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UNESCO Chair "Engineering for Society" within the POLITEHNICA Bucharest University, Romania
The UNESCO Chair "Engineering for Society" within the "Politehnica" University was established in 2018, with the main objective of contributing through study and research programs to green energy, intelligent transport, the reduced impact of air transport on the environment, the digitization of transport in order to address UNESCO's mission to provide education for sustainable development.
The department currently organizes the following international interdisciplinary master's programs:
The Master's program "Green, Smart and Integrated Transport and Logistics" offers you, by enrolling and graduating, a holistic understanding of different technological options and methods, interdisciplinary skills, all the necessary competences to develop, analyze and manage innovative and advanced sustainable systems for transport and logistics.
Duration of studies: 2 Years (120 ECTS Credits)
Language Master: English
By completing this master's program, you will acquire transversal skills in aviation and ICT, a holistic understanding of ICT options and methods applied in aviation, the main competencies for developing, analyzing and managing innovative and advanced aviation ITC systems.
Duration of studies: 2 Years (120 ECTS Credits)
Language Master: English
The master's program "Engineering and Management of Intelligent Cities" offers skills and abilities that allow planning, implementation and coordination of the operation of the engineering components related to smart cities.
Duration of studies: 2 Years (120 ECTS Credits)
Language Master: Romanian
Polytechnic University of Madrid (Universidad Politécnica de Madrid, UPM), Spain
The Department of Aerospace Systems, Air Transport and Airports at UPM integrates teaching and research resources across various disciplines to support aerospace operations. Its focus includes airport infrastructure, information systems for safe and efficient aerospace vehicle interaction, air transport system management and the policy and regulatory framework. The department comprises multiple knowledge areas, such as Air Transport, Air Navigation, Airports and Electronics, with shared resources and collaboration across them. It provides teaching and research supported by dedicated staff, laboratories and facilities. This integrated approach ensures flexibility and interdisciplinary learning within the field of aerospace systems.
The objectives of this master's degree aim at ensuring that future graduates have sufficient knowledge and skills to exercise the regulated profession of Aeronautical Engineer and, in addition, to meet legal requirements as set out in the Order CIN/312/2009, of 9 February, which establishes the requirements for the verification
of the official university degrees qualifying for the practice of the profession of Aeronautical Engineer (Ingeniero Aeronáutico).
Duration of studies: 2 Years (120 ECTS Credits)
Language Master: English
The master program is aimed to form professionals and researchers specialized in the design, exploitation and analysis of Aerospace Systems, Air Traffic Management Systems, Airline operation and Air Transport Infrastructures.It aims to improve safety, efficiency and capacity of the air transport and its infrastructures based upon a human centered use of information technology and systems analysis.
The educational objective of the Master's Degree in Air Transport is to prepare students for developing research and professional activity within the areas of airline management, design and operation of air transport infrastructure, systems analysis and architecture, and the operation and development of the Air Traffic Management.
Duration of studies: 1.5 Years (90 ECTS Credits)
Language Master: Spanish/English
This Master is dependent on and organized by the University Institute of Microgravity ‘Ignacio Da Riva’. Aimed at graduates in Aerospace Engineering and related disciplines. The objective of the master's degree is to provide advanced training in the field of space systems engineering. From a strictly curricular point of view, the teaching is aimed at providing students with the necessary training to understand the scientific and technological methodology that governs the conception and design of a space system: space environment, orbital mechanics, attitude control, thermal control, launchers, space mechanisms and structures, materials, power system, data management and processing systems, communications, compatibilities, reliability, etc., as well as the process of integrating the different subsystems in a space system.
Duration of studies: 2 Years (120 ECTS Credits)
Language Master: Spanish
Université de Strasbourg, France
The University of Strasbourg was founded in the 16th century by Johannes Sturm, a protestant scholar. Sturm created a Protestant Gymnasium in 1538 with the mandate of disseminating knowledge, one of the core values of Humanism. Through the years, the Gymnasium progressively developed into an Academy and a University before it finally became the Royal University in 1631.
Strasbourg is the second most international university city in France (after Paris). Today, the University of Strasbourg counts 42.000 students, offers initial and further education in a wide range of academic fields and is an international player in scientific research.
The Master's degree in Industrial Management and Innovation prepares professionals to perform tasks related to project management, the coordination of physical and informational flows, resource management, team leadership, and production management. It enables the implementation of integrated management software in the context of an "extended enterprise."
The program provides the skills to oversee production processes and improve performance in terms of cost, quality, and deadlines. It incorporates tools and methods of operational excellence to meet the demands of internal or external clients. It ensures compliance with results, measures, and manages the performance of the company's production processes.
Furthermore, the Master's fosters the ability to propose industrial developments and innovations as part of continuous improvement efforts, aligned with the organization's strategy. These efforts consider economic, social, and environmental requirements within the vision of the "Enterprise of the Future." It equips graduates to manage a department and coordinate a team.
The training cycle (M1 + M2) can be completed entirely through an apprenticeship.
It is also possible to undertake this program through a specific Master 2 track in continuing education, focused on Lean Management and the Industry of the Future 4.0.
Duration of studies: 2 Years (120 ECTS Credits)
Language Master: French
The Master's degree in Quality, Safety, and Environmental Management prepares professionals to carry out tasks related to project management, quality control and assurance, resource management, team leadership, quality-driven management, and integrated management (quality, safety, and environment).
It equips graduates with the skills to oversee production processes for goods and services, aiming to enhance performance in terms of cost, quality, and deadlines. The program incorporates tools and methods for continuous improvement to meet the requirements of internal or external clients and ensures effective supplier quality management.
The Master’s also ensures graduates can verify compliance with results, measure, and manage the performance of the company’s processes. It encourages the development of innovations and improvements within a continuous improvement framework, aligned with the organization’s strategy and taking into account economic, social, and environmental requirements.
The training cycle (M1 + M2) can be completed entirely through an apprenticeship.
Additionally, this program is available as a specific Master 2 track in continuing education.
Duration of studies: 2 Years (120 ECTS Credits)
Language Master: French
The Industrial Engineering program is highly practical and intentionally designed to connect with the industrial business world. Its goal is to train technical managers capable of taking on leadership roles in mechanical engineering and industrial engineering, focusing on the design and management of industrial systems.
The core skills to be acquired include product and production system design, industrial management, quality, safety, and environmental management. These skills are complemented by a solid understanding of the corporate world, encompassing economic, legal, and managerial dimensions. This comprehensive training is closely tied to the surrounding industrial ecosystem.
At a time when companies face multiple challenges—such as improving production system performance, reducing development cycles, implementing quality-oriented management, and respecting environmental standards—new competencies are in high demand. These include expertise in production management, methods, quality, logistics, as well as procurement, industrial purchasing, and human resource management.
The program equips graduates with tools and methods used by engineers to combine versatility and technical expertise, blending theory with practical application.
Duration of studies: 2 Years (120 ECTS Credits)
Language Master: French