules

Program Content: 5 Management Modules (on Campus)

5 Engineering Modules (on Campus)

Master Thesis (at Company)

Program Costs: 30.000 € regular Rate

25.000 € Corporate Rate Siemens

Resigning fee of KIT – 3 times (SoSe 2015: €138,69)

Final Degree: Master of Science

of the Karlsruhe Institute of Technology (KIT)

Accredited by


Contacts

Information and applications Program Consultant

Christine Golisch

Siemens AG

HR LE SPE BO OS

Otto-Hahn-Ring 6

81730 Munich

Phone: +49 (0) 89 636-634525

[email protected]

www.siemens.com/fortbildung

Tjark W. Hecht

HECTOR School of Engineering and

Management

Schlossplatz 19

76131 Karlsruhe

Phone: +49 (0) 721 608-47878

[email protected]

www.hectorschool.com

http://www.siemens.com/fortbildung

mailto:[email protected]

http://www.hectorschool.com/

Documents

Executive Master of Science (M.Sc.) - education-siemens.com · climate neutral and sustainable supply Aim of the Master Program: Extensive overview on present and future energy systems