Karlsruhe Institute of Technology
HECTOR School of Engineering & Management
M.Sc. in Mobility Systems Engineering and Management
Electronic systems are omnipresent. Currently they range from portable devices such as smart phones to large stationary installations like the systems controlling of power plants. Communication - stationary or over-the-air – of these particular systems form a network of control, sensing and influencing the environment. A cyber physical system is the result.
These trends fundamentally influence industry (industry 4.0) and mobility, mainly vehicles for automated driving, electrical drive trains and car-2-x communication. As a consequence, sustainable mobility concepts are increasingly using embedded electronic systems to maximize efficiency, enable automation and reduce pollution.
Challenges start with new processes, methods and tools of systems engineering that are needed to design and validate these networks of embedded systems. Agile programming (e.g. Scrum) for self learning functions up to artificial intelligence will find its way into conservative mechanical engineering and enhance the more or less established life cycle models such as the “V”. In addition validation will step beyond X-in-the-Loop and demand for data analytics of a large number of sensor data. But what is the right method for the right challenge? Am I using the appropriate tool or am I horribly over-loading the simple task? Assessments will answer these questions, currently we rely on CMMI and SPICE, which will surely be enhanced for the upcoming hypes.
Also, electronic systems are designed to do some specific tasks, rather than be a general-purpose computer for multiple tasks. Some also have real-time performance constraints that must be met, for reasons such as safety and usability; others may have low or no performance requirements, allowing the system hardware to be simplified to reduce costs. Standards (e.g. ISO 26262 for functional safety) will influence the design decision process.
The story goes on with reducing the size and cost of the product, increasing the reliability and performance of electronic components such as sensors and controllers enables more and more digital applications. And does not end here. As a consequence the demand for innovations by society and the raise of new technologies in universities and large scale research institutions offer tremendous opportunities to overcome “historic” electronic development thinking.
The Master Program in Mobility Systems Engineering and Management, starting in October 2018, offers a unique combination of courses in emerging technologies, systems engineering knowhow and methods as well as management tools tailored for those challenges of mobility: e-drive, auto-drive, communication-over-the-air, and worldwide release and configuration management. Within the master program specifications in those area can be chosen.
With its long tradition in mobility, electrical, information and communication programs, the Karlsruhe Institute of Technology (KIT) provides an ideal environment. Building on the long-established reputation for excellence in business engineering, our master program combines an in-depth knowledge and understanding of fundamental concepts in business, finance and management with the latest developments in Electronic Systems and Mobility Systems Engineering. With the new master program participants will acquire tools that will guide their career in this exciting area.
Other courses offered by Karlsruhe Institute of Technology
M.Sc. in Energy Engineering and Management
M.Sc. in Financial Engineering
M.Sc. in Information System Engineering and Management
M.Sc. in Management of Product Development
M.Sc. in Optics and Photonics
M.Sc. in Production and Operations Management
About HECTOR School of Engineering & Management
- First academic degree: Bachelor, Master, Diploma, etc. in a relevant subject such as Engineering, Electrical engineering, Mechanical engineering, Information technology, Mechatronics, Sensor system engineering, Automation engineering. In exceptional cases, other degrees may be accepted.
- Minimum of 1-2 years of professional experience in the specific field of the program
- English language proficiency is required, e.g. English as mother tongue or test certificate (e.g. TOEFL score of at least 570 PBT; 230 CBT; 90 iBT or IELTs at least 6,5 points) or appropriate proof of C1 level.
The HECTOR School is the Technology Business School of the Karlsruhe Institute of Technology (KIT).
Named after Dr. Hans-Werner Hector, one of the co-founders of SAP AG, HECTOR School aims to provide professionals with state-of-the-art technological expertise and management know-how within part-time education programs.
The HECTOR School fosters lifelong learning within industry. Participants are supported in their career development with executive master degree programs, certificate courses, and customized partner programs. The benefits of the executive master programs are numerous for participants as well as for the companies they work for:
- Unique Holistic Approach: A combination of technology expertise and management know-how.
- State-of-the-Art Knowledge: Direct transfer from the Karlsruhe Institute of Technology (KIT) research.
- Part-Time Structure: Allows participants to continue with their demanding careers whilst acquiring new skills.
- Master Thesis to set up Innovation Projects: Companies gain outstanding added value through the consultation of such projects by professors from KIT.
- Excellent Networking Opportunities: Professional networking is fostered across industries and on an international scale.
Our directors enrich HECTOR School with strong business experience combined with academic competence. Industry backings provide opportunities to generate ideas with substantial practical impact, which also feed insights into creative teaching approaches.
Professors from the KIT, internationally recognized faculty members from our partner institutions as well as business experts from leading companies form the faculty of HECTOR School.