Engineering Study at FH Upper Austria
Reach higher by studying at the FH Upper Austria
So you want to work on new automation solutions or in mechanical engineering in industry? Or design a production facility, develop metals and plastics or new devices for medicine or innovative hardware-software systems for the aircraft, automotive or electronics industries? At the University of Applied Sciences Upper Austria you’ll learn the necessary skills. There are eight Bachelor’s and Master’s degree programmes related to engineering in Hagenberg, Linz and Wels. Career prospects are excellent!
Studying Engineering at FH Upper Austria campuses in Hagenberg, Linz, Steyr or Wels
If you study at Austria´s largest and most research-oriented University of Applied Sciences, you don´t need to worry about your future.
Bachelor
Applied Energy Engineering
This course produces graduates who are qualified to develop and apply new energy technologies, helping ensure that energy is used as sensibly and efficiently as possible to save resources and the environment while giving due consideration to the needs of business, industry and society.
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Automation Engineering
Students learn how to work in the field of automated plant and process technology with machines, manufacturing and production systems which are automated by use of appropriate measuring, control and regulation technologies. They are primarily concerned with optimising the operation and productivity of machines, systems and plants.
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Automotive Computing
Acquire the know-how to drive the digital revolution in the automotive sector. This degree focuses on the ICT-aspects of connected cars, and also takes in areas like security, efficiency, communications and infotainment. Topics include software technology and automotive engineering.
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Civil Engineering
Civil engineers are in demand: they plan and design buildings and coordinate construction teams. In contrast to the architect, for whom function and design are in the foreground, the civil engineer learns to evaluate ideas mathematically in the areas of safety, performance and costs.
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Electrical Engineering
One of the leading trends today is the shift towards environmentally friendly electrical energy supply. This has created the need to develop systems for renewable energy utilisation and to adapt current energy systems. Therefor innovation, new products and technologies and young, motivated engineers, who can support this international trend, are required.
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Mechanical Engineering
Developing light weight structures in automotive or aerospace systems requires the application of innovative design and computation methods. Graduates are able to develop and optimise mechanical systems and components using modern methods, such as simulation, 3D design, bionics etc.
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Hardware-Software-Design
Smartphones, cars, robots etc. are smart thanks to in-built technology which depends on the perfect combination of software and hardware. This symbiosis is the focus of our Hardware-Software-Design degree, which equips students with informatics, IT and electronics know-how needed for the design of embedded systems, software applications and chips.
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Smart Production Technology
The work of graduates of this degree programme is to design new user-friendly technical products for a target group and to make complex facts easily comprehensible. Alongside a comprehensive education in technical communication students learn how to design mechatronic and software products and sound knowledge of the ergonomics and user-friendliness of technical products.
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Lightweight Design and Composite Materials
The rotor blades of wind turbines and various sports equipment must be lighter but at the same time measure up to the highest safety standards. Lightweight construction will be the central concern in industry in the future. Everywhere where material is moved in large quantities lightweight construction developments will play a role in order to save costs.
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Medical Engineering
Our degree programme in Medical Engineering provides students with a solid background in medical device & rehabilitation technology. Computer tomographers, prostheses or pacemakers – these medical products and many others – require the type of technical interest which can be honed over the course of our programme and turned into applicable skills.
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Process Engineering and Production
Every type of chemical production involves process engineering. Graduates of this programme are able to develop and operate plants and processes in this field.
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Materials and Process Engineering
In modern technology, a sound knowledge of materials and the various ways of processing them determines the design, function and durability of products. Intensive research and development is undertaken to make new materials and methods of processing them possible. This course aims to prepare graduates to work specifically in this field.
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Master
Applied Energy Engineering
This MSc programme focuses on the field of efficient and environmentally friendly energy technology, covering innovative technical as well as economic aspects of energy production, distribution and consumption. The programme offers specialisation in solar technologies or in the planning and maintenance of energy efficient buildings.
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Plant Construction
The MSc in Plant Engineering offers graduates of technical BSc or Diploma degree programmes a higher qualification and specialisation in this field. A number of internationally successful construction companies based in Upper Austria supported the development of this course.
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Applied Technologies for Medical Diagnostics
Applied Technologies for Medical Diagnostics is a joint study program of the University of Applied Sciences Upper Austria and the University of Applied Sciences for Health Professions Upper Austria. It covers a new professional area at the intersection of engineering, natural sciences and technology-oriented health professions, neatly filling the gap between development engineering and the application of medical devices.
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Automation Engineering
The MSc in Automation Engineering offers graduates further specialisation in the following three main areas of the subject: >> plant automation for the general systems engineer >> industrial IT: software as the implementation technology for modern systems >> sensors and measuring technologies: specialist in sensors and measuring.
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Civil Engineering
The Master’s programme Civil Engineering in Building Construction offers a comprehensive post-graduate degree in the field of civil engineering with a focus on building construction. In addition to an extensive, in-depth education in construction engineering, students may choose elective subjects from two different course pools.
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Electrical Engineering
One of the leading trends today is the shift towards environmentally friendly electrical energy supply. This has created the need to develop systems for renewable energy utilisation and to adapt current energy systems. Therefor innovation, new products and technologies and young, motivated engineers, who can support this international trend, are required.
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Embedded Systems Design
Embedded systems are an integral part of smartphones, cars, robots etc. They are also essential to building smart homes or smart cities. Designing those complex systems requires know-how in the development of hardware and software, sensors and systems networking. Our study programme covers all those aspects and offers three specialisation pathways.
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Energy Informatics
Ensuring security of energy supply and managing the transition to a low-carbon future are crucial in any economy. This requires IT experts who can design and/or operate future smart grids, smart city infrastructures and enhanced energy supply systems. Our study programme provides technical, business and legal expertise for precisely these areas.
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Mechanical Engineering
The MSc in Mechanical Engineering complements and builds on the BSc in this subject. Numerical simulation and experimental testing and trials are increasingly used in the fields of machine and plant construction, aviation and space flight and the steel and plastics processing industries.
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Lightweight Design and Composite Materials
In view of rising fuel and energy costs and the carbon dioxide problem, motor vehicles and aircraft must use less fuel in future. The rotor blades of wind turbines, various sports equipment such as tennis rackets, skis or Formula 1 cars (fibre-carbonmonocoque) must also be lighter but at the same time measure up to the highest safety standards. Lightweight construction will be the central concern in industry in the future.
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Medical Engineering
This programme is an in-depth graduate programme in Medical Engineering with emphasis on medical device and rehabilitation technologies based on current practice. Additional modules, extensive project work and a Master’s thesis complete the requirements of this specialised graduate programme.
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Robotic Systems Engineering
Die Robotik entwickelt sich zu einer der Schlüsseltechnologien. Das neue duale Masterstudium kombiniert die Robotik mit der Informatik und ist damit einzigartig. Die Inhalte bauen auf Trends, wie Industrie 4.0, kollaborierende Robotik, digitale Helfer (z.B. Exoskelett) uvm. auf. Eine Rolle werden auch autonome Fahrzeuge und Smart Devices spielen.
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Materials and Process Engineering
The MSc in Materials Engineering offers specialisation in “plastics processing” and “metals”. Alongside specialised technical education, the course focuses on aspects of processing, joining and lightweight construction. In addition, comprehensive knowledge of Business Economics, Leadership and Social Competence are acquired.
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Kontakt
For further questions please contact the particular programme administration or our 4 schools.
FH Oberösterreich
Zentrale Verwaltung
Roseggerstraße 15
4600 Wels/Austria
Tel.: +43 5 0804 10
E-Mail: info@fh-ooe.at