Università Sannio - Electronics Engineering for Automation and Sensing (26.03.25) - Video Dailymotion

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https://www.pupia.tv - Università Sannio - Electronics Engineering for Automation and Sensing Corso di laurea magistrale del Dipartimento di Ingegneria dell'Università degli Studi del Sannio.  (26.03.25)     #pupia

Transcript

00:00Benvenuti a tutti.

00:02È un grande piacere presentarvi,

00:05tra le prossime slide,

00:07un nuovo programma di degre

00:08che è stato attivato nella nostra università.

00:11È stato caratterizzato

00:12per fornire alla prossima generazione

00:14di ingegneri

00:15le abilità avanzate

00:16e il conoscimento in dettaglio

00:17necessario per diventare leader

00:18nel campo rapidamente cambiante

00:19dell'ingegneria elettronica.

00:24Il maestro di degre in ingegneria elettronica

00:26per l'automazione e la sensazione

00:27è un programma innovativo

00:29disegnato per fornire agli ingegneri

00:31le abilità avanzate

00:32e il conoscimento necessario

00:33per crescere

00:34nel mondo rapidamente cambiante

00:35dell'ingegneria elettronica.

00:39Il mondo sta cambiando

00:40ad un ritmo non precedente,

00:42guidato dagli avanzamenti tecnologici.

00:45Questa slide

00:46mostra ciò che crediamo

00:47siano le essenziali 10 tecnologie futuri,

00:49i domani

00:50che formano il nostro futuro.

00:52Dal realmo quantico

00:53alla realtà aumentata,

00:54dall'intelligenza artificiale

00:56alla robotica

00:57e alle zone di spazio

00:58come la fotonica,

00:59l'IoT,

01:00la 6G,

01:01i droni

01:02e la bioteca,

01:03questi sono i campi

01:04che definiranno

01:05la prossima generazione di innovazione.

01:07Il nostro programma

01:08è direttamente alineato

01:09con queste tecnologie emergenti,

01:11assicurandoci

01:12di essere al fronte

01:13del progresso.

01:15Per navigare

01:16questo mondo interconnectato

01:17e tecnologico

01:18effettivamente,

01:19una lingua comune

01:20è essenziale.

01:21Questa lingua

01:22è l'inglese.

01:23Il nostro programma

01:24riconosce questa realtà

01:26e per questo

01:27tutti i corsi

01:28e le attività

01:29saranno condotti in inglese.

01:30Masterare l'inglese

01:31migliorerà

01:32le vostre prospettive di carriera

01:33significativamente,

01:34aprindo porte

01:35a opportunità internazionali.

01:37Ciò anche

01:38faciliterà

01:39il vostro accesso

01:40all'informazione,

01:41permettendovi

01:42di iniziare

01:43le nuove

01:44ricerche

01:45e tecnologie

01:46internazionali.

01:47Siamo commessi

01:48a fornirvi

01:49un'esperienza

01:50educazionale

01:51davvero internazionale.

01:52Il corso Master

01:53è stato disegnato

01:54come un corso

01:55strutturato

01:56intorno a due pillari chiave

01:57l'automazione

01:58e le tecnologie di sensazione.

01:59Nel primo anno

02:01costruirete

02:02una forte fondazione

02:03in entrambi gli area.

02:04Prendrete corsi

02:05come le misure

02:06per l'automazione,

02:07i circuiti elettronici

02:08programmabili

02:09e l'apprendimento

02:10statistico

02:11nel primo semestre

02:12e poi avanzate

02:13su topiche

02:14come le thermodinamiche applicate

02:15e le meccaniche

02:16e le elettroniche

02:17di sistemi integrati

02:18digitali

02:19nel secondo semestre.

02:20Crucialmente,

02:21i subietti fondamentali

02:22come il controllo moderno

02:23e la modellazione

02:24sono applicati

02:25in entrambi

02:26le specializzazioni.

02:27Il secondo anno

02:28permette

02:29la specializzazione.

02:30Potete scegliere

02:31di allargare

02:32la vostra esperienza

02:33nell'automazione

02:34o nelle tecnologie di sensazione.

02:35Per esempio,

02:36nell'automazione

02:37esplorerete

02:38controlli avanzati

02:39e applicazioni

02:40e sistemi di misura

02:41distribuiti.

02:42Nelle tecnologie di sensazione

02:43scoprirete

02:44i sensori

02:45optici e fotonici,

02:46le nano-optiche

02:47e i sensori

02:48per l'osservazione della Terra.

02:49Entrambi i corsi

02:50includono

02:51corsi di scelta liberi

02:52per adattare

02:53e culminare

02:54le vostre interviste

02:55e la vostra tesi.

02:58Facciamo scoprire

02:59la fondazione

03:00di questo programma.

03:01Perchè sono questi

03:02corsi fondamentali

03:03importanti?

03:04Perchè crediamo

03:05in una comprensione

03:06profonda

03:07e profonda

03:08dei principi

03:09underlying.

03:10Potrete imparare

03:11a disegnare,

03:12modellare,

03:13controllare

03:14e simulare

03:15sistemi di ingegneria

03:16moderni e elettronici

03:17da terra.

03:18Cosa otterrete?

03:19Potrete imparare

03:20come migliorare

03:21l'efficienza,

03:22la sicurezza

03:23e la prestazione

03:24di questi sistemi.

03:25Scelte critiche

03:26per ogni ingegnere

03:27di elettronica.

03:28Come otteniamo questo?

03:30Attraverso corsi fondamentali

03:31come

03:32l'apprendimento statistico,

03:33il controllo moderno,

03:34la modellazione di multifisica

03:35e le thermodinamiche

03:36applicate

03:37e le meccaniche.

03:39Questi corsi

03:40con il loro

03:41significante peso di credito

03:42CFU

03:43forniscono

03:44gli essenziali strumenti

03:45e base di conoscenza

03:46per i vostri studi futuri.

03:49I sistemi elettronici digitali

03:51sono la piazza

03:52della tecnologia moderna.

03:54Sono i blocchi fondamentali

03:55per il controllo

03:56di quasi tutte le tecnologie

03:57di automazione

03:58e sensazione.

04:00In questo programma,

04:01potrete imparare

04:02questi sistemi.

04:03Potrete imparare

04:04le metodie e le tecniche

04:05per implementare

04:06circuiti elettronici digitali

04:07e sistemi

04:08con un foco speciale

04:09sui sistemi intelligenti

04:10programmabili

04:11e riconfigurabili.

04:14In oggi's smart manufacturing

04:16and industrial IOT landscape,

04:18precise

04:19and reliable measurements

04:20are crucial.

04:21This program focuses

04:22on mastering

04:23measurements

04:24for industry.

04:25You'll understand

04:26why smart manufacturing

04:27and IOT

04:28rely on automatic

04:29and distributed

04:30measurement systems

04:31for quality control

04:32and the efficient management

04:33of complex

04:34industrial processes.

04:37You will learn

04:38the fundamental principles

04:39of sensors

04:40and data acquisition systems

04:41used in industrial applications.

04:44You'll gain skills

04:45in designing

04:46and implementing

04:47multi-sensor based systems

04:48for remote monitoring

04:49of industrial processes.

04:51The course's measurements

04:52for automation

04:53and industrial production

04:54and distributed

04:55measurement systems

04:56will provide you

04:57with the skills

04:58needed to design

04:59such systems.

05:02Autonomy

05:03is no longer

05:04a futuristic concept,

05:05it's a key feature

05:06increasingly required

05:07in various systems,

05:08from robotics

05:09to self-driving vehicles.

05:11We address

05:12this critical area

05:13through mastering

05:14autonomous control.

05:16Our program

05:17will focus on

05:18electronic power converters

05:19and electric drivers

05:20as key components

05:21in autonomous systems.

05:23You will learn

05:24about the dynamic

05:25and control aspects

05:26of switched electronic systems,

05:27advanced control techniques

05:29and the principles

05:30of learning

05:31for dynamics and control.

05:33Courses like

05:34Dynamic and Control

05:35of Switched Electronic Systems,

05:36Advanced Control

05:37and Applications

05:38and Learning

05:39for Dynamics

05:40and Control

05:41are designed

05:42to equip you

05:43with this expertise.

05:48The field of optics

05:49and photonics

05:50is a key

05:51enabling technology

05:52impacting numerous sectors.

05:54From optical data

05:55communications

05:56to sensing,

05:57imaging,

05:58lighting

05:59and displays

06:00and extending

06:01to manufacturing,

06:02life sciences,

06:03safety

06:04and security,

06:05photonics is everywhere.

06:07This program

06:08will guide you

06:09in mastering optics

06:10and photonics.

06:11You will learn

06:12the fundamental principles

06:13of photonics,

06:14light-matter interactions

06:15and how to formulate

06:16and analyze problems

06:17related to

06:18photonic structures

06:19and processes.

06:21Crucially,

06:22you'll understand

06:23the processes

06:24for manipulating light

06:25at the nanoscale

06:26with a special emphasis

06:27on sensing applications.

06:29The courses

06:30Optoelectronics

06:31and Photonics,

06:32Nanooptics

06:33and the Optical

06:34and Photonic Sensors Lab

06:35provide a comprehensive

06:36learning experience.

06:41Understanding our planet

06:42is more critical

06:43than ever.

06:45Governments and scientists

06:46rely on accurate data

06:47to track

06:48environmental changes

06:49and understand

06:50global trends.

06:52Remote sensing

06:53provides this vital information

06:54through satellites.

06:56Our program

06:57offers you the opportunity

06:58to master remote sensing.

07:00You will learn

07:01the fundamental principles

07:02of remote sensing,

07:03the main sensors

07:04used for Earth observation

07:06and the key parameters

07:07of satellite missions.

07:09You'll develop skills

07:10in formulating

07:11and analyzing problems

07:12related to

07:13the advanced processing

07:14of satellite data.

07:16The courses

07:17Sensors for Earth Observation

07:18and Earth Monitoring

07:19and Mission Analysis Lab

07:20will give you

07:21the specific knowledge

07:22and practical experience

07:23in this crucial field.

07:30Beyond coursework,

07:31practical experience

07:32is essential.

07:34Our program

07:35includes a mandatory

07:36internship of 9 CFU,

07:37equivalent to

07:3825 hours of work

07:39per CFU,

07:40providing you

07:41with valuable

07:42hands-on experience.

07:44This internship

07:45will involve analysis,

07:46experimental work

07:47or research activities

07:48and can be undertaken

07:49at the University of Sanio

07:51or in collaboration

07:52with international companies,

07:54particularly in emerging

07:55technological areas.

07:57We also encourage you

07:58to complete a thesis,

08:0012 CFU,

08:01which will be defended

08:02as your final exam.

08:04The thesis allows you

08:05to delve deeper

08:06into an advanced

08:07professional or research

08:08topic of your choice,

08:09written in either

08:10Italian or English,

08:11under the guidance

08:12of a professor.

08:13We provide flexibility

08:14in supervisor selection,

08:16even allowing you

08:17to choose professors

08:18you haven't taken

08:19courses with before.

08:21This combination

08:22of internship and thesis

08:23ensures you graduate

08:24with both theoretical

08:25knowledge

08:26and practical,

08:27research-oriented skills.

08:32Let's talk about

08:33your future.

08:34We are proud to present

08:35outstanding placement

08:36statistics

08:37for our graduates

08:38in electronics engineering.

08:40As you can see,

08:41we have a 100%

08:42employment rate

08:43at one,

08:44three,

08:45and five years

08:46after graduation,

08:47based on ISTAT data

08:48and Almaloria surveys.

08:50This speaks volumes

08:51about the relevance

08:52and quality

08:53of our programme.

08:54Furthermore,

08:55the net monthly

08:56salary average,

08:57five years

08:58after graduation,

08:59is a very competitive

09:00€2,450.

09:03This programme

09:04is not just

09:05an academic pursuit,

09:06it's a pathway

09:07to a successful

09:08and rewarding career.

09:12Where can your degree

09:13from this programme

09:14take you?

09:16The opportunities

09:17are vast.

09:18You could work

09:19in semiconductor

09:20and integrated circuit

09:21companies,

09:22consumer electronics,

09:23high-tech

09:24electromechanical industries

09:25including aviation

09:26and aerospace,

09:27electronic

09:28and optoelectronic

09:29equipment companies,

09:30and plant engineering,

09:31automation,

09:32and robotics firms.

09:35The roles you could fill

09:36are equally diverse,

09:37spanning design,

09:38development,

09:39engineering,

09:40production,

09:41characterisation,

09:42and maintenance

09:43of products

09:44and services.

09:45But it's not limited

09:46to industry.

09:47You can also pursue

09:48a career

09:49as a researcher

09:50in universities,

09:51public and private

09:52research centres,

09:53or become a freelancer,

09:54consultant,

09:55or even a start-upper

09:56in the vibrant

09:57tech ecosystem.

10:02We believe

10:03in bridging

10:04academia

10:05and industry.

10:07This slide

10:08highlights

10:09our connections

10:10with the industrial world.

10:12We have established

10:13strong partnerships

10:14with leading companies

10:15across various sectors,

10:16including giants

10:17like

10:18Thales Alnia Space,

10:19MBDA,

10:20Ericsson,

10:21Leonardo,

10:22and ST Microelectronics,

10:23as well as

10:24innovative Italian firms

10:25and promising

10:26academic spin-offs.

10:28These collaborations

10:29provide valuable

10:30opportunities

10:31for internships,

10:32research projects,

10:33and future employment

10:34for our students.

10:36Our strong industrial

10:37network ensures

10:38that our programme

10:39remains relevant

10:40and aligned

10:41with the needs

10:42of the job market.

10:47In conclusion,

10:49the Laurea Magistrala

10:50in Electronics Engineering

10:51for Automation

10:52and Sensing

10:53at Unisani Oding

10:54offers a unique

10:55and forward-looking

10:56educational experience.

10:58We provide you

10:59with a strong foundation,

11:00specialised knowledge

11:01in high-demand areas,

11:02practical skills,

11:03and excellent

11:04career prospects.

11:06We invite you

11:07to join us

11:08in building together

11:09our future

11:10in the exciting world

11:11of electronics engineering.

11:14For more information,

11:15please feel free

11:16to contact us

11:17at adotcusono

11:18at unisani.it

11:20Thank you for your time.

Università Sannio - Electronics Engineering for Automation and Sensing (26.03.25)

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