Are you interested in sustainable and modern mobility options?
If the decision between car, bus or train is a thing of the past for you, the New Mobility – Micromobility master’s program should be more than exciting for you. Our master’s program is aimed at engineers from a wide range of disciplines and designers who are enthusiastic about materials, mobility and lightweight construction.
The program – held entirely in English – offers the best professional prerequisites through the special competence in lightweight construction and fiber composite materials, which has
been incorporated into research and research and teaching at the PFH for years. In addition, you apply the knowledge you have acquired during your studies in practical, “real” projects.
As a graduate of this program, you will be involved in the development of mobility solutions and will be able to use your knowledge to understand and evaluate mobility concepts.
– Program language: English –
Your Benefits
- Interdisciplinary study programme that includes engineering, business science, digitalization and sustainability
- Putting theory into practice through numerous projects and case studies
- Completely in English and according to the latest industry requirements
- Up-to-date content provided by professors with practical experience
- Selected management content in the study programme
- Individual support in small learning groups
All Facts about the Course
Studies
▶ Master of Science 120 ECTS
▶ Industry Oriented Program
▶ Scholarships Available
Entry requirement
▶ University degree in engineering
or comparable subjects.
Length of study
▶ 4 semesters
Tuition fee
▶5400 Euros per semester
▶1000 Euros exam fee (one-time)
▶940 Euros enrollment & administration fee (one-time)
Place of study
▶ Stade (Hamburg)
Start of studies
▶ October every year
study content
Whether practical projects, varied focal points or exciting modules – during your studies you will be comprehensively trained for your career. See what content is waiting for you here. You can find the course content in detail in our information material.
Summary
Advanced mathematics and technical mechanics
higher mathematics
Higher Technical Mechanics
In-depth project management
Agile project management
Digital factory planning
big data
machine learning
OLAP and data mining
Innovation and digital transformation
Digital business models
Innovation and start-up management
law and ethics
ethics in engineering
Patent law and innovation protection
Sustainable Development / Circular Economy
Sustainable structural design
circular economy
Sensor technology and applications
Measurement and Control Technology
sensor technology
Modern materials and technologies
Additive manufacturing
Composites and Processes
Information technology and cyber security
hazards and security measures
Data, information and knowledge technologies
digital technologies
Industrial Internet of Things (IIoT)
Applied Simulation / Virtual, Augmented, Mixed Reality
Management Accounting
Internal accounting and controlling
Change management and leadership
change management
leadership
Quality Assurance and Control
Quality Techniques and Procedures
Non-destructive testing (NDT)
Mobility concepts and technologies
vehicle categorization
Modern drives
energy storage systems
Infrastructure in transport and mobility
transport infrastructure
charging infrastructure
Design for mobility concepts
Digital test models
Lightweight construction and construction methods
Project / practice module
Research methods and knowledge management
internship
Practice project
Master’s thesis
Master’s thesis and disputation