5 concrete proposals for Milan from Polimi to be immediately put into practice

In 2023, the Polisocial Awards contest (to find out what it is about, see (here) identified and selected five research projects to be funded with the 5x1000 Irpef donations, thanks to all the Alumni who decided to allocate them to Politecnico di Milano.

The researchers started in November and will work for 15 months to frame situations of gap and need in certain neighbourhoods of the city of Milan. At Politecnico, the 5x1000 contributions are usually invested in projects which can be implemented in the short term while aiming to be replicable and have an effect in the long term; they are generally case studies that concretise solutions studied in larger projects and allow students and researchers to put into practice what they have learnt.

They are:

Even in Milan, there are people suffering from malnutrition. What can be done?

In 2023, the Polisocial Awards contest (to find out what it is about, see (here) identified and selected five research projects to be funded with the 5x1000 Irpef donations, thanks to all the Alumni who decided to allocate them to Politecnico di Milano.

The researchers started in November and will work for 15 months to frame situations of gap and need in certain neighbourhoods of the city of Milan. At Politecnico, the 5x1000 contributions are usually invested in projects which can be implemented in the short term while aiming to be replicable and have an effect in the long term; they are generally case studies that concretise solutions studied in larger projects and allow students and researchers to put into practice what they have learnt.

BIOLOOP - experimental lab to support local, circular and participatory economy practices

Within the municipal area, the southeastern part of Milan emerges as one of the most problematic. Situations of economic, social, housing and educational fragility coexist there. Furthermore, it still features a pronounced dichotomy between the intensively built-up urban fabric and the countryside (where large agricultural fields supporting local farmsteads still prevail). This is where almost all of the city's agricultural land is located, mainly for the production of rice, corn and wheat, as well as the highest density of urban vegetable gardens (for example, in zone 5 there are 66 acknowledged and registered vegetable gardens covering an area of approximately 2,600 square metres).

The district between Corvetto, Porto di Mare and Chiaravalle, which surrounds Cascina Nosedo, home to one of the Off Campuses of Politecnico di Milano, is a perfect representation of this reality. Currently undergoing major decommissioning and demolition, from the the local circular economy perspective this area gives an opportunity to mend these two souls of the city by offering support to one of the most vulnerable brackets of the population. With BIOLOOP, researchers focus on the development of methods, materials and devices for agricultural production on land integrated into the built environment; on sustainable distribution; on mapping the relationships between local stakeholders; and on the creation of a 'resource material library'. The direct objective is related to supplementing the income of residents and reducing food poverty.

Desertificazione in Algeria e perché ci interessa: scopriamolo con i ricercatori Polimi

Each year, the Politecnico di Milano selects 5 research projects with high social impact and, with the economic contribution of donors who choose to donate their 5 per mille Irpef to the University supports them in a phase of grounding “pilot experiences” with concrete impact.

In 2022, for instance, we dealt with 'Local Development and Ecological Transition'. The five selected research groups have until the end of 2024 to concretise their ideas, which are usually short-term realisable projects , though aiming to be replicable and have a long-term effect.

Five projects: one to be developed in Milan, three in Africa and one in Brazil. Their common goal is to green our planet starting with very specific contexts: turning waste into fuel without cutting down trees; tackling climate change in cities; a project for a super-efficient farm that makes the best use of the land’s assets; techniques to breathe new life into a valley in Algeria by combining ancient knowledge and state-of-the-art technology; and cutting-edge orthopaedic solutions to improve health in Lombardy while saving money and respecting the environment.

They are:

AMAZING

ATLAS MOUNTAINS, AURÈS ZONE. INTERCONNECTING LOCAL SCIENCES AND GLOBAL

The Aurès region around Biskra, not far from the Algerian Sahara, is facing difficult challenges directly and indirectly linked to climate change: desertification, lower agricultural productivity, the crumbling of the rural community fabric, depopulation in the ancient nuclei of traditional settlements and the loss of the knowledge that has made the area habitable and productive for millennia. However, as older inhabitants recall, the valley was once populated by water mills. Our countryside as well could experience a similar fate. The history of the local hydraulic system contributes to giving dimension to the impact of climate change'. The question being answered by researchers is crucial: how can we counteract this state of neglect and restore value to the territories?

The AMAZING project is contributing to making the Uadi Abiod valley, today among the driest in Aurès, the centre of an active network of knowledge production capable of combining technology and traditional sciences in dealing with climatic, natural and social challenges. Prof. Giovanni Porta, from the Department of Civil and Environmental Engineering, talks about it in an interview with Frontiere. ‘It is a vicious circle: as water disappears, agricultural production falls, the workforce leaves, ancient knowledge disappears, villages empty out, shrubs replace palms (and with them a thousand-year-old landscape) and what remains is a barren land with poor development prospects’.

Find out more

5 ideas for the planet from Polimi to concretise now

Every year, Politecnico di Milano selects five research projects with a high social impact and, with the financial contribution of people who choose to allocate their 5x1000 Irpef donations to the University, supports them during the implementation of concrete and incisive 'pilot experiences':

In 2022, for instance, we dealt with 'Local Development and Ecological Transition'. The five selected research groups have until the end of 2024 to concretise their ideas, which are usually short-term realisable projects , though aiming to be replicable and have a long-term effect.

Five projects: one to be developed in Milan, three in Africa and one in Brazil. Their common goal is to green our planet starting with very specific contexts: turning waste into fuel without cutting down trees; tackling climate change in cities; a project for a super-efficient farm that makes the best use of the land’s assets; techniques to breathe new life into a valley in Algeria by combining ancient knowledge and state-of-the-art technology; and cutting-edge orthopaedic solutions to improve health in Lombardy while saving money and respecting the environment.

They are:

At Poli, we also study how to bridge the gaps: social, economic, ecological...

Every year, Politecnico di Milano selects five research projects with a high social impact and, with the financial contribution of people who choose to allocate their 5x1000 Irpef donations to the University, supports them during the implementation of concrete and incisive 'pilot experiences': To this aim, it identifies certain social, cultural, technical and technological needs requiring a solution in the short term. In 2023, the five award-winning proposals worked on the Off Campus spaces managed by Politecnico and their contexts, with a view to experimenting with local services and responding to situations of gap and need in Milan.


OFF CAMPUS? WHAT’S THAT?

Off.Campus - il Cantiere per le Periferie is an initiative by Politecnico di Milano aiming to bring the university 'out of the university': the idea of a responsible university, attentive to social challenges, open and supportive of territories and communities, is put into practice thanks to the collaboration involving our students and researchers and the inhabitants of the city neighbourhoods.

We have created real Politecnico centres where, instead of being in the classroom, experiments are carried out in the field, on the road: innovative teaching, focused on work in real contexts as a means of developing new skills; responsible research, attentive to the inclusiveness of knowledge production processes; co-planning with local stakeholders, to implement interventions with a positive impact on the community. The aim is to have a direct impact in activating services for the territory and neighbourhoods and training activities addressed to local communities.

With your 5X1000, you can make a difference in scientific research

Politecnico di Milano is the second university in Italy for distribution of the 5x1000 Irpef donation: 692,215 euros from 7,686 donors in 2022 (this is the latest figure released by the Italian Revenue Agency). For many years now, the University has chosen to allocate the majority of this contribution to scientific research with a high social impact: projects that have a concrete, short-term effect on improving the quality of life in the areas where they are developed.

WHY DONATE YOUR 5X1000 TO POLITECNICO DI MILANO?

Scientific research has an impact on everyone's life - even more so, when it is conducted by researchers who work not only in a laboratory, but also in the field, analysing concrete problems and studying directly applicable solutions to improve the quality of life for all. The University is a pioneer in this as well, boasting a programme of commitment and social responsibility that promotes a new way of building and applying knowledge and university excellence. Polisocial is first in Italy among academic initiatives of this kind. It aims to put the university in close contact with the dynamics of change in society, extending the University's mission towards social issues and needs arising from the territory, both locally and globally, and has been reaching out to fragile and needy groups for more than 10 years.

PILOT EXPERIENCES IN DIRECT CONTACT WITH REALITY, OUTSIDE ACADEMIC WALLS

Each year, through the Polisocial Award contest, the University selects five research projects with high social impact and supports them during the implementation of concrete and incisive 'pilot experiences'.

This programme promotes the involvement of external collaborators and partners, such as companies and institutions, to network; it stimulates multidisciplinary collaboration and synergies between different departments and research groups, and supports them with a view to sustainability over time; it also aims to give room to young researchers and cultivate an ethical approach to academic work, which enhances the social impact of Politecnico expertise.

Find out about the 2022 and 2023 projects continuing into 2024!

Excellence Of Politecnico In Qs World University Rankings By Subject

In an increasingly competitive global academic context, Politecnico di Milano has once again established itself as one of the world's leading academic institutions, ranking among the top universities in its core disciplines: 7th place in both Design and Architecture and 23rd place in Engineering, according to data published today by the QS World University Rankings by Subject 2024.

QS World University Rankings by Subject is the ranking of the best universities in the world by subject area, and today covers 55 disciplines divided into 5 macro areas. Rankings by subject aim to guide students to choose universities by discipline of interest.

The results released today, with a significant presence in world rankings in multiple fields of study, consolidate the University's reputation as a leader in scientific and technological education and research.

Going into the details of the ranking, the Politecnico di Milano has achieved excellent results in various disciplines, with prominent positions in key sectors in economic and scientific development, such as Engineering - Mechanical, Aeronautics and Manufacturing, ranking 9th globally in disciplines crucial for the development and innovation of technologies that drive industrial progress.

As far as Civil Engineering is concerned, the University ranks 12th in the world. Despite the growing demand from the labour market, the number of graduates, not only at the Politecnico, in this field is decreasing. A shortage that represents an extraordinary job opportunity for those who decide to embark on a path that places professionals at the centre of the country's infrastructural progress, with employment rates for Politecnico graduates reaching 97% one year after graduation.

In addition, the University stood out in 23rd place in the crucial sector of Data Science & AI, an indicator evaluated for the first time by Qs, which further confirms the work of researchers and teachers. Precisely in this area, those who choose to be protagonists of the digital transition, with the possibility of contributing to the development of new techniques, applications and ethical implications, find in the Politecnico di Milano an institution that has been committed to the study of artificial intelligence for over 50 years. In fact, the University has established itself as a major centre for the study of AI with a transversal and pervasive approach within all areas of research and innovation

What emerges from the latest QS survey is the value of 'engineerings'. The plural is a must in an increasingly articulated and multidisciplinary context. In this specific area, we rank among the top 25 in the world in Data Science & AI, in the face of close competition.

Professor Donatella Sciuto, Rector of Politecnico di Milano

Compared to last year, Politecnico di Milano has made significant progress in several disciplines, including Physics and Astronomy (+22 positions), Architecture and Built Environment (+3), Mathematics (+3), and Chemical Engineering (+7), thus demonstrating a continuous commitment to academic excellence and frontier research.

In addition, all 12 departments of the University are in the TOP50 for at least one discipline.

At a national level, the Politecnico di Milano is confirmed as the main point of reference in Architecture, Design, and Engineering.

Extraordinary Italians! Giuseppe Scionti and Novameat's cultivated meat

MAP readers might remember him: we featured him in MAP's special issue on Politecnico’s achievements. Alumnus Giuseppe Scionti, a Politecnico di Milano biomedical engineer,⠀from Spain founded the start-up NovaMeat and is deeply engaged in the discussions surrounding fake meat.  

In an interview with StartupItalia, he explains that he is not a big fan and maintains an engineer's approach. 'I must admit, I would rather eat real meat. That's precisely why I began exploring ways to improve fake meat. With Novameat, our aim is to offer a flavourful, healthier and more affordable alternative to traditional meat.'

Click this link to read his story

'The advantage of this new approach, as opposed to conventional techniques, lies in its ability to use a variety of ingredients beyond just soy and wheat. This not only promotes biodiversity but also uses sustainable ingredients from different crops (products with zero or nearly zero food miles, Ed.): 'in India we will use local ingredients, in Africa we will collaborate with FAO-supported countries.' Calculations indicate a saving of 95% soil and 75% water, therefore decreasing greenhouse gas emissions by 87% compared to the production of the same amount of meat.

Find out more: https://www.yumpu.com/it/document/read/66092441/map-magazine-alumni-politecnico-di-milano-numero-speciale-best-of/72

Polimi Alumna Erica Nonis wins Marzio Cecchi Prize 2024

Erica Nonis, a graduate from Politecnico di Milano who recently turned 30, has always dreamt of opening her own studio. Following her graduation in Architecture in December 2018, she embarked on collaborations in various studios and within a few years this dream became a reality, with the help of her colleague Edoardo Del Conte (also an Alumnus of our University): “In May 2022 we founded NODE Architetti. From the outset, we wanted to take part in competitions and saw them as an opportunity for growth and discussion on design principles, but also as a way for a small studio like ours to make a name for itself".

The Marzio Cecchi International Competition was named after the renowned architect and was created to showcase the talent of young planners, architects, designers and creatives. Nonis reflects on the competition: “The challenge was to design a capsule collection featuring a sofa or armchair and coffee tables, with a focus on sustainability and reuse. We just couldn’t miss out on this opportunity! I decided to submit the 'Cantiere' collection, drawing inspiration from my daily work. Often when I visit the site for inspections, I notice that there are huge amounts of waste materials. During these visits, I start thinking about how furniture can be designed by reusing these 'scraps' and how they can be repurposed to create a designer product. In fact, the entire collection—comprising a sofa, armchair and low tables—is designed with a very linear aesthetic where the load-bearing components are prominently displayed, and consists of a frame made of reinforcing rods, electrowelded mesh and plaster mesh. The competition therefore provided a platform for me to showcase this concept, bridging my profession as an architect with my passion for interior design".

The award ceremony took place on 1 March at Palazzo Spiga in Florence. Nonis won first prize in the second edition of the Marzio Cecchi Prize, beating 10 other candidates from prestigious universities and design schools. The evening, hosted by fashion designer Cecchi, Marzio's sister, also served as a fundraiser for Fondazione Voa Voa Aps Amici di Sofia, supporting the pilot project for neonatal screening of metachromatic leukodystrophy.

Nonis's victory at the Marzio Cecchi Prize adds to her accolades: “In July 2022, we participated in the major design competition 'Scuola Futura', and our proposal for the new primary school in the municipality of Cinto Caomaggiore won; as of today, we are finalising preparations to start construction and finally see our project take shape". Good job! 

All aboard the hydrogen train!

A train departs from Brescia, silently reflects on Lake Iseo and then passes through the houses and mountains of the Camonica Valley, leaving the landscape clean, no trail of black smoke but a watery vapour, a sign of the energy that is setting it in motion. This is the scenario which is expected to take place between the end of 2024 and the beginning of 2025, when the Coradia Stream, Italy's first hydrogen train with zero direct CO2 emissions into the environment, will replace diesel trains on the non-electrified Brescia-Iseo-Edolo railway line. The first of six trains commissioned by Trenord and Ferrovie Nord Milano to Alstom, it will have a range of 600 kilometres and will accommodate 260 seats; it will be part of the 'H2iseO' project, Italy's first hydrogen valley, which will contribute to the carbon neutrality target set for 2050 by the European Union, ie a 100% reduction in CO2 emissions, as much as it produces. Putting this hydrogen train and the innovation it brings into motion is Alumna Susanna Boitano, who was the Train Control Engineer, the person responsible for the software development of the vehicle's Train Control Management System (TCMS). ‘It is the brain of the convoy,’ she says, ‘which communicates with all the software of the on-board subsystems’.

Tell us more about how this brain works.

The energy is produced by the fuel cells on the train roof and stored into high-voltage lithium batteries. The tanks containing the hydrogen are distributed in the Power car, the one housing this energy heart. Industrial piping systems communicate with fuel cells where the chemical transformation of the combination of hydrogen, oxygen and waste water takes place. The energy is then stored in high-voltage batteries, communicating with the traction motors and auxiliary units that take the energy and distribute it to the rest of the train. Where possible, hydrogen fuel consumption is limited as much as possible thanks to the control of the Energy Management system. The batteries are charged both by the hydrogen production of the fuel cells and by the driver's electrodynamic braking, which means that no energy is wasted when braking. Part of the software I dealt with checks whether the high-voltage batteries should be recharged through hydrogen conversion by fuel cells or through braking energy recovery,

So the train is totally green, right?

Yes, because hydrogen in contact with oxygen in the air generates energy via fuel cells and releases water. Hydrogen is stored in facilities paid for by the customer, in this case Trenord and Ferrovie Nord Milano, which have declared that they will be supplied from renewable sources in order to maintain the circle of environmental sustainability. The feasibility plan is currently being finalised and envisages the initial use of Steam Methane Reforming (SMR) technology, from methane or biomethane, with capture and storage of the generated CO2, for the production of 'blue hydrogen'. Our goal is to deliver the first train between the end of 2024 and the beginning of 2025.

What was it like to come on board for the first time?

First, I would like to point out that the tests are still ongoing. This being said, the design has taken many years of work - and I mean not only from the aesthetics, but also from the mechanical and software points of view - but the real satisfaction comes when the train is complete, as a whole, and you turn the key and switch it on for the first time. The first turn of the key is the moment when you say to yourself: ‘this is what all these years have led to’.

What have they lead to exactly?

To the first hydrogen train in Italy. Well, as a matter of fact, also at European level, because currently the only other hydrogen train is the iLint, also produced by Alstom, for Germany, but designed for a limited commercial service and based on different network technologies. This one, on the other hand, is the first hydrogen-powered Smart Coradia model, which is part of the same group of regional trains that is replacing the entire fleet of Italian regional monoplane trains. Working for it was a privilege, because I felt like I was making a contribution to my country.

Marco Piuri, CEO of Trenord and Managing Director of FNM, said: ‘Inaugurating the use of this technology in an area that connects, by vocation, means that its value will not only be realised in the individual project, but will spread to other areas. I am thinking of industries and services that can be reached by the hydrogen network. This is what we aim to achieve with H2iseO: we want it to be scalable, beyond rail and bus mobility'. What is the future of hydrogen?

In an increasingly environmentally conscious world, I think it is crucial to look for alternative ways of producing energy. A diesel-powered train emits CO2, approximately 0.044 kg CO2 per km. In Italy, 40% of routes are not electrified and electrification is sometimes much more expensive than buying a diesel train. Moreover, the landscape is often difficult due to mountains, forests or, as in the case of Brescia-Iseo-Edolo, the tracks passing between houses in tunnels of limited size. Hydrogen could also be an intelligent application in metallurgical industries that currently have huge energy consumption.

On which tracks will the hydrogen train then lead us?

It will surely lead us to a future where we will be more aware and attentive to even the smallest things. Sometimes it takes a big message and a big change to let the individual become aware. The strong impetus towards collective innovation can have an impact on the choices we all make, every day, individually.

Will you board the hydrogen train for one of your first trips?

Of course! I will organise a trip with my family to show them what I have actually been working on all this time.

The best espresso there’s ever bean

A small light emerges from the nose of an espresso machine and illuminates the cup that fills to the sound of freshly ground beans. From the side, the glow is reflected in the curves drawn in the machine's aluminium. ‘This is how coffee stages its very show,’ says a voice. We are in Smeg's Milan store and the voice is that of Alumnus Matteo Bazzicalupo. He and Alumna Raffaella Mangiarotti, who is also here with us, designed this fully automatic espresso machine, the BCC Smeg, winner of the fourth edition of the DesignEuropa Award organised by the European Union Intellectual Property Office, in the Industry category. Their studio is called ‘deepdesign’ because - and we quote their words - ‘we work with research while questioning forms, in order to achieve a deep design’. So we decided to have a conversation precisely moving from the depths of thought that then lead to the creation of new lines.

'For twenty-five years we have been thinking about products not only from an aesthetic and functional point of view but also from a symbolic one,' explains Bazzicalupo. ‘The power of symbols goes beyond logical properties and reaches the heart and soul, allowing us to create an instantaneous and empathic relationship with those who interact with the product. The first image that came to our mind when thinking of this coffee machine was that of a monolithic geode. If you look at it, it has a very pure volume that resembles the device of a geode: it splits and holds a precious heart inside. Similarly, we have carved out a portion of the primary volume and a very valuable interior is unveiled: the underlying advanced technology platform that addresses the user. This metaphor tells a lot about the way we work and our reliance on a multi-factor methodology; on top of that, it also tells about the interaction that can be generated from the very beginning and that can then last over time'.

In a video presenting the espresso machine, Raffaela Mangiarotti wonders how to overcome the initial misunderstanding, that destructive stalemate in the relationship between machine and user. She wonders how to make objects talk. So we ask how objects can succeed in speaking to us. 'Form always expresses an iconic potential,' she says, 'and every object belongs to its own typological tradition that can be consecrated or desecrated. We feel free to choose how to act according to the business context we work in: sometimes we have consecrated and sometimes we have destroyed typologies because we considered that there might be different, more contemporary ways of seeing things. For example, we designed a washing machine and opted for centripetal instead of centrifugal force. We gave it a softer shape, its noise becomes a sound - more precisely the sound of water - and movements become fluid inside a machine that is no longer a white cube but is transparent. This is how functional things become emotional. In other cases, the typology itself is already perfect, as we realise it has come to us through so many hands and minds that have made it almost untouchable. In the case of this coffee machine, we have opted for very simple interfaces: we do not like to make it difficult for those who approach it. Of course, machines are getting smarter and smarter... but perhaps they don't need to show it, they should rather facilitate our decisions and ability to understand them. We thought of someone who wakes up in the morning, arrives in the kitchen almost with eyes still closed and simply wants to press a button to get a coffee. Among the four buttons, that person chooses one, smells the scent of coffee wafting through the air... we imagine that person almost always with their eyes closed: a real soft and powerful awakening at the same time. Then, if that person is an expert, if their eyes are already open, they discover that there is a mode whereby those four buttons control four other function options; or they can open the small machine door, turn a lever and choose the type of grind depending on the humidity of the day. It is a ‘level machine’, meaning that it is designed for various levels: from the simplest and most immediate to the deepest and most technical’.

So, going back to the moment of genesis, right after the lighting of the monolith, how did you proceed? Bazzicalupo replies: ‘Let's say that at the beginning of the job we were given the inside of the machine and we had to shape its skin. We therefore focused on its compactness as the most important thing: we had to imagine something not too oversized, something which could be placed under the kitchen wall unit. That’s when we realised that we could design a long, narrow shape. Working on the front became interesting at this point: we thought of a clean line, of a front with a very distinctive cut, as if it were the cut of a stone. The starting palette is composed of three colours but is expanding. At the moment the machine comes in white, black and taupe - the latter is a shade of colour reminiscent of café au lait. The front panel is made of natural aluminium and has a brushed finish with a polished edge, a stroke of light that outlines and emphasises the area of the cut’.

Mangiarotti adds: ‘We often study sound as well, as we want to try to turn noises into sounds. In this case, the sound of the coffee grinder conveys the idea that fresh coffee is being prepared. The noise of a grinder is probably not very romantic, but when you open the top door and the aroma is released, you fly with imagination to a coffee roastery. Sometimes, I fill the machine up and leave it open: it is as if the smell wakes me up too. In short, it is a coffee machine but also an olfactory machine'.

Mangiarotti adds: ‘We often study sound as well, as we want to try to turn noises into sounds. In this case, the sound of the coffee grinder conveys the idea that fresh coffee is being prepared. The noise of a grinder is probably not very romantic, but when you open the top door and the aroma is released, you fly with imagination to a coffee roastery. Sometimes, I fill the machine up and leave it open: it is as if the smell wakes me up too. In short, it is a coffee machine but also an olfactory machine'. How can a line drawn on a certain day, in a certain year, rise to eternal life? Mangiarotti thinks about it and responds: ‘Personally, I don't like formal solutions that are too extreme because I find that when you create a very strange object, you end up getting tired of it over time. I believe a line must embody calmness to be eternal. This way, it can be translated into the desire to create an object that, when you look at it, is both new and ever-present. Bazzicalupo adds: 'Yes, like an object that you feel you have introjected'. Mangiarotti then continues: ‘To design this coffee machine we took some time to think about what a line with this calmness could be. When you think of Smeg, you think of something that stands the test of time. Here we are surrounded by Guido Canali's 1960s designs, and if you work with a company that has objects that were beautiful and have remained beautiful, you feel a responsibility. We wanted to do something graceful, more playful, that spoke to young people but shared the same essential nature. We wanted an object that could recall memory while being immersed in the contemporary'.

Moving on to memories, Mangiarotti tells us what has remained of her time studying at Politecnico: ‘The scientific method. The first thing Marco Zanuso, my lecturer at Poli, taught me was the etymology of 'progettare’, the Italian verb meaning ‘to design': it comes from the Latin ‘proiectāre’, namely to throw forward. This shaped me. When we designed the centripetal force washing machine, the self-standing hair-dryer or the foldable electric broom, we made attempts to throw something forward, not to the side. In the case of another coffee machine, the Diamantina, we did archive research on the historic Diamante machine. Doing research is a form of respect: it assumes humility, it means going and learning about the intellect that came before you. Finally, you can also pay homage while also putting something of your own. Such scientific dimension to the project is the one I also see in the young people attending Politecnico today'. Bazzicalupo has one particular memory from his Politecnico days: ‘I remember the teaching we learnt from Francesco Trabucco on the day we had to decide on our thesis topic. A NASA engineer was present and suggested an ultralight gyrocopter - the ancestor of the helicopter. We were all excited... but we didn't even know what it was. I thus learnt that, in order to aspire to innovate and imagine the future, one must first of all accept without fear every new design challenge’.

After leaving Politecnico, how does a person start and how can one find themselves in a colleague? Mangiarotti and Bazzicalupo met in 1995 in the editorial office of the magazine ‘Modo’ founded by Alessandro Mendini, where they both wrote about innovation and technology, and so they decided to enter a competition together for the first time. Returning to the DesignEuropa Award, they tell us about the value of this first place: ‘Awards are usually related to the product’s aesthetics and functionality. In addition to these two aspects, which are the main ones, DesignEuropa considers a third parameter: the product’s commercial success. Not only the design but also the way the product was placed in a certain market segment - perhaps figuring out which element to remove or add to maintain a certain type of price - is part of the design. It’s thus about economic sustainability, because success corresponds to the revenue that pays back the professionalism and people behind the product itself. In our case, it’s also about environmental sustainability because this machine does not use capsules or pods and thus produces no waste: it goes from the bean directly to the cup'. They quote Good Design by Bruno Munari, in which the artist and designer plays with writing by describing an orange and peas as if they were design objects. ‘The ambition is always to follow a natural process,’ they say, ‘because there is no waste in nature. A leaf shows its lymphatic system, and you realise that it has nothing more than it needs... but you see it and it is wonderful. The result is an essential geometry that is turned into aesthetics. If we look around in this Smeg universe we are immersed in, we realise that there are another twenty iconic products designed by Mangiarotti and Bazzicalupo in addition to their automatic espresso machine. The two also designed this showroom and the one in London. We ask them how it feels to be here. ‘It feels a bit like home’.