Tag: develop

Ricardo Signs Multi-year Deal to Develop Hybrid-electric Aerospace Technology With Pratt & Whitney Canada

LONDON–(Enterprise WIRE)–Ricardo, a world-wide strategic, environmental, and engineering consulting enterprise, has signed a multi-12 months deal with Pratt & Whitney Canada, a planet leader in the style and design, manufacture and support of plane and helicopter engines and auxiliary electric power units.

The multi-12 months offer will see the Ricardo aerospace engineering group help Pratt & Whitney Canada in the enhancement of innovative hybrid-electric powered propulsion technologies for future generation aircraft. The venture is part of Pratt & Whitney Canada’s regional hybrid-electric powered flight demonstrator programme. The corporation is targeting a 30{4224f0a76978c4d6828175c7edfc499fc862aa95a2f708cd5006c57745b2aaca} advancement in gas effectiveness and commensurate reduction in carbon dioxide emissions, in comparison to today’s most innovative turboprop engines for regional plane.

Adrian Schaffer, President of Emerging Mobility at Ricardo, reported: “We’re delighted to have signed this deal with Pratt & Whitney Canada. It represents a considerable milestone for our business, as we seem to increase our abilities and footprint in North America and discover new options supporting the decarbonisation of the world wide aerospace sector. This project will enable us create on our existing name for the revolutionary design and style and delivery of foreseeable future-forward methods for aerospace buyers, creating clean, effective, and built-in propulsion techniques for up coming technology aircraft and creating on our vision of producing a secure and sustainable planet.”

Jean Thomassin, Govt Director new products and solutions and services, Pratt & Whitney Canada stated: “Hybrid-electric propulsion engineering is a core ingredient of our system for regularly advancing the efficiency of plane propulsion units, in assist of the business-huge target of accomplishing web zero carbon dioxide emissions for aviation by 2050. Our collaboration with Ricardo delivers beneficial abilities all around part style, system integration, and tests, which will in the long run help us to reveal the potential of this technological know-how, with ground testing starting off later on this 12 months and eventual flight checks in 2024.”

The offer signifies a considerable financial investment in Ricardo’s aerospace capabilities and resource, as it appears to explore new prospects to work with shoppers in the worldwide aerospace sector, which features policy, strategy, technological know-how implementation and consultancy.

Ends

About Ricardo

Ricardo plc is a international strategic, environmental, and engineering consulting enterprise, shown on the London Stock Trade. With in excess of 100 several years of engineering excellence and employing shut to 3,000 staff in additional than 20 nations around the world, we give extraordinary concentrations of knowledge in offering modern cross-sector sustainable outcomes to aid energy transition and scarce resources, environmental providers jointly with risk-free and clever mobility. Our global staff of consultants, environmental experts, engineers and researchers assistance our buyers to address the most elaborate and dynamic worries to support reach a risk-free and sustainable earth. Pay a visit to www.ricardo.com

Researchers develop a paper-thin loudspeaker | MIT News

MIT engineers have developed a paper-thin loudspeaker that can switch any surface into an active audio source.

This slender-movie loudspeaker makes audio with small distortion whilst making use of a portion of the energy demanded by a standard loudspeaker. The hand-sized loudspeaker the crew shown, which weighs about as significantly as a dime, can generate higher-top quality sound no make a difference what surface the film is bonded to.

To obtain these attributes, the scientists pioneered a deceptively basic fabrication technique, which demands only 3 basic techniques and can be scaled up to generate ultrathin loudspeakers large more than enough to deal with the inside of of an car or to wallpaper a home.

Utilised this way, the slim-film loudspeaker could present energetic sound cancellation in clamorous environments, these types of as an plane cockpit, by making audio of the exact amplitude but opposite phase the two appears terminate each individual other out. The versatile device could also be utilised for immersive leisure, most likely by providing 3-dimensional audio in a theater or theme park trip. And for the reason that it is light-weight and involves these kinds of a modest quantity of electrical power to run, the machine is nicely-suited for programs on good devices exactly where battery existence is restricted.

“It feels impressive to consider what appears to be like like a slender sheet of paper, connect two clips to it, plug it into the headphone port of your computer system, and begin listening to sounds emanating from it. It can be applied anyplace. Just one just desires a smidgeon of electrical ability to run it,” says Vladimir Bulović, the Fariborz Maseeh Chair in Emerging Know-how, chief of the Natural and organic and Nanostructured Electronics Laboratory (Just one Lab), director of MIT.nano, and senior writer of the paper.

Bulović wrote the paper with direct author Jinchi Han, a A single Lab postdoc, and co-senior writer Jeffrey Lang, the Vitesse Professor of Electrical Engineering. The analysis is revealed nowadays in IEEE Transactions of Industrial Electronics.

A new strategy

A standard loudspeaker identified in headphones or an audio system makes use of electric powered current inputs that go through a coil of wire that generates a magnetic subject, which moves a speaker membrane, that moves the air over it, that tends to make the audio we listen to. By distinction, the new loudspeaker simplifies the speaker structure by making use of a thin film of a formed piezoelectric content that moves when voltage is utilized in excess of it, which moves the air higher than it and generates audio.

Most skinny-movie loudspeakers are built to be freestanding due to the fact the movie should bend freely to deliver audio. Mounting these loudspeakers onto a floor would impede the vibration and hamper their potential to crank out seem.

To get over this problem, the MIT staff rethought the design and style of a skinny-film loudspeaker. Somewhat than having the whole product vibrate, their design and style depends on very small domes on a skinny layer of piezoelectric material which every vibrate independently. These domes, just about every only a couple hair-widths throughout, are surrounded by spacer layers on the top and base of the film that safeguard them from the mounting surface area whilst continue to enabling them to vibrate freely. The exact same spacer layers defend the domes from abrasion and effect all through day-to-working day handling, boosting the loudspeaker’s longevity.

To develop the loudspeaker, the researchers used a laser to lower very small holes into a slim sheet of PET, which is a form of lightweight plastic. They laminated the underside of that perforated PET layer with a quite thin movie (as thin as 8 microns) of piezoelectric material, referred to as PVDF. Then they used vacuum earlier mentioned the bonded sheets and a heat resource, at 80 levels Celsius, beneath them.

Due to the fact the PVDF layer is so thin, the pressure difference established by the vacuum and warmth supply caused it to bulge. The PVDF can not drive its way through the PET layer, so small domes protrude in areas in which they aren’t blocked by PET. These protrusions self-align with the holes in the PET layer. The scientists then laminate the other aspect of the PVDF with another PET layer to act as a spacer involving the domes and the bonding surface area.

“This is a incredibly easy, easy method. It would let us to make these loudspeakers in a significant-throughput manner if we integrate it with a roll-to-roll system in the future. That suggests it could be fabricated in significant quantities, like wallpaper to include walls, autos, or aircraft interiors,” Han suggests.

Higher quality, very low electrical power

The domes are 15 microns in top, about 1-sixth the thickness of a human hair, and they only transfer up and down about 50 percent a micron when they vibrate. Each and every dome is a single sound-generation device, so it usually takes thousands of these tiny domes vibrating jointly to develop audible seem.

An additional reward of the team’s straightforward fabrication process is its tunability — the scientists can alter the dimensions of the holes in the PET to handle the dimensions of the domes. Domes with a bigger radius displace extra air and develop additional sound, but larger sized domes also have lower resonance frequency. Resonance frequency is the frequency at which the device operates most successfully, and decreased resonance frequency sales opportunities to audio distortion.

After the scientists perfected the fabrication approach, they examined quite a few distinct dome measurements and piezoelectric layer thicknesses to get there at an ideal mixture.

They tested their slim-movie loudspeaker by mounting it to a wall 30 centimeters from a microphone to measure the seem strain amount, recorded in decibels. When 25 volts of electrical energy had been passed by means of the product at 1 kilohertz (a charge of 1,000 cycles for each second), the speaker developed substantial-quality seem at conversational concentrations of 66 decibels. At 10 kilohertz, the seem force amount enhanced to 86 decibels, about the same volume degree as town website traffic.

The energy-productive unit only requires about 100 milliwatts of ability for every square meter of speaker location. By distinction, an regular household speaker could take in much more than 1 watt of electrical power to generate comparable audio force at a equivalent length.

Mainly because the tiny domes are vibrating, relatively than the whole film, the loudspeaker has a higher plenty of resonance frequency that it can be applied effectively for ultrasound applications, like imaging, Han points out. Ultrasound imaging uses incredibly high frequency sound waves to make visuals, and higher frequencies generate far better image resolution.  

The device could also use ultrasound to detect wherever a human is standing in a area, just like bats do utilizing echolocation, and then shape the seem waves to follow the particular person as they move, Bulović states. If the vibrating domes of the slender movie are included with a reflective surface area, they could be utilized to build designs of light-weight for future screen systems. If immersed in a liquid, the vibrating membranes could present a novel strategy of stirring chemical substances, enabling chemical processing approaches that could use less energy than substantial batch processing solutions.

“We have the potential to precisely produce mechanical motion of air by activating a bodily surface that is scalable. The options of how to use this know-how are limitless,” Bulović states.

“I feel this is a very creative strategy to generating this course of ultra-slender speakers,” says Ioannis (John) Kymissis, Kenneth Brayer Professor of Electrical Engineering and Chair of the Section of Electrical Engineering at Columbia College, who was not involved with this research. “The system of doming the movie stack applying photolithographically patterned templates is rather unique and possible to guide to a range of new purposes in speakers and microphones.”

This operate is funded, in aspect, by the analysis grant from the Ford Motor Firm and a reward from Lendlease, Inc.

UT Dallas scientists develop new technology that uses gold particles to screen for viruses

College of Texas at Dallas researchers have created a swift virus take a look at utilizing gold particles and lasers that claims to produce final results as precise as lab assessments in a portion of the time.

The technological know-how, known as electronic plasmonic nanobubble detection — or Diamond for shorter — is 150 occasions extra exact than standard swift exams, according to a research revealed in Character Communications very last thirty day period. Its accuracy is equivalent to polymerase chain reaction (PCR) exams, which just take hours to carry out.

The group of UT Dallas scientists that authored the analyze, led by affiliate professor of mechanical engineering Dr. Zhenpeng Qin, tested Diamond in opposition to respiratory syncytial virus, despite the fact that the researchers say the engineering can be utilized to detect other prominent viruses, like COVID-19 and influenza.

“For the [PCR] COVID examination, we travel by means of the pharmacy and give the sample. Having the sample analyzed generally requires two to 4 several hours just before we get the final results,” mentioned Haihang Ye, a UT Dallas investigation affiliate in mechanical engineering. “Our technological know-how can lower the sample screening time to 30 minutes, but the sensitivity can be as superior as these molecular assessments.”

Dr. Haihang Ye (left), research associate in mechanical engineering, and doctoral student...
Dr. Haihang Ye (left), investigation associate in mechanical engineering, and doctoral student Yaning Liu are section of a team of College of Texas at Dallas scientists who have developed a new virus take a look at that purports to produce final results as accurate as lab tests inside of 30 minutes.(Smiley N. Pool / Personnel Photographer)

A lot quicker, much less expensive and more helpful virus assessments are in high demand as the U.S. shifts into a new normal in the coronavirus pandemic. Nevertheless case counts are near all-time lows in North Texas, the really contagious BA.2 variant proceeds to spread locally and throughout the nation.

The price tag of a COVID-19 exam differs extensively dependent on spot and type of check. A examine of the most significant hospitals in every single state finished by the Peterson Heart of Health care and Kaiser Household Basis Health Technique Tracker found coronavirus test prices ranged everywhere from $20 to a lot more than $1,400. Only 3{4224f0a76978c4d6828175c7edfc499fc862aa95a2f708cd5006c57745b2aaca} of the hospitals surveyed outlined screening rates below $50.

A Diamond exam, which Ye reported can be created for around $15, mixes a patient sample from a nasal swab with gold nanoparticles attached to antibodies for the virus becoming examined. The antibodies, marked by the gold nanoparticles, then bind with proteins on the virus’ area if the virus is current in the sample.

Researchers then inject the sample blended with labeled antibodies into a slender tube mounted on a glass slide. As the liquid passes through the tube, it’s strike by the beams of two lasers, 1 of which activates the gold nanoparticles, producing them to extend.

If the enlargement is sturdy adequate, the nanoparticle will boil the h2o all around it and produce vapor bubbles. Significant nanobubbles mean the virus is existing in the sample.

“If there’s no virus, there will be a little nanobubble sign from the particle only so we can differentiate the sample’s position,” reported Yaning Liu, a UT Dallas mechanical engineering doctoral student and co-to start with writer of the Diamond review.

Doctoral student Yaning Liu (front) and Dr. Haihang Ye, research associate in mechanical...
Doctoral university student Yaning Liu (entrance) and Dr. Haihang Ye, research associate in mechanical engineering, function in a lab at UT Dallas.(Smiley N. Pool / Workers Photographer)

Diamond is the item of a long time of exploration and tens of millions of dollars in grant funding, which includes $2.5 million in grants from the Nationwide Institute of Allergy and Infectious Conditions and a $293,000 grant from the Office of Defense’s Congressionally Directed Healthcare Investigation Packages.

To take a look at distinct viruses using the engineering, all scientists want to do is modify the related antibodies, Ye claimed. While Diamond has the possible to grow screening selections for a number of viruses, it necessitates scientists to know what they’re testing for.

“One of the issues with the recent checks is that vendors have to kind of have an concept of what they’re seeking for,” stated Elitza Theel, associate professor of laboratory medicine and pathology at the Mayo Clinic in Rochester, Minn.

A much less-targeted tactic making use of a engineering called metagenomic subsequent-technology sequencing permits researchers to sequence all of the genetic substance in a sample to detect which infectious pathogens are current. The technologies is now in use, but the method is costly and usually takes days to return success, Theel said.

“It’s not genuinely useful in the speedy acute location,” she explained.

Whilst Diamond will have to be accredited by the Food stuff and Drug Administration right before it can be used publicly, the scientists powering the technology released a business called Avsana Labs to with any luck , commercialize it. Qin serves as president of the business, which was created by way of UT Dallas’ Venture Progress Center.

Just previous week, a different North Texas organization had its COVID-19 exam accepted by the Fda. Frisco-based InspectIR Programs invented a breathalyzer apparatus, the 1st coronavirus take a look at of its form to get federal approval, that can yield final results in a lot less than 3 minutes.

Medical Doctor Philip Huang, Director of Dallas County Health Department, left, distributes...

Two teens from Harvard develop a website in three days to help Ukrainian refugees find housing in other countries

Two yrs earlier, when he was 17, he’d made a web-site, ncov2019.live, to enable track the unfold of the coronavirus all over the entire world. The web site was so properly obtained that Schiffmann was offered a Webby Individual of the Calendar year award on line in 2020 by Anthony S. Fauci.

Schiffman abruptly sat up in bed with an idea: Make a web site for Ukrainian refugees who required areas to continue to be in other international locations. He set out a tweet.

“a cool concept would be to established up a web-site to match Ukrainian refugees to hosts in neighboring nations around the world,” Schiffmann posted.

He adopted up asking for support from folks who spoke other languages to translate the site into Ukrainian, Russian, Polish, Czech and Romanian.

Then he texted his Harvard College freshman classmate Marco Burstein, an 18-12 months-outdated computer coding whiz, to talk to if he could assistance him quickly produce a internet site.

Burstein was 3,000 miles absent in Cambridge, Mass., and had papers to create and classes to attend. Even now, he was in, he told Schiffmann.

The pair labored nearly nonstop texting and on FaceTime to develop a web page that would be effortless to navigate for men and women giving assist and those people trying to find it.

On March 3 — a few days and only five several hours of rest afterwards — they released Ukraine Just take Shelter, a web site in 12 languages where by Ukrainian refugees fleeing war can quickly find hosts with spare rooms, unused resort condos, mother-in-legislation flats and university dormitories.

“If anyone has a sofa out there, they can help a refugee,” stated Schiffmann. “And if somebody has an whole home, they can set it on the web-site and support a whole spouse and children.”

“What we’ve carried out is put out a super speedy, stripped-down version of Airbnb,” he explained.

In the to start with 7 days, more than 4,000 prospective hosts all over the earth, such as in the United States, have available a position to continue to be by way of Ukraine Choose Shelter, stated Schiffmann, noting that the variety of hosts grows just about every day.

Just one host from the United States commented: “I have to check with myself, ‘If not I, who? If not now, when?’ ” I can’t cease this invasion, but my faith tells me now is my time to assistance many others obtain basic safety and shelter.”

Though most of the hosts who indicator up reside in international locations bordering Ukraine, Schiffmann and Burstein have noticed provides from as far away as Israel and Canada.

In some circumstances, the hosts are even springing for airline tickets to get people to security, Burstein mentioned.

“The quantity of new hosts we’re acquiring every working day is mind-blowing, and we’re seeing quick results in how the web-site is generating a big difference,” he explained. “It’s virtually preserving life for people in a terrifying predicament.”

Both he and Schiffmann said they see their job as a public bulletin board providing some thing for every person who is packing up whatever they can carry and fleeing Ukraine.

“We identified that existing web pages run by governments to assistance refugees were being clumsy and whole of sophisticated jargon,” Schiffmann reported. “You submit a thing into a black box and just hope that someone will read it and assistance you.”

“Somebody running absent from explosions and gunfire is underneath strain and needs a thing that is additional simple and effortless to use,” he additional.

On the Ukraine Take Shelter web site, refugees form in their present-day areas and dozens of host delivers pop up from the closest cities in neighboring countries, Burstein stated. They can also specify the number of people who want shelter and no matter whether they have pets or family members users with exclusive requires.

For example, on March 9, anyone fleeing Kyiv would have found listings from hosts supplying lodging ranging from a couch in a one particular-bedroom condominium in Lithuania to a 9-bedroom chalet with eight loos in Romania.

“I am a healthcare pupil, as is my boyfriend and we reside in a 1-bedroom condominium in the center of Kaunas, Lithuania,” wrote the volunteer host who had an obtainable couch.

“As of these kinds of we can only offer you our couch in the residing space with no cost foods, materials and something else that is vital,” she ongoing. “We never have any youngsters and could babysit as very well.”

Some hosts really don’t have room for more people, but they are presenting aid for pets.

“We are presenting a non permanent area for one pet,” wrote a host from Latvia. “We are residing in an apartment setting up, but with a whole lot of environmentally friendly spots and pet dog parks following to us. Your pet dog will have foods, care, a mattress and lengthy walks!”

The crucial to the website’s design and style is its simplicity, claimed Schiffmann, noting that correct addresses aren’t furnished for the hosts or the refugees for safety reasons.

“Our objective was to get the web-site up as rapid as possible to aid as several persons as probable, and which is exactly what is happening,” he reported.

Each he and Burstein have been drawn to constructing webpages when they were young and learned how to deal with coding by observing YouTube video clips, mentioned Schiffmann, who grew up in the Seattle space.

Burstein, who grew up in Los Angeles, mentioned he learned to program computers when he was in third quality.

“Avi and I met just after we arrived to Harvard,” he claimed. “I produced a web page final summer so that Harvard learners could see what lessons all their buddies had been using, and Avi achieved out to me about it.”

The two finished up bonding more than their common desire of working with technological innovation to fix troubles, claimed Burstein.

“When Avi texted me about accomplishing a thing for individuals in Ukraine, I had a sense that we could definitely make a distinction with this,” he said.

“We’re amazingly fortunate to be going to Harvard and to have loving households and dwell in a harmless setting,” he included. “We felt it was our flip to give again.”

Schiffmann mentioned it is a testament to the energy of know-how that two teenagers at opposite ends of the state could develop an simple-to-use site to gain men and women in will need on the other aspect of the entire world.

He explained he now hopes it will be possible to link initiatives with agencies offering aid to Ukrainians.

“What’s occurring in the environment ideal now is definitely scary to check out,” he stated. “People my age who have been born after 9/11 have under no circumstances witnessed anything at all like this.”

He stated the scale of the disaster is challenging, and seemingly only turning into extra dire.

“There have been much more than 2 million refugees from Ukraine and it is certain to get even worse,” Schiffmann said. “They all have earned a secure location to stay.”

Scientists develop new technology platform to detect SARS-CoV-2 by fluorescence readout

A team of scientists has designed a new technology system for fluorometric detection of pathogens such as viruses by measurement of fluorescent light emitted. The possible of the new engineering has been demonstrated for the detection of SARS-CoV-2.

This know-how platform can also be made use of to detect other DNA/RNA pathogens this kind of as HIV, influenza, HCV, Zika, Ebola, bacteria, and other mutating/evolving pathogens.

Viruses are a major world-wide menace to human wellness, and the ongoing Covid-19 pandemic brought on by SARS-CoV-2 proceeds to inflict catastrophic consequences on all features of our life. The unparalleled transmission rate of RNA virus has necessitated a swift and exact prognosis to aid get in touch with tracing (stop spreading) and to present well timed remedy, an official statement said.

Read: Will Covid-19 virus evolve once more? New study finds exclusive mutations surviving in wastewater

Researchers from Jawaharlal Nehru Centre for Superior Scientific Study (JNCASR), an autonomous institute of the Department of Science and Technologies, Authorities of India, along with scientists from IISc (India Institute of Science), have demonstrated a noncanonical nucleic acid-based G-quadruplex (GQ) topology targetted reputable conformational polymorphism (GQ-RCP) platform to diagnose Covid-19 clinical samples.

This operate has been posted just lately in the journal ‘ACS Sensors’ and the workforce has also filed a patent for the novel technological know-how.

“The existing do the job shown the 1st GQ-targetted diagnostic system for SARS-CoV-2 in clinical samples, based on a novel system GQ-RCP. This molecular detection system can be integrated into field-deployable isothermal amplification assays with much more dependability and sequence specificity,” the statement mentioned.

The system lays greater emphasis on deciphering and systematic characterisation of a distinctive established of interactions in nucleic acids to attain stable and reliable noncanonical DNA/RNA targets. The RCP-based target validation is a common and modular strategy for the advancement of noncanonical nucleic acid-targeted diagnostic platforms for numerous pathogens, which include bacteria and DNA/RNA viruses.

“RT-q-PCR has been the gold typical for exact detection of SARS-CoV-2 (Covid-19). Between the new improvements on nucleic acid-targeted diagnosis of SARS-CoV-2, the approaches these kinds of as RT RPA and RT-LAMP use common-reason DNA sensing probes. This boosts the propensity of phony-optimistic outcomes arising out of unbiased detection of nonspecific amplification products and solutions. Recognising unique DNA secondary conformations can be a promising answer to accomplish trusted readouts,” the statement observed.

The group has determined and characterised a exclusive G-quadruplex-primarily based concentrate on derived from the 30 kb (kilobytes) genomic landscape of SARS-CoV-2 for specific detection of SARS-CoV-2. Compared with the other trustworthy diagnostic assays in which the existing elementary ideas have been repurposed, this work offers a fully novel system to focus on a unique, unconventional construction specific to the SARS-CoV-2 sequence working with little molecule fluorophores (microscopic molecules).

ALSO Read through: Uk scientists build lab-in-a-backpack for much less expensive, exact Covid testing

“The team designed GQ topology focused detection of SARS-CoV-2 derived DNA obtained right after reverse transcription and amplification from genomic RNA in scientific samples. The GQ focused detection was obtained by pH-brought on facile transformation of the amplified double-stranded DNA into secure GQs, which sorts the focus on for detection with impressive selectivity making use of a created fluorescent dye which is a benzobisthiazole-primarily based target-unique change on identified as BTMA,” the assertion explained.

Therefore, this study demonstrates a reliable tactic for fluorogenic organic and natural molecule-based GQ-RCP system to diagnose Covid-19 medical samples and is the initially realistic demonstration of it, it mentioned.

The staff clarifies reliance on targetting strange nucleic acid conformations in pathogens is an thrilling strategy to developing distinct diagnostic assays with reputable study-outs. Molecular probes with superior conformation or sequences for distinct recognition of nucleic acids would relieve the problem in current tactics of doing away with bogus-optimistic detection results.

“We have shown rational tailoring of molecular probes to reach unambiguous focus on recognition and enhance the dependability of detection at a shorter time devoid of the necessity of high-priced RT-q-PCR instrument. This RCP-based platform is quite general and can be very easily adopted for the detection of a variety of DNA/RNA dependent pathogens together with microorganisms and viruses these kinds of as HIV, influenza, HCV, and so on,” said T Govindaraju.

ALSO Go through: What is stealth Omicron BA.2 and what can make it a sub-variant?

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What is the future of cities, and how can we develop new solutions for them?

The study, paid for by a grant from Hyundai (Cunningham declined to specify the amount), gave artists across disciplines at RISD an opportunity to use technology to help build solutions for community and city designs, natural resource systems, and infrastructure.

For Hyundai, the collaboration helps realize the company’s vision of “becoming a future-shaping innovator via open innovation,” said Youngcho Chi, president and chief innovation officer.

Chi said the company collaborated with RISD in 2020 to apply the school’s biomimicry solutions to the question of future mobility. This year, he said the company has expanded their scope to the future of cities with RISD and Kia’s global design centers.

“Our plan is to explore solutions developed from the outcomes of this partnership and apply them to tangible opportunities such as innovative vehicle design and smart city development,” he said.

Graduate student Mooa Seongah Kang developed recyclable structures based on silkworms as part of a research team led by architecture faculty member Ryan McCaffrey.
Graduate student Mooa Seongah Kang developed recyclable structures based on silkworms as part of a research team led by architecture faculty member Ryan McCaffrey.Rhode Island School of Design

Q: How did this partnership between RISD and Hyundai begin?

Cunningham: Around 2018, we began a shared exploration around questions of nature as they relate to mobility. Hyundai, of course, is known for its cars, but it’s a global conglomerate that does construction, banking, and creates many other products in other industries, such as other textile innovations. Hyundai had seen our nature lab, where we provide artists with biological studies and can explore and draw insects, and was interested in how the natural world is efficient. And we wanted explore how we could create sustainable cars or mobility that doesn’t pollute or damage the world. We weren’t just exploring the vehicle itself, but the infrastructure that would be required.

Q: Why are RISD and Hyundai thinking about the future of ecologies now?

Cunningham: Hyundai knows the amount of waste that cars introduce into the environment, both when they are on the move and when the automobiles are thrown away. I think there’s been this idea that we need to remake this business using what we know from nature. [Hyundai also acquired robotics innovation company Boston Dynamics last year.]

A cicada-inspired blanket that uses a woven MIDI divide, which reproduces various cicada calls when touched.
A cicada-inspired blanket that uses a woven MIDI divide, which reproduces various cicada calls when touched.Rhode Island School of Design

Q: What’s an example from the exhibit (many of the designs are now in Seoul) that shows the work that RISD designers conducted for the company?

Cunningham: The students looked at the texture of butterfly wings and there was a great interest in the fact that they are hydrophobic. They studied them, and then created prototypes (using a 3D printer) to examine and test different textured materials and how they would resist water. Ultimately, they chose one of the samples to use as a potential material for awnings that can both collect water to recycle it and repurpose it, while also protecting vendors and others underneath.

But Hyundai left it very open for the students. The students started with the butterfly and came to their own conclusion [the potential awning material]. To be clear, we do not do work for hire. Someone can’t come to us and say they want to create an awning. We work backwards. It’s more about the process.

Q: How have students redesigned or rethought the infrastructure of cities?

Cunningham: Students examined how bacteria shares resources in micro-colonies. So they thought about: How do we share resources across a city? So they looked at ways to mobilize health, medical, and educational services that can move around the city by replanning how cities are actually designed. They moved away from rigid structures and developed more fluidity for key social services. In a video, the students show exactly how services could be provided “below” the city where you never really see the services that are so essential. The whole point is it creates more robust communities, which will be transformative when you add in climate change and think about how our city maps are radically changing all the time.

So the whole idea is to show that a city is inherently mobile itself, it’s not just the future of car mobility, but that its flexible systems in the world around us that could change too.

Q: Why do you think are the designers at RISD are the right fit to explore new ecologies?

Cunningham: Sometimes people who are not in the arts and design would think of research and picture a physicist, mathematician, or engineer. But in our world, when we’re working with materials and trying to develop new approaches, we are very much in a research mode. It’s an interrogation of an issue through material exploration.

What RISD is known for is having a creative mindset. We are known for approaching questions in new ways. We look at the assumptions around a particular issue and try to break free of them. For example, why do we have certain assumptions about the natural world? Why do we have certain assumptions about cars and vehicles? What are ways we can reexamine both of those issues in order to come up with new solutions?

Alexa Gagosz can be reached at alexa.gagosz@globe.com. Follow her on Twitter @alexagagosz.