Preparation for the Master Carpenter Qualification Examination, Technical Part
According to the provisions of the Trade Regulations, anyone who is 18 years of age and believes they have the necessary technical knowledge and skills can take the qualification examination. The course builds upon the curriculum of the Vocational School for Carpentry, which is therefore considered a minimum requirement for participants. The content of the individual subjects will be summarized and deepened, and tasks and examples will be worked through together in the course. The course is by no means suitable for imparting missing basic knowledge!
Higher Professional Technician in Networks and Computer Systems
Carry out, independently or under supervision, the planning, installation, configuration, and maintenance of computer networks and systems that support the various management areas of the organization, implementing the appropriate security levels and ensuring the optimization of their operation. Ensure the management and operation of IT equipment and their communication networks.
Master’s in Civil Engineering
The Master’s Degree in Civil Engineering (MEC) is an advanced-level program in the field of Civil Engineering, providing graduates with the necessary qualifications for full professional practice in this area. This master’s program follows the Bachelor’s Degree in Civil Engineering.
Master’s in Robotics and Intelligent Systems
The Master’s Degree in Robotics and Intelligent Systems (MRSI) offers advanced, coherent, and flexible training in Robotics and Intelligent Systems. More specifically, the MRSI covers key areas of Mobile and Industrial Robotics, including Perception, Vision, Navigation, Planning, Control, and Simulation, as well as Intelligent Systems, which encompass techniques such as Information Representation and Extraction, Search and Deliberation, Machine Learning, and Data Mining.
Master’s in Sustainable Energy Systems
The Master’s Degree in Sustainable Energy Systems provides integrated training in the fields of energy technologies, environment, and sustainable development. The program takes into account the multidisciplinary and cross-cutting nature of energy and environmental issues, their solutions, and the economic and social dimensions of sustainable development. The curriculum is structured to foster an understanding of the processes, technologies, economics, and policies associated with energy systems, within the context of sustainable energy supply and demand.
Master’s in Industrial Automation Engineering
The main objective of the course is to provide advanced technical training in the field of automated systems for industrial applications, covering the design and development of automated machines and the integration of systems with robotic and perception units.
Master’s in Environmental Engineering
The Master’s Degree in Environmental Engineering (MEA) at the University of Aveiro (UA) aims to train professionals capable of predicting and characterizing environmental problems and dysfunctions, and proposing technically and financially viable solutions to prevent and solve them.
Master’s in Management
The aim of the Master’s Degree in Management at the University of Aveiro is to train highly qualified professionals with the skills to intervene in the management of different types of organizations across their various functions.
Higher Professional Technician in Software Development
Develop activities in the areas of design, planning, development, maintenance, and optimization of software and information systems for industries (creative, software, automation, robotics, etc.), integrating algorithms, programming languages, programming components, databases, software, and metadata, while considering the quality, optimization, efficiency, management, distribution, and versioning of the products developed.
Higher Professional Technician in Industrial Process Management
Develop activities in the areas of design, programming, planning, and coordination of production activities and their respective industrial processes, using production resource optimization systems, continuous improvement tools, and the effective control of methods and times, with the aim of increasing productivity and competitiveness.
