Nanotechnologies for ICT is a Master’s programme focused on nanoscale materials and devices, and on how they enable advanced electronics and communication technologies. You will study modelling, solid-state physics and characterization methods, with an ICT-oriented engineering perspective.
The Master's programme in Nanotechnologies for ICT at Politecnico di Torino delves into the realm of nanoscale materials and devices, emphasizing their role in the advancement of electronics and communication technologies. This programme equips students with an engineering perspective focused on Information and Communication Technology (ICT), covering essential aspects of modelling, solid-state physics, and characterization methods.
This MSc programme is structured around a combination of core courses and electives, ensuring a comprehensive understanding of nanotechnologies and ICT-oriented electronics. Students will engage in advanced coursework, which includes:
Students can choose from two elective paths:
Capstone/thesis: The programme culminates in a final academic project, typically a thesis or dissertation that aligns with the student's specialization and research interests. Detailed regulations regarding the thesis format and assessment can be found in the official programme guidelines.
Applicants must possess a Bachelor’s degree or an equivalent qualification from an accredited institution. For candidates enrolled in a "single cycle" Laurea magistrale programme (5 or 6 years), a minimum of 15 years of prior education is required, which includes at least 3 years at the university level and a total of at least 180 ECTS credits (or equivalent) by the time of application.
Graduates of the Nanotechnologies for ICT programme are well-prepared for diverse career paths in advanced technology sectors. They can pursue opportunities in research and development, product design, and application engineering within industries focused on nanotechnology, electronics, and ICT. Additionally, the skills gained during the programme foster potential roles in academia and scientific research, contributing to innovative advancements in technology.
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