Business Management (Master)
The business world is becoming more complex. Uncertainty is growing, and changes and risks are shaping how day-to-day business is done. Future managers need to be able not only to look at these facts but also to be well prepared for them. The Master’s degree in Business Management at Salzburg University of Applied Sciences is all about giving aspiring and established managers the right tools. Finding innovative solutions, managing crises, and opening up new business opportunities – the management concepts that the students create will help them.
Industrial Informatics & Robotics (Master)
As industrial computer scientists, students will play a central role in the industrial landscape with their ability to combine various technical disciplines. They will acquire an in-depth understanding of the applications of computer science and information technologies, software and systems engineering as well as mechatronics and robotics in an industrial environment or for the implementation of smart everyday systems. The specialist skills they acquire will become the driving force behind efficient, networked and intelligent innovations.
Design & Product Management (Master)
Nowadays, highly saturated consumer goods markets and increasing consumer needs present companies with very special challenges. The answer to this, however, is thoughtful design and sustainable product management. In the Master’s degree in Design & Product Management, students deepen their skills as a leader in the forward-looking field of circular design.
AI for Sustainable Technologies (Master)
Artificial Intelligence and Data Science are technologies that permeate almost every aspect of life and work, becoming indispensable. With the Master’s programme in AI for Sustainable Technologies, students will become responsible shapers of a future where AI supports people in a sustainable manner. In the programme, they will focus on the two central concepts of ‘Artificial Intelligence’ and ‘Sustainable Technology Development’ and learn to combine their technical competencies in Data Science and Software Engineering with their skills in designing and discussing Sustainable AI.
Design & Product Management (Bachelor)
An eye for aesthetics and a sense of functionality: nowadays, the requirements for modern design are tougher than ever. Art often finds itself harmonising design requirements and technical conditions, as well as the economic and ecological requirements of today’s global world. The result: exceptional products that not only flatter the eye but also come with the utmost ease of use. In the Design & Product Management Bachelor’s degree, students will learn how to bring all of these challenging points together and become a sought-after specialist.
Civil locksmith
Short-term unit aimed at executing, assembling and repairing metal structures, window frames and other non-structural metal elements, in accordance with technical specifications and respecting the rules of safety and hygiene at work.
Forest resources
Preparing and carrying out activities inherent to forest management and forest fire defence, namely fuel management, maintenance and improvement of infrastructures, maintenance and protection of rural areas, respecting health and safety standards at work and environmental protection, participating and interacting as part of a team.
SME-Management & Entrepreneurship (Bachelor)
The Bachelor’s degree programme will turn the students into an expert in small- and medium-sized enterprises. Whether financing, recruitment, or HR – they identify opportunities and risks and create innovative solutions for successful business development. During the course, they will learn everything about strategic business management as well as about project and process management. In addition to professional and managerial skills, they will also develop their social skills. Learn how to react quickly and flexibly to market conditions, to develop sustainable competitive advantages in the market, and to attract the best professionals to your company.
TOURINGS – Training for collaborative robotics integration
This course aims to introduce students to the use of collaborative robotics. This technological solution allows the interaction and collaboration of the operator with the robotic unit, which provides greater productivity, efficiency and control, as well as improving the ergonomics of the operator in the processes. The course has practical and theoretical contents to learn first-hand about the collaborative robot, its programming and re-programming, modularity and installation on the assembly line. It is structured in 3 training modules, with theoretical contents, videos, questionnaires and extra contents. 1.- Introduction to Collaborative Robotics 2.- Collaborative Robotics and its Installation in the Assembly Line. 3.- Interactions of Collaborative Robotics. Digital Human Model, Digital Human Simulation and RULA Method.
Degree in Automation Engineering Technological Education
The Department of Automation Engineering at the University of West Attica offers a comprehensive undergraduate programme focused on automation technologies, control systems, and intelligent infrastructures. The curriculum combines theoretical and practical training, preparing students to design, implement, and optimise automation solutions in industrial and smart building environments. The curriculum encompasses theoretical knowledge and practical skills in various technologies, including electrical, electronic, hydraulic, pneumatic, mechanical, chemical, and biological systems. Students gain in-depth understanding of system structures and operations, with particular emphasis on areas such as robotics, CNC machine tools, industrial data collection and processing networks, and intelligent control systems. The programme also provides extensive training in computer systems and software, highlighting industrial informatics.
