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ULISSES Project 6th Edition
ULISSES - University of Lisbon Interdisciplinary Studies on Sustainable Environment and Seas is a unique opportunity to deepen your knowledge about the oceans and sustainability.Who is it for?Students interested in joining an international and multidisciplinary team, with colleagues from various Portuguese and foreign universities. Over several weeks, you will work on innovative solutions to the challenges of ocean sustainability.What do you gain from ULISSES?• You participate in an inter...Unite! 21 Day Diversity and Inclusion Challenge
Join the 21-Day Diversity & Inclusion Challenge! 🎯Are you ready to expand your understanding of Diversity and Inclusion in just a few minutes a day? The 21-Day Challenge is your opportunity to explore different perspectives through short readings, videos, and podcasts—one topic at a time. Each weekday, you'll dive into a new theme, while weekends offer a chance to relax and engage your family and friends with thought-provoking films and music. Whether you're new to diversity discussions or...Energy Management for Distributed and Integrated Systems
The aim of this course is to introduce the students to several techniques of modelling, design and control of energy management architectures, particularly in an IC context, designing its subsystems and related modulation, control and management policies. The course focuses on energy management and supply subsystems, specifically targeting communication and computing applications.Requisites: Students coming from academic studies o...Rational Eco-Design of Electronics
This online course offers a comprehensive introduction to the principles of designing electronics with sustainability in mind. Students will gain a solid understanding of the fundamentals of environmental impact assessment, exploring how electronic devices affect the environment throughout their lifecycle—from material extraction to disposal. In addition, participants will learn the essential instincts and strategies needed to design more eco-friendly devices, emphasising energy efficiency, ...Eco-design for Power Electronics – Part 1
This online course provides a comprehensive overview of the fundamental principles and applications of power conversion, covering various converter topologies such as DC-DC, AC-DC, and DC-AC converters. Participants will explore the characteristics and selection criteria for key electronic components, including semiconductors, inductors, capacitors, and transformers. Additionally, the course emphasises advanced design techniques, such as thermal management, control strategies, and efficiency...Testing and Fault Tolerance
The usage of electronic systems in applications where failures may result in critical consequences (e.g., in space, aircraft, automobiles, trains, biomedical equipment) requires ensuring that the probability of a failure does not exceed some maximum threshold. This can be achieved by identifying and removing defective products (test) and by making products resilient to faults (fault tolerance). The course introduces methods and techniques for the design of reliable electronic circuits and sy...Operating Systems for Embedded Systems
The course aims at introducing the concepts of Operating Systems, describing the peculiarities of embedded systems, of the dedicated development tools, and outlining the peculiarities of some operating systems for embedded systems that are particularly relevant (mainly process scheduler, and OSEK/VDX).
Digital Electronics
The course provides a deep insight into design methodologies of complex digital systems. This task requires a clear view of the possible design choices and the ability to integrate different components. The course will analyse systems composed of microprocessors/microcontrollers, programmable logic, memories and interfaces to the external world. Special emphasis will be given to how to interface, program, interconnect digital blocks and to the "design flow", namely to design tools and method...Microelectronics Systems
The course aims at analyzing the design methodologies of complex microelectronic systems based on scalded MOS devices, considering the constraints and critical issues in designing architectural and microarchitectural blocks and detailing the technological aspects native to the design of structures based on devices and interconnections that are the state of the art od digital electronics. The analyzed aspects will be applied to some cases of study in laboratory sessions based on the use of sp...
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