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Politecnico and Amazon together to support female students of STEM subjects

Encouraging young women in their ambition to pursue a career in STEM subjects (Science, Technology, Engineering and Mathematics) is one of the Politecnico’s diversity & inclusion objectives. Through the POP – Pari Opportunità Politecniche programme (Polytechnic Equal Opportunities), the university is committed to guaranteeing a study and work environment that respects gender identities, different skills, cultures and origins. 

This strategic plan often aligns with the objectives of large companies: such as Amazon, which, for the fourth consecutive year, has awarded the  Amazon Women in Innovation Bursary to support training in areas where, unfortunately, the proportion of female students is still low, helping the recipients to become leaders of the tech future and an example for many young women studying sciences.  

The Amazon Women in Innovation Bursary consists of a  €6,000 grant for the 2021/2022 academic year , with possible renewal for the following two years. In addition to supporting female students financially, Amazon also makes available its company managers, as mentors to help the students to develop useful skills for future work, such as building an effective CV or training for interview at Amazon or other companies. 

There are four bursaries this year, one of which is in collaboration with the Politecnico di Milano . The winner - Jihad Founoun   - is currently in her first year of Computer Engineering. The other recipients include Valentina Cristoferi, studying Computer Engineering at the Politecnico di Torino; Elisa Cacace studying Computer Engineering at the ‘Tor Vergata’ University of Rome and Giorgia Orofino, studying Computer Engineering at the University of Cagliari.  

Jihad Founoun
Jihad Founoun 

 JIHAD FOUNOUN: COMPUTER SCIENCE IS “A FAMILY AFFAIR” 

 The passion for computer science is a “family affair” for Jihad Founoun  , a twenty-year-old from Monza of Moroccan origin, who enrolled in the Computer Engineering course at the Politecnico di Milano in part thanks to the encouragement by her developer sister:

“I graduated from the Istituto Professionale Odontotecnico (Dentistry College) but I have always been good in science and my sister encouraged me to change direction at university. I like programming and I love the idea of being able to manage and solve big problems through a 'simple' code”.

Jihad Founoun would like to become a teacher to make information technology more accessible to more people.

I think it's important to have have inspiring female role models in STEM subjects, as happened to me with my sister Amina. To all girls interested in STEM subjects, I would like to say: don’t be put off by prejudices.Fortunately, there are projects such as Amazon's Women in Innovation Bursary, thanks to which I will have the necessary support to continue on my course and fulfil my dreams”

You too can support future female students in Engineering courses with low female participation rates: donate to Girls@Polimi. Click here.

Credits Header: https://uwaterloo.ca/future-students/programs/mathematical-physics

piazza leonardo home

Piazza Leonardo and the Poli: “Once, here it was all palm trees”

Long before they reached the Duomo (do you remember them?), brought by an American coffee shop chain, the palms arrived in Milan, in Piazza Leonardo da Vinci, almost a century earlier.  

In 1915, the first stone of the Città Studi complex was laid, and shortly afterwards the first palm trees were also planted. Postcards from the past, which bring us greetings from that era, show us that the palm trees were there even in the 1930s and 1940s. In that “expanse of Lambrate fields”, as Carlo Emilio Gaddadescribed it, there rose an exotic landscape; an African panorama under which the first students began to write our story. In 1920, the author of Quer pasticciaccio brutto de via Merulana. graduated in Electronic Engineering at the Politecnico. A year earlier, Gio Pontigraduated in Architecture. In the shade of a palm tree, they prepared for their future.  

The postcards reached us thanks to the great virtual archive project Milano Sparita e da Ricordare, (Milan Disappeared and to Remember), a Facebook page that collects images and photos of the Milan of the past. There are many comments and shares of the photos of the Politecnico at the time of the palm trees. Someone writes “My father would remember it like this” and another tells us “They were replaced immediately after the war with black locusts and holly bushes.” Behind this collection is the desire to rediscover together the wonders of the past and present “of a city that many think is just fog and smog,” say the administrators of the page. And instead, we add, it is also vintage palm trees

See the gallery: 

MAP is one of the many initiatives created by Alumni Politecnico di Milano. If you like this initiative and the other ones dedicated to the Alumni community consider donating.

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The Politecnico di Milano wins the European prize for social inclusion in sport

Research and technological innovation, on the one hand, to develop new-generation orthoses; on the social front, on the other hand, the research engaged families, primary school teachers and sports associations. The goal is to compensate for the functional deficit of children with hemiplegia, enabling them to get involved in sport together with their classmates. 

This is theGIFT project (enGIneering For sporT for all)launched by the Politecnico di Milano, one of the winners of the2021 #BeInclusive EU Sport Awards, the competition promoted by theEuropean Commissionto celebrate organizations that use sport to improve the social inclusion of disadvantaged groups. GIFT took first place in the“Breaking barriers” category , rewarding projects that demonstrate the concept of resilience by providingexamples of how to overcome obstacles to participation in sport

gift
Credits: resegoneonline.it

As a starting point, the research focused on 19 primary school children with hemiplegia, with the future ambition to extend the project over time to other motor, cognitive and sensory disabilities.  

Organized by the E4Sport laboratory, an interdepartmental laboratory at the Politecnico di Milano dedicated to the world of sport, GIFT was launched in 2019 thanks to your "5 per mille" income tax donations and with the support of numerous partners: IRCCS Eugenio Medea - Associazione La Nostra Famiglia, Università Cattolica di Milano, the associations Edumoto Yuky ONLUS, Polha Varese and Polisportiva Milanese 1979 Sport Disabili Onlus, together with the companies ITOP, BTS and Math&Sport. The project also benefits from the support of Claudio Arrigoni (Gazzetta dello Sport). 

Credits home: www.som.polimi.it
Credits header: Photo by Anna Earl on Unsplash

Andrea Algeri

Formula One: “a total revolution, we are starting with a blank sheet”

Brembo serves the teams that compete in the Formula One world championship. One challenge after another at a very fast pace, as explained in Gazzetta Motori by Andrea Algeri, Brembo F1 Manager and Politecnico Alumnus in Mechanical Engineering.

andrea algeri
Credits: Linkedin

There are 10 Formula One teams equipped with Brembo braking and clutch systems: “In the racing world, substance is still dominant,” says Algeri. “The story began almost 50 years ago, in 1975, with the first cast iron brakes.” Today, this story is more than a challenge; it is a total revolution, as the engineer defines the new change in regulations. Which is certainly not the first. Revolutions that have knock-on effects on everyone, because motorsport is the largest field of automotive experimentation; a collective laboratory and a place where, in addition to skill, you also need imagination and vision:

“We are slightly further ahead than you may think. We try to imagine the future and what it will be like. Now, it is electric; energy recovery is the focus of the attention of our technicians and designers.”

Imagination unites all the Alumni who work in Formula One: like Lucia Conconi, Alumna Ingegneria Aerospaziale and Head of Vehicle Performance in the Alfa Romeo F1 Team ORLEN, who described to the Alumni editorial staff the dual spirit—that in the laboratory and that on the track—of each F1 team; or Alberto Taraborrelli, Trackside Control Systems Engineer in the Alpine F1 Team, who described the days leading up to the start of the world championship: “They are among the toughest and most difficult of the year, especially because the cars are so different and therefore so unfamiliar". Taraborrelli has always dreamed of working in Formula One. He graduated in Mechanical Engineering with a specialization in mechatronics and robotics and his best memory of the Poli is the Dynamis PRC, Formula Student Team at the Politecnico di Milano.

Discover also: World record for the self-driving car from the Politecnico

Credits header: Sole24ore

neurone quantistico home

What is the artificial quantum neuron that has been developed at the Politecnico?  

The cover story in the April edition of Nature Photonics talks about at a study resulting from a partnership between the Politecnico di Milano, CNR (Italian National Research Council) and the University of Vienna. Cover stories don't happen every day; and indeed, it is all about the achievement of something never done before. The papers are calling it the first “artificial quantum neuron” Ansa and RaiNews). are writing about it, for example). It promises to become the missing link between quantum computing and artificial intelligence. Why is it so important? What can it be used for?  

We asked Andrea Crespi, researcher at the Politecnico di Milano and Engineering Physics PhD alumna, and member of the team that developed it.  

THE STATE OF THE ART UP TO NOW  

Some of the more efficient “traditional” neural networks, on which modern artificial intelligence algorithms are based, are made up of connections between “artificial neurons” called memristors (memory-resistors). These are electronic components that change their electrical resistance on the basis of a memory of the current that has passed through them previously. Artificial neuron networks can be “taught” to learn thanks to this property, and this is how they learn to perform complex tasks, such as understanding speech, recognising a face, interpreting images (for diagnostic purposes, for example) or driving a car (including racing cars, as achieved by the Polimove team, which programmed the fastest autonomous racing car in the world). It is the technology behind artificial intelligence.  

THEN CAME QUANTUM COMPUTING  

Up to now, we have been talking about electronic devices. However, in the meantime, the scientific world has also developed a new generation of computing, namely quantum computing. The fundamental difference is that instead of using electronic impulses, quantum computing exploits individual particles to code information. For example, Optical impulses made up of individual photons, which behave differently from electric current. The result is a processing power that is potentially much higher than that of the best “traditional” (or electronic) supercomputers.  

Since the advantage of quantum computing is that it proportionally increases the number of operations that can be performed, it is particularly efficient for problems that, with an electronic device, would require a vast number of operations (and therefore huge amounts of time and energy) to be solved. Examples of its application include cryptography, search algorithms and physical system simulations.  

THE MISSING LINK  

The concept of quantum computing is nothing new; however, to date, no true quantum neural network has been created. In fact, a fundamental link was missing: the quantum memristor, the artificial quantum neuron. “The idea has existed for several years, but it was only recently that a group of physicians from the University of Vienna demonstrated that it can be done,” says Crespi. His research group, led by professor Roberto Osellame, designed and engineered the first true prototype of a quantum memristor, an optical device with the same functional characteristics as a memristor, capable of operating on quantum states of light:

“The information is no longer coded in an electrical signal, as is the case with traditional memristors. It is the optical transmission that varies; that is, the amount of light that can pass through the device, based on the amount of light that passed through it before.”

Before now, a device of this nature had only been theorised. What the Politecnico has created is therefore the first prototype quantum memristor, and perhaps the first “neuron” in an artificial quantum network.  

Credits home and header: Equinox graphics

10 cose che ti mancano del politecnico home

10 things you miss about the Politecnico

10 years on social media is a long time, and what we have noticed during all this time together with you Alumni is that there is no greater positive or negative trigger (none!) – above all positive! – than a beautiful trip down Poli memory lane! 

So we decided to jot down places and situations that tickle your nostalgia, and the result was a a very long list. After a careful selection, we have managed to narrow it down to the ‘10 things you miss about the Politecnico’. There are certainly more, certainly some we have forgotten or that have failed to reach the Top 10: if so, let us know in the comments! Who knows, maybe there will be a second episode... 

Are you ready? Let's get started! 

1. The swimming pool in via Ponzio 

Those who had lessons or exams in the Trifoglio (building 13) in the summer knew that their spirits would be tested not only by the study but also by the echo of the dives coming through the open windows. One thing is certain: you came out the other side both physically and morally tougher. 

7 cose politecnico piscina
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2. The colours and the street art in Bovisa 

Blue, red and yellow are the colours that come to mind when you think about Bovisa, but for the youngest – also the numerous murals that have transformed it into a veritable open-air museum. 

3. Study nights on the architecture patio 

How can you forget the patio, which in the evening became a melting pot of faculties, the place of crazy and desperate study sessions and discussions (and even for getting together to watch Italy in international matches). 

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4. Silent study under the eye of Guernica in the library 

This is a 1:1 reproduction of the famous work by Pablo Picasso, produced in 1973 by the Student Movement.  

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5. Aperitifs at the Harp Pub/al bar di via Ampère, all’ombra di un albero in piazza

Perfect for relaxing after lessons and exams.

6. The “differently comfortable” benches in the Aula Natta 

Lessons in religious silence (with the odd paper aeroplane every now and then ...) 

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7. Heroic journeys carrying your models

The incredible effort to reach the classroom with models still intact, travelling by car, underground, train, tram... 

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8. And speaking of trams: obviously the sadly departed No 23! 

How could we forget? It accompanied generations of students to the Leonardo Campus until 2017, when it was sent into retirement. 

9. One of the greatest mysteries of Bovisa: the unreachable door 

Does anyone know why it is there? 

10. The never-ending “rivalry” between engineers, architects and designers 

Even if, after all, what really unites us is that we are all proud politecnici!