Master's degree
Study programmes
The master's field in which this study programme integrates is Industrial Engineering. The duration of the studies is 2 years (120 ECTS credits). The purpose of the master's degree is to provide skills and competencies for a professional and research career in the field of Advanced Materials Welding Engineering. The study programme has correspondence with other master's programmes at international level, such as: Universitade del Vigo (Spain), Radboud University Nijmegenn (Netherlands), Cranfield University (England), Ohio State University (United States), University of Wollongong (United States), Montana Tech of the University of Montana (United States), PSG College of Technology, Coimbatore (India) - Welding Engineering.
Skills developed: Carrying out a diagnosis on the welding behaviour of advanced materials, skills to respond to new knowledge on the design of welding technologies by melting, pressure and other welding-related processes, development of technological design skills of welded structures and management of welding equipment, development of scientific research skills in the field of welding advanced materials.
Perspectives after graduation: European / international welding engineer; Research engineer as doctoral student; Specialist teacher in pre-university education; Welding inspection expert; Technical issues advisor.
The master's field in which this study programme integrates is Industrial Engineering. The duration of studies is 2 years (120 ECTS credits). The programme mainly involves the training of engineers capable of coordinating safety activities in industry, while taking account of the EU legal context on occupational health and safety designed to cover maximum risks with minimum legislation. Framework Directive 89/391 / EC (transposed in Romania by Law 319/2006 - Law on occupational safety and health) establishes the main principles of occupational risk prevention. EU actions in this area are required for better working conditions in the EU: greater safety at work, occupational risks must be assessed and protection measures must be in place. The general well-being at work is taken into account, considering both physical and psychosocial risks. This is why we train specialists who will be able to identify and prevent risks at work and to provide safety and a high level of satisfaction for their employees, while avoiding possible fines for non-compliance. Action at European level entails the same degree of protection and compliance with the minimum conditions for health and safety at work, regardless of the Member State.
Perspectives after graduation: Expert in occupational safety and health, Auditor and evaluator of management systems for occupational health and safety; Occupational safety and health manager.
The master’s field in which this study programme integrates is Materials Engineering.
The duration of studies is 2 years (120 ECTS credits), with the master’s students acquiring skills such as:
- - the use of modern concepts and theories in the field of advanced metallic, ceramic and composite materials;
- - application of analytical techniques modernly adapted to the field of advanced materials and related fields;
- - use of basic concepts in the field of research management in materials engineering;
- - applying the principles of scientific research specific to the field and carrying out oral / written communication, through which the results obtained are presented in a clear and convincing way;
- - the management of advanced materials in relation with obtaining them with alternative resources available in the context of sustainable development;
Completion of this study programme enables graduates to approach most professions in the field of Materials Engineering.
Perspectives after graduation: research engineer in process equipment; researcher in machine building technology; expert metallurgical engineer; research assistant in non-ferrous metallurgy; metal casting research engineer; research engineer in plastic processing and heat treatment; materials science research engineer; assistant lecturer; project manager; company administrator; research assistant in unconventional technologies and equipment, process engineer in rapid prototyping, expert in the field of ceramic and composite materials.
The study program falls within the fundamental field of Engineering Sciences, in the master's degree field of Materials Engineering.
The general objective of the study programme is to provide students with advanced knowledge, research skills, and managerial competencies required to design, synthesize, characterize, and implement innovative materials and technologies.
The programme fosters interdisciplinary expertise by integrating fundamental and applied aspects of materials science with engineering problem-solving and modern management approaches, preparing graduates to address complex challenges in industrial applications, research and development, and sustainable technological innovation.
The Master's degree program MATERIALS SCIENCE, ENGINEERING, AND MANAGEMENT provides training at EQF level 7 (Bologna cycle II - master's degree studies) for students who have graduated from the bachelor's degree programs in the fields of: Mechanics, Materials Engineering, Industrial Engineering, Engineering and Management. The Master's degree program assumes the mission of training specialists in the field of Materials Engineering, capable of using valuable scientific and technical knowledge.
In particular, the program has as its mission the specialization of graduates of higher technical education in the design of technologies for obtaining products in the field of advanced materials engineering, based on metallic, ceramic, composite, and polymer materials, used in leading industries.
The program also offers a solid structure of theoretical and practical knowledge of engineering and management, which will allow the future graduates to successfully use the knowledge acquired in the business environment.
