What you'll study
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Computer Vision
6 CFU - code 140266
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Digital signal processing
12 CFU - code 146224
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Engineering Programmable and Sustainable Networks
12 CFU - code 146444
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Innovation and Business in ICT
6 CFU - code 145761
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Recognition Systems
12 CFU - code 146226
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Cloud Computing Technologies
6 CFU - code 146421
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Computer Graphics
6 CFU - code 146229
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Distributed systems
6 CFU - code 146223
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Immersive Technologies
6 CFU - code 146383
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Deepfake Detection and Multimedia Security
6 CFU - code 146419
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Internship
6 CFU - code 145665
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Thesis
24 CFU - code 146238
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Advanced HCI
6 CFU - code 146155
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Deep learning
6 CFU - code 145764
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Multisensory interactive systems
6 CFU - code 155020
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Service Design and Engineering
6 CFU - code 145810
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Digital signal processing
12 CFU - code 146224
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Engineering Programmable and Sustainable Networks
12 CFU - code 146444
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Innovation and Business in ICT
6 CFU - code 145761
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Radar Systems for Earth and Space Applications
6 CFU - code 146445
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Recognition Systems
12 CFU - code 146226
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Simulation and Evaluation of Networked Systems
6 CFU - code 146420
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Mobile and satellite communication systems
6 CFU - code 146446
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Internship
6 CFU - code 145665
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Thesis
24 CFU - code 146238
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Low-power wireless networking for the Internet of Things
6 CFU - code 145811
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Sensing Technologies and Data Processing
6 CFU - code 146303
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Wireless Networking and Localization
6 CFU - code 146228
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Analog Electronic Systems
6 CFU - code 146230
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Digital signal processing
12 CFU - code 146224
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Engineering Programmable and Sustainable Networks
12 CFU - code 146444
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Innovation and Business in ICT
6 CFU - code 145761
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Recognition Systems
12 CFU - code 146226
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GPU computing
6 CFU - code 146120
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Low-Power and Intelligent Embedded Systems
6 CFU - code 146424
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Microelectronics devices, sensors and MEMS
6 CFU - code 146197
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Internship
6 CFU - code 145665
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Low-power wireless networking for the Internet of Things
6 CFU - code 145811
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Thesis
24 CFU - code 146238
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Advanced computing architectures
6 CFU - code 145447
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High Performance Computing
6 CFU - code 146232
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Laboratory of Advanced Electronics
6 CFU - code 145230
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Digital Epidemiology
6 CFU - code 146200
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Digital signal processing
12 CFU - code 146224
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Engineering Programmable and Sustainable Networks
12 CFU - code 146444
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Fundamentals of Biomedical Imaging
12 CFU - code 146380
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Innovation and Business in ICT
6 CFU - code 145761
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Recognition Systems
12 CFU - code 146226
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Internship
6 CFU - code 145665
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Multisensory interactive systems
6 CFU - code 155020
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Thesis
24 CFU - code 146238
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Robotics and assistive devices in medicine
6 CFU - code 146263
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Sport Tech
6 CFU - code 146237
Graduates in Information Engineering can conceive, design and manage complex systems that involve several challenges ranging from the acquisition, processing, and extraction of information, as well as all the aspects related to data transmission, archiving and protection; to this end, during the development of their academic career, they will acquire a broad set of skills in interdisciplinary application contexts.
They develop solid technical and scientific knowledge in the area of information engineering, which in particular declines into:
- knowledge of the most advanced methodologies and tools for the design of acquisition, transmission and processing systems for heterogeneous signals and data
- ability to design, engineer and manage intelligent systems
- solid command of engineering methodologies to understand the limits and criticalities of a system
- capability to understand how to implement technology transfer and business management.
The knowledge acquired can be widely used in a large number of application and industrial contexts, which include not only the sphere of systems related to telecommunications but also range over a vast pool of related domains and application sectors, with a broad vision.
The course provides substantial laboratory experiences, projects, and seminars - from both academia and industry - as well as internship opportunities with our research partners, to further develop and strengthen the scientific and communication skills necessary for a rapid entry into a fruitful professional career.
Teaching activities include
- traditional lectures
- laboratory activities
- thematic seminars and internship.
The educational method is also devoted to challenge-based learning, as well as to a renewed focus on soft-skills, an essential feature for a successful professional figure.
Career Opportunities
The skills acquired guarantee employability in a wide range of areas, which include both the corporate or industry sector, as well as prominent research-oriented positions in institutes or academia.
A non-exhaustive list includes the following fields:
- companies in the areas of research and development, engineering, production and marketing of products and services in the fields of telecommunications, networks, signal processing, electronics, multimedia, information technology and biomedical engineering
- companies operating in domains that need skills for the development and use of communication systems and infrastructures and data and signal processing to support internal organisation, production and marketing
- companies dealing with design, supply and maintenance of services provided via telematic networks, sensor networks, distributed architectures and the Internet
- companies supplying structures and services for IT systems and networks
- research and development centres, both public and private.
Further Studies
The Master's degree in Information Engineering provides knowledge, skills and training for entering PhD courses in Italy and abroad.
At the University of Trento there is a specific