M.Eng. Engineering and Sustainable Technology Management - Automotive or Smart Building or Automation Technologies focus
Berlin, Germany
DURATION
4 Semesters
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
Request application deadline
EARLIEST START DATE
Apr 2025
TUITION FEES
EUR 800 / per month *
STUDY FORMAT
On-Campus
* EU/EEA citizens including Western Balkans and Switzerland: EUR 800 per month | non-EU/EEA citizens: EUR 6450 per semester
Introduction
Develop and apply sustainable technologies
How do we use our resources in a way that does not endanger the environment or exhaust materials for future generations? How do we reduce CO2 emissions and increase circularity in manufacturing and our production processes? Engineers play a crucial role in achieving the goals of sustainable development and a resource-efficient economy.
Urbanization and limited resources are the issues of our time. New mobility and logistics concepts that are sustainable, scalable, and user-friendly are increasingly in demand. The production of industrial goods is also already part of the future. Production processes are digital and connected and are increasingly optimized thanks to the use of robotics, virtual reality, and learning systems. Even the buildings in which we live and work are becoming smarter and more energy-efficient.
This is only the beginning. In the future, we will need managers with expertise in engineering and economics who are able to recognize the need for new technologies and develop sustainable solutions by combining different technologies.
Our four interdisciplinary Master's programs in the fields of engineering and sustainable technologies offer a contemporary answer to the questions of our time.
Our Master's Programmes
Engineering and Sustainable Technology Management - Mobility and Automotive Industry
Shape the future of mobility! Learn how to design the latest technologies and promote innovation in a sustainable way with our automotive technology Master's. Develop your soft skills and become a mobility expert who enjoys great job prospects.
Engineering and Sustainable Technology Management - Industry 4.0: Automation, Robotics & 3D Manufacturing
Become an Industry 4.0 expert! In the Master in Robotics program, you learn how to foster innovation and new technologies. You not only get to expand your technical and management knowledge but also your soft and leadership skills.
Engineering and Sustainable Technology Management - Smart Building Technologies
Smart buildings are the future! We teach you everything you need to know about digital building infrastructure and technology management. Thanks to the many projects, you will have the skills that employers are looking for.
Gallery
Admissions
Curriculum
Mobility and Automotive Industry
1. Semester
30 ECTS
- Mathematical Methods reviewed (Tutorial)
- Electrical and Electronics Engineering
- CAD Design and Design Systems (AutoCAD or NX by Siemens)
- Sustainable Technology Management I: Industrial Networking incl. Production Processing Game
- Sustainable Technology Management II: Innovation Radar & Technological Foresight
- Data Analysis and Basic Programming Languages
- Project Lab (incl. SMSCP Level 1) & Measurement Technologies
2. Semester
30 ECTS
- Artificial Intelligence I
- Software Development and Applications (incl. SMSCP Level 2)
- Project & Risk Management
- Sustainable Technology Management III: Product Lifecycle Management incl. CRM and SCM
- Battery Electric Vehicles and Charging Infrastructure
- Future Mobility Concepts
3. Semester
30 ECTS
- Artificial Intelligence II
- Alternative Power Supply incl. Infrastructure
- New Mobility & Automotive Technologies
- Sustainable Technology Management IV: Innovation, Change and Competence Management
- Sustainable Technology Management V: Sustainability & Circular Economy incl. New Business Models
- Digital Signal Processing & Sensor & Cloud Technologies (incl. SMSCP Level 3)
4. Semester
30 ECTS
- Cyber Security
- Company Project / Internship
- Research and Development Methods incl. Master's Colloquium
- Master's Thesis
The study program includes the “Siemens Mechatronic Systems Certificate Program (SMSCP)” on all three levels.
Industry 4.0: Automation, Robotics & 3D Manufacturing
1. Semester
30 ECTS
- Mathematical Methods reviewed (Tutorial)
- Electrical and Electronics Engineering
- CAD Design and Design Systems (NX by Siemens)
- Sustainable Technology Management I: Industrial Networking incl. Production Processing Game
- Sustainable Technology Management II: Innovation Radar & Technological Foresight
- Data Analysis and Basic Programming Languages
- Project Lab (incl. SMSCP Level 1) & Measurement Technologies
2. Semester
30 ECTS
- Artificial Intelligence I
- Software Development and Applications
- Project & Risk Management
- Sustainable Technology Management III: Product Lifecycle Management incl. CRM and SCM
- Industrial Automation (PLC incl. SMSCP Level 2)
- Additive Manufacturing Technologies and Material Sciences
3. Semester
30 ECTS
- Artificial Intelligence II
- Modeling, Simulation and Digital Twin (incl. SMSCP Level 3)
- New Industrial Technologies incl. Extended Reality and Autonomous Robotics
- Sustainable Technology Management IV: Innovation, Change and Competence Management
- Sustainable Technology Management V: Sustainability & Circular Economy incl. new Business Models
- Digital Signal Processing & Cloud & Sensor Technologies
4. Semester
30 ECTS
- Cyber Security
- Company Project / Internship
- Research and Development Methods incl. Master's Colloquium
- Master's Thesis
The study program includes the “Siemens Mechatronic Systems Certificate Program (SMSCP)” on all three levels.
Smart Building Technologies
1. Semester
30 ECTS
- Mathematical Methods reviewed (Tutorial)
- Electrical and Electronics Engineering
- CAD Design and Design Systems (NX by Siemens)
- Sustainable Technology Management I: Industrial Networking incl. Production Processing Game
- Data Analysis and Basic Programming Languages
- Sustainable Technology Management II: Innovation Radar & Technological Foresight
- Project Lab (incl. SMSCP Level 1) & Measurement Technologies
2. Semester
30 ECTS
- Artificial Intelligence I
- Software Development and Applications (incl. SMSCP Level 2)
- Project & Risk Management
- Sustainable Technology Management III: Product Lifecycle Management incl. CRM and SCM
- Building Control System and KNX
- Building Information Modelling and Digital Twin
3. Semester
30 ECTS
- Artificial Intelligence II
- Building Technologies incl. Decentralized Energy Management Systems (DEMS)
- Facility Management
- Sustainable Technology Management IV: Innovation, Change and Competence Management
- Sustainable Technology Management V: Sustainability & Circular Economy incl. new Business Models
- Digital Signal Processing & Sensor & Cloud Technologies (incl. SMSCP Level 3)
4. Semester
30 ECTS
- Cyber Security
- Company Project / Internship
- Research and Development Methods incl. Master's Colloquium
- Master's Thesis
The study program includes the “Siemens Mechatronic Systems Certificate Program (SMSCP)” on all three levels.
Program Outcome
What you will learn
Mobility and Automotive Industry
You gain an in-depth insight into current topics such as autonomous driving, alternative drive concepts, assistance systems, and new sales and business concepts in e-mobility. At the same time, you learn how to design and operate mobility and automotive systems using the latest technologies while driving innovation and sustainable economic success.
Thanks to our skill-based approach, you will learn how to deal with integrated systems and complex technologies and will have the opportunity to improve the soft skills that tomorrow’s employers are looking for.
Industry 4.0: Automation, Robotics & 3D Manufacturing
Our interdisciplinary program helps you design, implement and commercialize innovative systems and technologies. You will gain in-depth insight into top technologies of the digital industry, such as Digital Twin, automation, or additive manufacturing.
During your studies, you will become proficient in current topics such as robotics, extended reality, or circular economy and get to strengthen your soft and hard skills thanks to our project and skills-based concept.
Smart Building Technologies
In this program, you learn how to make buildings smarter and more sustainable. You get to expand your knowledge in the areas of building information modeling and automation, as well as decentralized energy supply. In addition, you will be able to develop your project, communication, and intercultural skills through projects.
Apart from getting technological expertise, our students also get to develop their soft skills and personality. This skill-based approach along with numerous projects helps our Master’s students in fostering the competencies that future employers are looking for.
In addition, you receive the “Siemens Mechatronic Systems Certificate Program (SMSCP)” certification at levels 1-3.
Program Tuition Fee
Career Opportunities
Our innovative approach that pays off
Mobility and Automotive Industry
During your studies, you learn how to manage projects and change, how to promote innovation and sustainability, and lead intercultural teams. Thanks to integrated projects you get to develop your communication, presentation, and negotiation skills and benefit from international job opportunities.
Choose from the following career paths:
- Management tasks within the automotive or commercial vehicle industry
- Positions within car-sharing providers or car rental companies
- Product manager
- Consultant
Industry 4.0: Automation, Robotics & 3D Manufacturing
Upon graduation, you will be a sought-after technology and Industry 4.0 specialist. Thanks to the integrated projects and the skill focus, you are able to take up expert and management positions around the world.
Choose from the following career paths:
- Management positions within production planning
- Manufacturing specialist
- Product manager
- Consultant
Smart Building Technologies
Our new program helps you in becoming an expert in technology management and digital building infrastructure. After finishing your studies you will know how sustainable and smart solutions can have a lasting impact on building infrastructure. This project and skill-based approach prepare you for demanding management positions around the globe.
Choose from the following career paths:
- Management positions within the construction industry and architectural companies
- Positions within system integration
- Product manager
- Consultant
Program Leaders
Program Admission Requirements
Show your commitment and readiness for Grad school by taking the GRE - the most broadly accepted exam for graduate programs internationally.