Keep up to date with the training offered by leading organisations in the Microelectronics and Semiconductor sector.
Note: The data presented incorporates information from external websites and may be subject to continuous updates.
Formação profissional na área da Microeletrónica e afins - Nível 4 | Ensino secundário obtido por percursos de dupla certificação ou ensino secundário vocacionado para prosseguimento de estudos de nível superior acrescido de estágio profissional - mínimo de 6 meses
The recent pandemic crisis has highlighted Europe's vulnerability and technological dependence on semiconductor materials, weakening it from an economic and geopolitical point of view. Increasing competitiveness in this field, and consequently in emerging sustainable technological areas, requires strengthening training in this area, underpinned by multidisciplinary knowledge of the constituent elements of the technological value chain, which involves, among others, semiconductor materials, processes, devices, and applications. At the same time, and within this framework, it is essential to leverage partnerships between technology companies and higher education institutions to stimulate cooperation through innovation, technology transfer, and knowledge for the sector. To give a few examples, semiconductors are present in the computers we use every day, in the mobile phones and mobile devices we use to communicate, in the automotive, aviation, and aerospace industries, in diagnostic equipment in healthcare, in military defense systems, in lighting and energy storage systems. As a common denominator, the technology associated with the semiconductor ecosystem is based on the electronics that make it up, namely the materials, components, circuits, their hybrid integration and packaging, extending to micro-technologies and microsystems that enable the creation of many families of sensors and actuators, panels, and energy storage. The digital economy and the information age would be completely unthinkable without this panoply of elements and, in particular, without semiconductors, since integrated circuits, chips, or microchips are the mainstay of current technological development. Thus, the value chain associated with this ecosystem and the semiconductor industry requires professionals to be literate in semiconductors and the corresponding training of qualified staff capable of proposing innovative solutions to various technological challenges. The hierarchy of technologies that underpin semiconductor applications demands that industry players and higher education institutions take decisive action. A proactive and comprehensive approach to talent development in this field is essential for success.
Applications will open shortly.
Currently, the coating of materials, from the perspective of their functionalization and modification of physical and chemical properties, has been an important technological resource in the formation of added value of a product. Similarly, research into thin films has grown significantly, aiming to create new materials/structures for potential applications in several fields. All these concepts are based on the Micro and Nanostructured of thin films, using different techniques to obtain them. The proposed training (and innovative at national level) aims precisely to contribute to the qualification of professionals, at a scientific and technological level, in this area of activity.
Applications will open shortly.
This microcredential is intended to provide training in Electrical Circuit Analysis in Continuous and Alternating Stationary Regime. These tools are necessary for understanding various areas of Electronic and Telecommunications.
Applications will open shortly.
The main objective of this microcredential is to provide participants with in-depth and practical knowledge of some of the fundamental and advanced principles of modern optics, with particular emphasis on topics such as waveguides, free-space communication, and quantum key distribution.
This microcredential is aimed at professionals and researchers seeking to deepen their knowledge, including but not limited to:
- Professionals in Physics, Chemistry, Engineering, or related fields who wish to enhance their understanding of optical principles and apply them to the development of advanced optical devices and systems;
- Postgraduate students and researchers interested in exploring new frontiers in modern optics and applying advanced techniques in their research;
- Professionals from the technology sector, industry, and service providers working in the field of optical communications;
- Primary and secondary education teachers.
- Candidaturas abrem brevemente.
Applications will open shortly.
With this microcredential, the aim is to provide students with specific training in the instrumentation and measurement processes of microwave components, typically using a vector network analyzer, which is essential for any telecommunications engineer.
Applications will open shortly.
