Are you interested in the mechanics of Engineering? Do you have a degree in science and are contemplating different opportunities in the field? Then a Master in Automotive Engineering is a possibility for you! This discipline can provide students with excellent career possibilities in the public and private sector.
Automotive Engineering uses Mechanical, Electronic and Safety Engineering to design and run cars, buses, motorbikes, trucks and so on. As a student earning a Master in Automotive Engineering, you will gain the important knowledge and skills to build, test and repair vehicles. As part of a Master in Automotive Engineering program, students can specialize in areas such as aviation, energy and transport, green engineering, transportation design, and automotive systems.
This site provides you with access to several programs that will qualify you to get a Master in Automotive Engineering. So click on any of the links and continue your education with a Master in Automotive Engineering, today!
Although mobility is crucial to the global economy, it has also contributed to rising CO2 emissions. We need creative solutions that combine mobility requirements with sustainable, social and technical developments. [+]
Vehicle Dynamics and Clean Drive-line Control Systems |Construction of Vehicles | Calculations and Modelling | Advanced Powertrains | Fuel Cell Drives [+]
Environment, security, comfort, reliability and energy optimisation – these are the main areas being researched by manufacturers in the automobile sector for designing the new vehicles of the future. [+]
Graduates of the Green Mobility Engineering master program know the requirements of future mobility systems in terms of conversion of natural resources, environment protection, energy and utilization efficiency, zero-emission level, neutral CO2 balance, safety, comfort, and affordability. [+]
In recent years automotive systems have increased in number, scope and complexity. The automotive industry is faced with an enormous challenge due to the rise in competition and steadily increasing requirements regarding cost, active and passive safety and fuel economy. [+]
The Esslingen Graduate School
Internationality is a very important feature of the Esslingen University Graduate School.We have students from diverse cultural backgrounds studying, working and living together. This intercultural exchange and cooperation is a strong added value for our master’s students.
Esslingen University maintains regular contact with many prime international companies. This is important for the devopment, planning and teaching of our programs, and is of great benefit during the students' practical semester. The Esslingen University master courses are regularly accredited by renowned associations such as the FIBAA and ASIIN.
ESSLINGEN – AN IDEAL PLACE TO STUDY... [-]
The aim of the Master is to educate electronic engineers with a solid knowledge of the methods and tools that make electronics the foundations of all the systems that collect, process, trasmit and store information, with a particular emphasis on the electronic subsystems that are embedded in the nowadays and future vehicles. [+]
The Master Degree in “Advanced Automotive Electronic Engineering” fits within a collaboration between the four major Universities in Emilia-Romagna and the main Companies involved in the design and manufacturing of automobiles and motorbikes in the premium and racing sector: Automobili Lamborghini Spa, Dallara Automobili SpA, Ducati Motor Holding Spa, FCA Group - Maserati e Alfa Romeo, Ferrari Spa, Haas F1 Team, Magneti Marelli Spa, Scuderia Toro Rosso Spa.
The aim of the Master is to educate electronic engineers with a solid knowledge of the methods and tools that make electronics the foundations of all the systems that collect, process, trasmit and store information, with a particular emphasis on the electronic subsystems that are embedded in the nowadays and future vehicles.... [-]
The Master programme embraces the entire design development process by researching into new experiential concepts, redefining architectural solutions and moving forward with new criteria for comfort and efficiency. Today’s design paradigm must be brought into question in order to better interpret new aesthetic and social trends. The studio projects, organized in collaboration with major car companies... [+]
The Master in Automotive Embedded Software is a two year study programme taught in English which provides advanced knowledge in the field of automatic systems engineering applied to automotive embedded software. Graduates gain both a theoretical background in the field, and the methods of practical applications in order to offer complete solutions to practical problems in embedded systems. [+]
In the courses, great importance is placed on a continuous interaction between theoretical and scientific knowledge and practical application. [+]
A functional and well-developed transport system is a prerequisite of a sustainable and prosperous society. The creation and maintenance of such a system demands knowledge of transport and geoinformation technologies, as well as understanding of how the new technologies and policies are adopted, how they interact and how they affect our daily activities. [+]
A functional and well-developed transport system is a prerequisite of a sustainable and prosperous society. The creation and maintenance of such a system demands knowledge of transport and geoinformation technologies, as well as understanding of how the new technologies and policies are adopted, how they interact and how they affect our daily activities.Transport and Geoinformation Technology at KTH
The master’s programme combines two closely related aspects of the built environment: transport systems and geoinformation technologies. The programme enables students to either specialise in one of these main subjects, or develop their own interdisciplinary study plan, making use of each student’s unique background and interests. The recommended courses form a foundation for both subject areas, and students can choose a subject area by selecting the most appropriate sequence of the elective courses. Most courses combine interactive lectures with laboratory work. Many also include an in-depth term project. The courses make use of modern data collection instruments and quantitative modelling and processing software.... [-]
Mastering energy has been the main driver of modern growth and development. World economic development is probably more dependent than ever on energy, and face major energy challenges very closely interrelated: improve energy efficiency, cut down fossil energy consumption to reduce energy dependence and CO2 emissions, and developing alternative renewable energy sources. [+]
It is a two-year Erasmus Mundus Master's Course in Sustainable Transportation and Electrical Power Systems (EMMC STEPS) given by four partner universities in the field, divided into two mobility tracks:Sustainable transportation Electrical Power Systems Challenges and opportunities The Energy Sector
Mastering energy has been the main driver of modern growth and development. World economic development is probably more dependent than ever on energy, and face major energy challenges very closely interrelated: improve energy efficiency, cut down fossil energy consumption to reduce energy dependence and CO2 emissions, and developing alternative renewable energy sources.... [-]
The course based Master of Engineering - Mechanical Engineering (Automotive Option) will prepare graduates for leadership positions within the automotive and manufacturing industries. [+]
The goal of the master study programme Mechatronics, specialization Automotive Electronics is to prepare the graduates for work in research and development, and the design of mechatronic systems with a focus on automotive applications. [+]
The Programme has the aim of training highly qualified professionals with a solid background in the design of vehicle dynamics and capable of operating in all the phases of design and development of the vehicle, from dynamic simulation to testing the prototype and the preproduction vehicle. [+]
New Edition Academic Year 2017-2018: seats are still available
Classes start: 23rd October 2017
The Programme has the aim of training highly qualified professionals with a solid background in the design of vehicle dynamics and capable of operating in all the phases of design and development of the vehicle, from dynamic simulation to testing the prototype and the preproduction vehicle. The Course provides students with special and specific competence in vehicle testing techniques, both virtually, through CAE, and experimentally on the real vehicle (on track and road). See the promotional video of the Programme The training program, as an absolutely innovative element, includes, alongside frontal instruction, test sessions on the circuit of the Quattroruote Safe Driving Centre, during which the participants will be engaged at first hand in learning the techniques and methodologies used in testing, inspection, checks and fine tuning of the vehicle dynamic behavior. All the participants will take a specially designed course in Advanced Driving, oriented to the subsequent phase of testing and inspection on the circuit. The training program of the Course is completed, and this aspect also represents an innovation, by the use of a static simulator for developing vehicles in a virtual environment. The Programme is a full time, international, one-year course equivalent to 1,500 hours and to a total of 60 ECTS points, divided into frontal instruction at the University of Pavia, Palazzo Vistarino, practical exercises at the Quattroruote circuit (Vairano di Vidigulfo, Pavia), an internship period (equivalent to 24 ECTS... [-]