Vergelijkbare opleidingen
Opleiding: Master Green Mobility Engineering
Learning purpose
- Innovation: Need to get ahead of competition in advanced drivetrain technologies as hybrids & electric vehicles.
- Cross-technological Developments: Need to holistically understand and develop technological concepts combining electrical and mechanical elements.
- State-of-the-Art Engineering Development: Need to actively manage and improve methodical and technical engineering knowledge.
- Global Business Environment: Need to manage rapidly growing numbers of international projects and cooperation with several partners and suppliers.
- Personal Skills: Need for employees to develop both engineering and management skills to remain competitive.
Target audience
- Mid-career and young professionals (age 27 - 40) identified as high potentials in the company
- Foreseen career path as an engineering specialist with growing responsibilities as a „generalist“ in the fields of development, production, logistics, services or related fields.
Programme
Graduates of the Master Program Green Mobility Engineering (GME) are able to meet the requirements of future mobility systems regarding the conversation of natural resources and environment protection as well as social acceptance, and to drive the re-orientation regarding energy and utilization efficiency, zero emission level, neutral CO2-balance, safety, comfort and affordability. Therewith they supplement and replace existing technologies.
For this purpose, they acquire an extensive and structured system-knowledge, divided into the subsystems automotive (with its components, functional elements and materials), driver, traffic, infrastructure, markets and society. They are capable 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. Methods and processes needed for an efficient development of technical, economical and in the market successful and innovative solutions are familiar to the graduates. Moreover graduates are capable to reduce complexity by means of innovative problem solution methods and further creativity approaches.
For that, they will attain knowledge, skills, capabilities and competences in the fields of energy efficient combustion machines, regenerative fuels, energy sources and storages, safe and efficient propulsion systems, efficient use of available energy in the car, lightweight design, control and regulation concepts, architectures and technologies, E-Engines, power electronics, embedded electronic systems, sensor data processing, production systems for electro mobility, drivability, models of human behavior, noise and vibration comfort, advanced driver assistance systems, car-to-car and car-to-infrastructure communication systems, automated perception of environment by cars, autonomous vehicles, mobility supply and demand, holistic CO2-balance and smart supply of energy.
Entry Requirements
- First degree: Bachelor, Diplom (Uni/FH/BA), M.Sc., ...
- Min. 3 years of relevant work experience with according references
- TOEFL score with a minimum of 570 points pb, 250 points cb and 88 points
- Optional: GMAT, GRE or HECTOR School Assessment
- Recommended background studies: Mechanical and Electrical Engineering, Industrial Engineering or studies in related fields
Professional perspective and employment market
In the industrial sector, mostly in the automotive industry, students and alumni of HECTOR School are developing engines and alternative drive systems. Green Mobility Engineering prepares them for their future position as team or division leaders in these fields. The program is optimized to train interdisciplinary system-oriented understanding and thinking.
Opleiding kerngegevens