Engineering institute – Innovation Engineering http://www.innovation-engineering.co.uk/ Wed, 05 May 2021 02:02:47 +0000 en-US hourly 1 https://wordpress.org/?v=5.7.1 https://www.innovation-engineering.co.uk/wp-content/uploads/2021/04/cropped-icon-32x32.png Engineering institute – Innovation Engineering http://www.innovation-engineering.co.uk/ 32 32 KU IoT Zakura Engineering Students Request 7th Semester Exams https://www.innovation-engineering.co.uk/ku-iot-zakura-engineering-students-request-7th-semester-exams/ https://www.innovation-engineering.co.uk/ku-iot-zakura-engineering-students-request-7th-semester-exams/#respond Wed, 05 May 2021 01:49:29 +0000 https://www.innovation-engineering.co.uk/ku-iot-zakura-engineering-students-request-7th-semester-exams/

The 2017 student group from the Zakura Institute of Technology (IoT) of the University of Kashmir (KU) on Monday opposed the authorities’ decision to combine the exams of the 7th and 8th semesters of their course in ‘engineering.

Notably, Dean’s engineering department framed the timing of their 8e semester while students have not yet appeared in their 7e major semester exams.

The schedule was shared with the students on Monday morning, leaving them dry.

“Our minor exams have already been completed and we were supposed to participate in the major exam of our 7e semester. But our dean has established an online course schedule for our 8e semester without holding our exams on hold, ”said a group of aggrieved students.

The students said their 7th semester exam was scheduled from March 1 according to the date sheet framed by their affected department heads.

“But Dean’s engineering department pulled out all the date sheets and decided to continue with our 8-hour online courses.e (last) semester, ”said the student.

“We approached the university administration to ask them to organize our exams, but we received a cold response from them. The university administration was not clear on the holding of exams due to which countless speculations have been made on the matter, ”he said.

The student said the university plans to promote students from the 7th semester to the 8th semester and later hold combined exams from both semesters in June or July.

“This will have negative consequences for the student. The University should hold our 7e semester review via the online mode taking into account the uncertainty of improving the current situation of the COVID-19 pandemic, ”the student said.

The student said it would be very impractical to wait months to appear in handset 7e and 8e semester exams which will add unnecessary burden to students.

“Given the unpredictability of the ongoing pandemic, most universities and colleges outside of J&K have already scheduled online exams for students in order to complete the degree on time. But our institute wants to extend our diploma for unknown reasons, ”said the student.

The student said most of them are planning to apply for their masters or need to start looking for a job after graduating in engineering.

“The last semester of the degree requires a main focus on the project and the students working in the field. If the institute does not keep our 7 on holde the major semester exams, it will remain like a hangover for the students which will distract us from our project work, ”said the student.

Students, it will be unfair to sit for two semester exams simultaneously and work side by side on projects.

“The University should hold our 7th semester exams from the first week of May via the online mode keeping in mind the ongoing pandemic,” the student said.

Given the surge in COVID-19 cases, it does not appear possible to open educational institutions in the near future, as the chances of taking exams in offline mode also appear to be low, the student said. .

KU Dean of Academic Affairs Prof. Shabir Ahmad Bhat said the matter would be considered.

“I will take the matter up with the dean’s engineering department and a decision favorable to the students will be made in this regard,” he said.

Review of the KU controller, Professor Irshad Ahmad Nawchoo, contacted, said a meeting was scheduled for Tuesday at 2 p.m. with all the deans, including the dean of the engineering department of the Zakura campus.

“All issues will be discussed at the meeting and a unanimous decision will be taken in this regard,” he said.

Meanwhile, a senior official said the majority of PG departments have completed first semester courses, but the university has not set a timeline for their next semester so far.

“The University doesn’t want to overburden students by keeping their first semester exams on hold. Most of the department heads suggested that they conduct the students’ first semester exams and start classes later for their next semester, ”the KU official said.


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Penn College Streamlines Innovation Leadership Certification Program | Education https://www.innovation-engineering.co.uk/penn-college-streamlines-innovation-leadership-certification-program-education/ https://www.innovation-engineering.co.uk/penn-college-streamlines-innovation-leadership-certification-program-education/#respond Wed, 28 Apr 2021 11:00:00 +0000 https://www.innovation-engineering.co.uk/penn-college-streamlines-innovation-leadership-certification-program-education/

Williamsport, PA – The Pennsylvania College of Technology is the only institution in Pennsylvania to offer “innovation courses” through a partnership with Eureka! Institute of Ranch Engineering and Innovation.

The college said it made it easier for students to acquire an innovation leadership competency degree and the industry-recognized certifications that go with it.

The Innovation Leadership credential offers three courses that teach theory, concepts, and practical activities that teach systematic approaches to stimulate and implement effective new ideas. Graduates are ready to lead change within their industries, their careers, their communities and their personal lives.

“Regardless of the goal, the ability to innovate is what gives a business a competitive advantage,” said Brian D. Walton, vice dean of business and hospitality.

“The knowledge and skills taught in the Penn College Innovation Leadership credential are vital to any 21st century business. Our courses not only define innovation, they also teach students how to integrate it into daily practice in any organizational context.

Course flexibility allows students to work online and at their own pace to complete the innovation streak and gain industry-applicable credentials, ”continued Mr. Walton.

The heart of the Innovation Leadership courses is a set of Continuous Improvement Principles by W. Edwards Deming, who is credited with helping rebuild the Japanese economy after WWII.

Deming taught that in order for companies to remain competitive, they must develop a practice of endless innovation according to changing needs and tastes.

Deming’s concepts were refined into a system by enterprise innovator Doug Hall, Founder and CEO of Eureka! Ranch.

Offered at Penn College since 2015, the degree once required five courses that had to be taken in sequence, which represented a 2.5-year delay.

From fall 2021, the major has been streamlined, working closely with Eureka! Ranch, to encompass all concepts in three courses, shortening the path to 1.5 years. All courses will take place online.

The updated format helps working professionals fit the credentials into their busy schedules, and pre-enrolled Penn College students add the credentials to their degrees.

Upon completion of all modules in the first course in the sequence – which offers students the opportunity to develop multiple product, service, or system ideas – students can earn the Innovation Engineering Blue Belt certification from Eureka Ranch. Completion of all modules of all three courses earns students the Black Belt in Innovation Engineering.


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Texas Biomed Shares Critical Work in Pfizer COVID-19 Vaccine Development https://www.innovation-engineering.co.uk/texas-biomed-shares-critical-work-in-pfizer-covid-19-vaccine-development/ https://www.innovation-engineering.co.uk/texas-biomed-shares-critical-work-in-pfizer-covid-19-vaccine-development/#respond Tue, 27 Apr 2021 04:01:20 +0000 https://www.innovation-engineering.co.uk/texas-biomed-shares-critical-work-in-pfizer-covid-19-vaccine-development/

(Note to media: Interviews with Texas Biomed researchers are available with advance notice. Photos and videos of rhesus macaques and Texas Biomed’s Level 3 and 4 biosafety labs are available on request.)

SAN ANTONIO (April 27, 2021) – As the world faced an emerging global pandemic a year ago, scientists at the Texas Biomedical Research Institute took action. Rhesus macaques at Texas Biomed’s Southwest National Primate Research Center (SNPRC) were quickly validated as study models of vaccines designed to protect humans against SARS-CoV-2, the virus that causes COVID-19. The Pfizer-BioNTech COVID-19 vaccine has been tested in this model at the Institute and has now been administered to millions of people around the world.

“It’s great to have contributed to the development of this important vaccine,” said Deepak Kaushal, Ph.D., professor and director of SNPRC. “This is one of the circumstances in which we helped develop a vaccine in the months following the onset of this new disease. The vaccine has been shown to be very effective in protecting against COVID-19. As long as everyone in the United States who can get the vaccine is doing so over the next few months, I think we could close the door to this pandemic before other variants emerge. “

The work carried out by dozens of scientists at Pfizer, BioNTech, Texas Biomed, the SNPRC and scientific partners around the world from April to July 2020 is now published in the scientific journal Nature. In the article titled “Immunogenic BNT162b vaccines protect rhesus macaques from SARS-CoV-2” published on February 1, 2021, scientists noted that the vaccine candidate tested for Pfizer “protects the lower respiratory tract from the presence of viral RNA and without evidence of improvement in the disease. “

“Texas Biomed and the SNPRC have the resources and expertise to support this type of work, and as the vaccine rollout continues and we continue to hear about vaccine reluctance, we think it’s important to share how vaccines are developed, ”explained Dr Larry. Schlesinger, President / CEO of Texas Biomed. “As science has evolved rapidly in a time of great global need, these vaccines – whether it’s Pfizer, Moderna, or any of the others that are cleared by the FDA for emergency use – are all subject to rigorous development, testing and review by regulatory authorities before release to the public. Preclinical testing is a critical step in the scientific process. ”

SARS-CoV-2 is spread when droplet particles containing the virus are spread from person to person by coughing, sneezing, talking or singing. The virus usually enters through the nose, but can then enter the lower airways of the lungs.

“The lungs are filled with water,” Kaushal explained. “Patients develop pneumonia and other types of lung abnormalities. This is what leads to the use of ventilators and, subsequently, to poor outcomes, including death. By reducing or eliminating the lower respiratory tract virus, we can significantly reduce the severe effects of the disease. “

During the three-month experiment, scientists used rhesus macaques to test two of the Pfizer-BioNTech vaccine candidates. Although macaques do not succumb to the disease, as shown in a study published in Nature Microbiology last year, they are very effective at reproducing the disease. These non-human primates share 93% of human DNA, making them excellent models for the study of infectious diseases.

“There is no exceptional non-human primate model yet for COVID-19,” Kaushal explained. “None of the monkey species studied develop end-stage or advanced COVID, equivalent to the severe disease seen in humans. However, rhesus macaques are our best-known model for PET lung imaging / CT More importantly, the immunology of this species is very well documented. “

“Our job was to test two constructs of messenger RNA vaccines in rhesus macaques,” Kaushal said. “While the two were similar in their effectiveness in our studies, Pfizer and BioNTech chose BNT162b2.”

The effect of the two candidate vaccines has been tested not only by measuring viral levels, but also with advanced imaging modalities and blood tests. The virus used in the tests was the Seattle strain that emerged in the United States in early 2020. The sample was provided by the Biomedical Engineering Institute Resources Repository, which is part of the National Institutes of Health. The virus was produced in a Texas Biomed lab by virus specialist Ricardo Carrion, Ph.D., professor and research director on maximum containment contracts.

“The developers of messenger RNA vaccines were way ahead of most of the other competitors,” Kaushal said. “They had studied these types of viruses earlier with Middle East Respiratory Syndrome (MERS) ten years ago and SARS-1 which caused an epidemic centered in China 20 years ago.”

The experience with these vaccine platforms from the 1990s set the stage for the speed with which this vaccine was developed. Rapid therapy and vaccine development have been supported by the worldwide effort of scientists and resources who have made this crisis their top priority.

Texas Biomed to Host Virtual Symposium on Global Health

From April 29 to 30, 2021, Texas Biomed is teaming up with other world leaders in infectious diseases to organize a Virtual Symposium on Global Health. As an independent, non-profit infectious disease research institute, Texas Biomed focuses on bringing together a range of thought leaders involved in global health, research, sustainability, and policy.

Among the more than 50 speakers over ten sessions, Kaushal will moderate a discussion with Isis Kanevsky, Ph.D., director of bacterial vaccines and preclinical research models at Pfizer. The two will discuss the research published in Nature and the implications for the current pandemic and diseases on the horizon. The timely event will provide exclusive insight into the creation of the COVID vaccine from the perspective of Pfizer and Texas Biomed. For more information on the upcoming event, click here.

“We train for times like these,” Kaushal said. “We can be tired in the sense that once this pandemic is better controlled with more and more people vaccinated, we will want to go back to ‘normal’ and not worry about the next pandemic. However, I would say the next pandemic may not be in ten years. It might only be five years from now. We need to stay alert and informed, and be better prepared for the next infectious disease threat that lies before us. “

###

* The Pfizer-BioNTech COVID-19 vaccine, BNT162b2, has not been approved or cleared by the United States Food and Drug Administration (FDA), but has been cleared for emergency use by the FDA under ‘an Emergency Use Authorization (EUA) to prevent Coronavirus Disease 2019 (COVID-19) for use in persons 16 years of age and older. Emergency use of this product is only permitted for the duration of the declaration of the existence of circumstances justifying the authorization of emergency use of the medical product under section 564 (b) ( 1) of the FD&C Act, unless the declaration is terminated or the authorization revoked earlier. . Please see the Emergency Use Authorization (EUA) information sheet for healthcare providers administering a vaccine (vaccination providers), including the full prescribing information on the EUA available at the next address: http: // www.cvdvaccine.com.

About Texas Biomed

Texas Biomed is one of the world’s leading independent biomedical research institutes dedicated to eradicating infections and improving global health through innovative biomedical research. Texas Biomed is collaborating with researchers and institutions around the world to develop vaccines and therapies against the viral pathogens that cause AIDS, hepatitis, hemorrhagic fever, tuberculosis, and the parasitic diseases that cause malaria and schistosomiasis. The Institute has programs on host-pathogen interaction, disease intervention and prevention, and population health to understand the links between infectious diseases and other diseases such as aging, cardiovascular disease, diabetes and obesity. For more information on Texas Biomed, visit http: // www.TxBiomed.org.


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University of Waikato launches new artificial intelligence research institute https://www.innovation-engineering.co.uk/university-of-waikato-launches-new-artificial-intelligence-research-institute/ https://www.innovation-engineering.co.uk/university-of-waikato-launches-new-artificial-intelligence-research-institute/#respond Tue, 27 Apr 2021 03:56:00 +0000 https://www.innovation-engineering.co.uk/university-of-waikato-launches-new-artificial-intelligence-research-institute/

The University of Waikato brings data to life, positioning New Zealand as an international leader in artificial intelligence with the launch of a new AI institute.

The institute, Te Ipu o te Mahara, which translates to “ A Receptacle of Consciousness, ” focuses on translating New Zealand’s cutting-edge expertise in AI, time analysis Reality of Big Data and Machine Learning, in Business Enterprises and Applications for the Benefit of New Zealand Industries and Communities.

Institute director Professor Albert Bifet, renowned for his contributions to data science, said the institute’s goal is to link Waikato’s world-class training and education with research from cutting edge and ultimately driving New Zealand’s growing tech industry.

“Artificial intelligence and Maori technology have been identified as growth engines for New Zealand and Te Ipu o te Mahara’s goal is to leverage our leading expertise for the benefit of New Zealand.”

Waikato is already an AI and machine learning pioneer, responsible for applications like WEKA, the world’s first open source machine learning library that has been downloaded over 10 million times. Its researchers have also written books on machine learning and data mining used by Google employees and IT departments at universities around the world. The University also recently invested in New Zealand’s most powerful computer for AI.

Alongside Professor Bifet, Professor Bernhard Pfahringer, Professor Eibe Frank and Associate Professor Te Taka Keegan are co-directors of the Institute.

Prof Bifet said AI will transform research and business in New Zealand, with technology currently being New Zealand’s third largest export sector. New Zealand’s 200 largest tech companies generated $ 12.7 billion in revenue in 2020.

“Big Data real-time analytics research offers tremendous opportunities to start new businesses and transform existing businesses in New Zealand. It offers a radical change in computing performance, efficiency and effectiveness in processing the huge data sets behind deep learning, machine learning and AI, ”says Professor Bifet.

The Institute recently participated in bringing together seven of the eight New Zealand universities involved in AI in Hobbiton, with the aim of connecting and further developing the New Zealand AI community.

“We are focused on building collaborative relationships between the Institute, the wider AI research community and the business community, both in New Zealand and overseas, and then using this research to support entrepreneurship and the commercialization of AI technology, ”says Professor Bifet.

The Institute’s associate director, Jannat Maqbool, will be responsible for fostering these relationships.

“Along with the work of experts and researchers, one of the main objectives of the Institute will be to generate enthusiasm among young people for STEM and AI subjects, so that New Zealand can benefit from a local talent pool. with diverse perspectives to take advantage of this technology in the future, ”says Ms. Maqbool.

The Institute will deliver programs in schools, deliver professional programs for industry, and help people connect and invent new ways to meet today’s challenges, using AI.

Te Ipu o te Mahara will serve in the Division of Health, Engineering, Computing and Science at the University of Waikato.

The Institute is officially launched tonight at the University’s Gallagher Academy of Performing Arts.

For more information, visit the Institute website.

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Queensland Pacific Metals Ltd Appoints Senior Mining Engineer as Non-Executive Director https://www.innovation-engineering.co.uk/queensland-pacific-metals-ltd-appoints-senior-mining-engineer-as-non-executive-director/ https://www.innovation-engineering.co.uk/queensland-pacific-metals-ltd-appoints-senior-mining-engineer-as-non-executive-director/#respond Tue, 27 Apr 2021 02:10:00 +0000 https://www.innovation-engineering.co.uk/queensland-pacific-metals-ltd-appoints-senior-mining-engineer-as-non-executive-director/

Jim Simpson’s experience in bringing together projects will be invaluable as the company undertakes a definitive feasibility study for the TECH project which will produce battery chemicals in Australia.

() (FRA: 4EA) has appointed Jim Simpson, a highly experienced mining engineer, as the non-executive director of the company effective May 1, 2021.

According to the company, Simpson is a highly respected and experienced mining engineer with considerable board and management experience in public companies.

He is currently the Executive Director of Mining at Peel Mining Limited (), which develops large-scale, high-grade base metal deposits in the Cobar Superbasin, West New South Wales.

Previously, Simpson was Managing Director and CEO of ().

Meanwhile, Aurelia’s market cap grew from less than $ 20 million to over $ 800 million at its peak, paying off over $ 125 million in debt and increasing the production profile of the company with the acquisition of Peak Gold Mines in 2017/18.

“Delighted” with appointment

Queensland Pacific President Eddie King said: “I am delighted that someone of Jim’s caliber has chosen to join the QPM Board of Directors.

“Jim brings with him a wealth of resources and business experience and has a detailed understanding of what is required when taking a resource project through its technical feasibility and finance / development phases and ultimately into the process. production.

“I look forward to working with Jim during this time and beyond.”

Experience in the mining industry

Simpson has over 30 years of experience in the mining industry, specializing in underground metalliferous mining. His experience ranges from mine development and management to corporate and stock market involvement.

Previous roles include Chief Operating Officer and Executive Vice President of Peak Gold Ltd; Managing Director and Director of Goldcorp Asia Pacific, Peak Gold Mines; and Managing Director Mining Lead Zinc at MIM Holdings, Mt Isa.

He holds a BA in Mining Engineering (Hons) from the University of NSW and a Business Diploma (Frontline Management) and is a fellow of the Australasian Institute of Mining and Metallurgy.

Completion of the DFS project for TECH

The appointment comes as the company prepares to complete a Final Feasibility Study (DFS) for the TECH project following the recent fundraising of $ 20 million.

The company believes its experience of delivering projects through their feasibility and development and production phases will be important as QPM transitions to a producer of battery chemicals in Australia.

Simpson said, “It is an exciting time to join the QPM team as the TECH project progresses.

“I look forward to being involved in both the production of battery chemicals and building advanced manufacturing capabilities here in Australia.

“In addition, QPM has built an innovative and fast technical and commercial team with all the skills required to finally build the project.”


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Exposure to high heat neutralizes SARS-CoV-2 in less than a second https://www.innovation-engineering.co.uk/exposure-to-high-heat-neutralizes-sars-cov-2-in-less-than-a-second/ https://www.innovation-engineering.co.uk/exposure-to-high-heat-neutralizes-sars-cov-2-in-less-than-a-second/#respond Mon, 26 Apr 2021 22:25:50 +0000 https://www.innovation-engineering.co.uk/exposure-to-high-heat-neutralizes-sars-cov-2-in-less-than-a-second/

If the solution containing the coronavirus is heated to about 72 degrees Celsius for about half a second, it can reduce the titer, or the amount of virus in the solution, by 100,000 times.


Matthew Linguist / Texas A&M Engineering

Arum Han, professor in the Department of Electrical and Computer Engineering at Texas A&M University, and his collaborators designed an experimental system that shows the exposure of SARS-CoV-2 to a very high temperature, even if it is applied for less than a second, may be enough to neutralize the virus so that it can no longer infect another human host.

The application of heat to neutralize COVID-19 has already been demonstrated, but in previous studies temperatures were applied from one to 20 minutes. This duration is not a practical solution, as the application of heat for a long period of time is both difficult and expensive. Han and his team have now demonstrated that heat treatment for less than a second completely inactivates the coronavirus – offering a possible solution to mitigate the continued spread of COVID-19, particularly through long-range air transmission. .

The Medistar Corporation approached leaders and researchers at the College of Engineering in the spring of 2020 to collaborate and explore the possibility of applying heat for a short time to kill COVID-19. Soon after, Han and his team got to work and built a system to study the feasibility of such a procedure.

Their process works by heating a section of a stainless steel tube, through which the solution containing the coronavirus is run, to a high temperature, and then cooling the section immediately after. This experimental setup allows the coronavirus that passes through the tube to be heated only for a very short period of time. Through this rapid thermal process, the team discovered that the virus was completely neutralized in a much shorter time than previously thought. Their first results were published within two months of the proof-of-concept experiments.

Han said that if the solution was heated to nearly 72 degrees Celsius for about half a second, it could reduce the titer of the virus, or the amount of virus in the solution, by 100,000 times, which is enough to neutralize the virus. viruses and prevent transmission.

portrait of arum han in the laboratory

In their future work, the researchers will build a microfluidic-scale test chip that will allow them to heat treat viruses for even shorter periods of time.


Matthew Linguist / Texas A&M Engineering

“The potential impact is huge,” Han said. “I was curious how high temperatures can be in record time and see if we can indeed heat-inactivate the coronavirus in a very short period of time. And whether or not such a temperature-based coronavirus neutralization strategy would work from a practical standpoint. The main driver was, “Can we do something that can alleviate the situation with the coronavirus?” “

Their research was presented on the vson the May issue of the journal Biotechnology and bioengineering.

Not only is this heat treatment in less than a second a more efficient and practical solution to stop the spread of COVID-19 in the air, but it also allows the implementation of this method in existing systems, such as heating, ventilation and air conditioning systems. .

It can also lead to potential applications with other viruses, such as the influenza virus, which also spread through the air. Han and coworkers expect this method of heat inactivation can be widely applied and have a real global impact.

“The flu is less dangerous but still turns out to be fatal every year, so if that can lead to the development of an air purification system, that would be a huge deal, not only with the coronavirus, but for others. airborne viruses in general, ”Han said. .

In their future work, investigators will build a microfluidic scale test chip that will allow them to heat treat viruses for much shorter periods of time, say, tens of milliseconds, in hopes of identifying a temperature that will allow the virus. be inactivated even with such a short exposure time.

The main authors of the work are postdoctoral researchers in electrical engineering, Yuqian Jiang and Han Zhang. Other collaborators on this project are Professor Julian L. Leibowitz and Associate Professor Paul de Figueiredo of the College of Medicine; biomedical postdoctoral researcher Jose A. Wippold; Jyotsana Gupta, associate researcher in microbial pathogenesis and immunology; and Jing Dai, assistant researcher in electrical engineering.

This work was supported by grants from Medistar Corporation. Several members of the research staff of the project team also received grants from the National Institute of Allergy and Infectious Diseases of the National Institutes of Health.


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Aid package for India includes UCL-Ventura breathing apparatus https://www.innovation-engineering.co.uk/aid-package-for-india-includes-ucl-ventura-breathing-apparatus/ https://www.innovation-engineering.co.uk/aid-package-for-india-includes-ucl-ventura-breathing-apparatus/#respond Mon, 26 Apr 2021 22:02:00 +0000 https://www.innovation-engineering.co.uk/aid-package-for-india-includes-ucl-ventura-breathing-apparatus/

Efforts to alleviate an increase in COVID-19 cases in India will see 100 non-invasive respirators sent to the country as part of the UK government’s dispatch of emergency supplies.

Image: UCL

the UCL-Ventura respiratory aid is among more than 600 devices, including ventilators and oxygen concentrators, sent to India, which recorded more than 350,000 new cases on April 26, 2021.

According to the Foreign Ministry, nine containers of air transport supplies, including 495 oxygen concentrators, 120 non-invasive ventilators and 20 manual ventilators, will be sent to India this week.

CLICK TO LEARN MORE ABOUT COVID-19 EFFORTS

In a statement, Prof. Rebecca Shipley, UCL Institute for Healthcare Engineering, said: “I am extremely proud of the UCL-Ventura team and am indebted to our partner. logistics, G-TEM, which, after receiving the call on Saturday morning, organized the shipment is to be dispatched with government emergency supplies to the worst affected areas in India.

“Over the past year, we have established partnerships in countries around the world, and we remain committed to doing all we can to support the global response to COVID-19.”

Following the shipment of the first 100 devices, the team is ready to send more to India to help support the fight against COVID-19 and support hospitals in the region.

The spike in cases came along with a severe shortage of medical oxygen in some areas. Oxygen concentrators will aid in patient care efforts by extracting oxygen from the air into the atmosphere, removing stress from hospital oxygen systems, and allowing oxygen to be delivered to where supplies are needed. oxygen in hospitals are depleted.

UCL-Ventura
Image: UCL

The UCL-Ventura is a Continuous Positive Airway Pressure (CPAP) device, which is non-invasive and helps keep patients away from mechanical ventilators. In addition, it can be produced quickly and is easy to use.

Engineers from UCL and Mercedes-AMG HPP worked with clinicians at UCLH to reverse engineer CPAPs during the UK’s first lockdown. According to UCL, it took less than 100 hours from the initial March 2020 meeting to production of the device. Since their mass production, the use of mechanical ventilation in British hospitals has fallen by 26% and the stay in intensive care has halved for survivors.

The blueprints and details needed to make the device have also been made available to manufacturers so that they can be downloaded for free. In 48 hours, nearly 700 access to information requests were approved for manufacturers, nonprofits, health experts and research institutes in 25 countries.

The UCL-Ventura team has worked with charities such as the International Medical Education Trust (IMET2000) and Medical Aid for Palestinians (MAP) to support distribution and manufacturing worldwide. Approximately 3000 kit components have been delivered to countries by G-TEM.


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Q&A with MTU Research Award winner Gregory Odegard https://www.innovation-engineering.co.uk/qa-with-mtu-research-award-winner-gregory-odegard/ https://www.innovation-engineering.co.uk/qa-with-mtu-research-award-winner-gregory-odegard/#respond Mon, 26 Apr 2021 21:13:00 +0000 https://www.innovation-engineering.co.uk/qa-with-mtu-research-award-winner-gregory-odegard/

The 2021 Michigan Tech Research Award winner develops ultra-powerful composite materials for crewed space missions.

Composites are very similar to their sound: materials made up of different substances. Their components can improve their overall strength, toughness, weight, and other properties such as electrical conductivity. For example, deep space exploration requires composites that are both lightweight but incredibly strong.

That’s why Greg Odegard got into carbon.

Odegard holds the John O. Hallquist Chair in Computational Mechanics in the Department of Mechanical Engineering-Mechanical Engineering at Michigan University of Technology. He also directs the NASA Institute for Ultra-Strong Composites by Computer Design (US-COMP) and the Tech Forward initiative for advanced materials and manufacturing. Odegard specifically studies ultra-long composites based on carbon nanotubes, and he points out that not all carbons are created equal. Although all sporting a large C chemically, flexible sheets of graphite differ in the stiff strength of diamond and the flexibility and electrical properties of graphene.

In its many forms, carbon can work in many ways – and the tricky part with composites is understanding how different materials interact. Computer simulation is a modern alchemy, and Odegard uses modeling to predict which materials to combine, how many, and whether they will withstand the depths of space.

“Dr. Odegard has had a significant impact in the field of composite materials research through his pioneering work using computer modeling techniques that link the influence of molecular structure on mass properties.”Janet Callahan, Dean of the College of Engineering

Q: What is the overview of your research?

GO: Developing new materials for aerospace applications is very expensive and time consuming. My team uses computer simulation to facilitate this process so that we can quickly design, characterize and produce these new materials.

Q: What is the main focus of your work at the moment?

GO: We are using computer simulation to help develop the next generation of composite materials for deep space crewed missions. We are working with a large multi-university team on a NASA project to design, develop and test these new materials. This work is part of the NASA Institute for Ultra-Strong Composites by Computational Design (US-COMP), which received a $ 15 million grant in 2017.

Q: Where did you get inspiration from for the project?

GO: NASA is moving part of its research axes from low Earth orbit to deep space exploration. To enable deep space missions with crews, NASA researchers understand they will need new building materials for vehicles, habitats, and power systems that are lighter and stronger than those available today. I am very happy to be able to use the computer simulation expertise of my team to help NASA develop these materials.

Q: How did your methods contribute to the success of the project?

GO: We have been able to help the material suppliers for these composite materials, mainly resin and carbon nanotube manufacturers, understand the strengths and weaknesses of their materials. We also helped them understand how to improve their materials for better performance.

Research statistics

  • 104 journal publications
  • Over four dozen graduate and doctoral students
  • 907 citations on the most cited article
  • Over $ 21 million in research funding

Q: What interests you most about your job?

GO: Without a doubt, I enjoy working with my graduate students and the larger team at US-COMP the most. Our entire team is excited about the research and our progress, making it some of the best research meetings I’ve had in my career. As we get closer to our research goals, the team becomes more and more enthusiastic and engaged.

Q: Who benefits from the research?

GO: Not only are NASA and the composite materials industry benefiting from this research, but there is another benefit to the work of US-COMP that I recently observed. With our large team and frequent interactions, I think we have helped create a new paradigm in large-scale interactions. We have transformed our team, which is scattered across the country from several universities and government labs, into a tight-knit group that meets daily to solve an extremely complex problem. I like to see it as a modern Manhattan project for composite materials.

“The international recognition of Dr. Odegard’s sustained productive research efforts and pioneering computer modeling research techniques exemplify the high level of research achievement here at Michigan Tech.Bill Predebon, Director of the Mechanical Engineering-Mechanical Engineering Department

Q: What are the challenges you have faced?

GO: The most important lesson I’ve learned is that the key to success in large projects is consistent and engaging communication. As the leader of a large project, I have learned that my most important job is to make sure that all researchers, students and program managers actively communicate with each other about their progress, their obstacles. and their needs. Even though that means I have to attend countless meetings to facilitate this conversation, it is a necessary requirement of a leader for the project to be successful.

Michigan Technological University is a public research university, serving more than 7,000 students from 54 countries. Founded in 1885, the University offers more than 120 undergraduate and graduate programs in science and technology, engineering, forestry, business and economics, health professions, humanities, mathematics and social Sciences. Our campus in Michigan’s Upper Peninsula overlooks the Keweenaw Waterway and is just a few miles from Lake Superior.


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SSOE – SSOE Resources – Anna C. Balazs of the University of Pittsburgh elected to the National Academy of Sciences https://www.innovation-engineering.co.uk/ssoe-ssoe-resources-anna-c-balazs-of-the-university-of-pittsburgh-elected-to-the-national-academy-of-sciences/ https://www.innovation-engineering.co.uk/ssoe-ssoe-resources-anna-c-balazs-of-the-university-of-pittsburgh-elected-to-the-national-academy-of-sciences/#respond Mon, 26 Apr 2021 21:04:13 +0000 https://www.innovation-engineering.co.uk/ssoe-ssoe-resources-anna-c-balazs-of-the-university-of-pittsburgh-elected-to-the-national-academy-of-sciences/

Anna Balazs (Aimee Obidzinski)

PITTSBURGH (April 26, 2021)… Anna C. Balazs, University of Pittsburgh award-winning Emeritus Professor at the Swanson School of Engineering, has added one of the nation’s highest honors to her portfolio. the National Academy of Sciences today announced that Balazs is among its 120 newly elected members, recognizing distinguished and continued achievements in original research.

Balazs, who also holds the John A. Swanson Chair of Engineering in the Department of Chemical and Petroleum Engineering at the Swanson School, is internationally recognized for his theoretical and computational modeling of polymers. Over the past decade, his research has focused on mimicking biological processes in polymeric materials that could contribute to the advancement of soft robotics or “spongy robots”.

“Throughout her career, Anna has advanced the field of materials and computational modeling, and we are so proud that the National Academy of Sciences has bestowed this honor on her,” said James R. Martin II, Dean of US Steel Engineering. “His research laid the foundation for future materials and their use in a way that just ten years ago was science fiction. She realized the passion of every engineer – to create new knowledge that will one day benefit the human condition. I congratulate her on this exceptional achievement and look forward to celebrating one day with her in person.

Balazs, a member of the American Physical Society, the Royal Society of Chemistry, and the Materials Research Company, has also received some of the leading awards in his field, including the Royal Society of Chemistry SF Boys – A Rahman Award (2015), the American Chemical Society Langmuir Conference Prize (2014) and the South Dakota School of Mines and Technology Mining Medal (2013). In 2106, she was named the first woman to receive the prestigious Polymer Physics Prize from the American Physical Society.

“The Department of Chemical and Petroleum Engineering at the University of Pittsburgh could not be more proud of Anna’s selection to the National Academy of Science, which is one of the highest honors bestowed on an American scientist,” said said Steven R. Little, director of the department. of chemical and petroleum engineering. “There is no one more deserving than Anna. She envisioned (and continues to envision) the materials that future generations will use to create a better world, and she continues to lead scientists in making these materials a reality. She is a role model for our faculty and our students. His work in his field is truly unmatched in scope, quality and impact.

This year’s NAS member cohort includes 59 women, the most elected in a single year. “The historic number of women elected this year reflects the essential contributions they make in many fields of science, as well as the concerted efforts of our Academy to recognize these contributions and the essential value of growing diversity in our ranks,” said declared National President of the Academy of Sciences Marcia McNutt in the ad.

Anna C. Balazs (second from left) presents her inaugural lecture from the Provost on September 13, 2018, in recognition of her distinguished chair. To his left is Chancellor Patrick Gallagher; to her right, Provost Ann Cudd and Dean James R. Martin II. (Photo: Aimee Obidzinski)

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About Dr Balazs
Prior to joining the University of Pittsburgh in 1987, Anna C. Balazs held a postdoctoral position in the Department of Polymer Science and Engineering at the University of Massachusetts. Dr. Balazs’ research focuses on the theoretical and computer modeling of the thermodynamic and kinetic behavior of polymer blends and composites. She also studies the properties of polymers at surfaces and interfaces.

His prizes and distinctions include the Polymer Physics Prize (2016); SF Boys-A. Rahman Prize from the Faraday Division of the Royal Society of Chemistry (RSC) (2015); ACS Langmuir Conference Prize (2014); Greater Pittsburgh Chemists’ Committee Award for Excellence in Chemical Sciences (2014); Member, Materials Research Society (2014); South Dakota School of Mines Mining Medal (2013); Member of the Royal Society of Chemistry (2010); Donaldson Lecturer, University of Minnesota (2007); Laureate, “Women in the Material World,” Southwestern Pennsylvania Women and Girls Foundation (2006); Maurice Huggins Prize from the Gordon Research Conference for Outstanding Contributions to Polymer Science (2003); Visiting scholar, Corpus Christi College, University of Oxford (2000 – 2001; 2007-2008); Special Prize for Creativity, National Science Foundation, (1999-2001); Member, American Physical Society (1993); and Invited Participant at the 6th Annual National Academy of Sciences Frontiers in Science Symposium (3-5 November 1994).

About the national academies
the National Academy of Sciences (NAS) is a private, not-for-profit society of distinguished scholars. Established by an act of Congress, signed by President Abraham Lincoln in 1863, the NAS is responsible for providing independent and objective advice to the nation on matters related to science and technology. Scientists are elected by their peers to membership in the NAS for his outstanding contributions to research. The NAS is committed to advancing science in America and its members actively contribute to the international scientific community. About 500 current and deceased NAS members have won Nobel Prizes, and the Proceedings of the National Academy of Sciences, founded in 1914, is today one of the leading international journals to publish the results of original research.

the National Academy of Engineering (NAE) and the National Academy of Medicine (NAM, formerly Institute of Medicine) – were founded under the NAS charter in 1964 and 1970, respectively. The three academies work together as National Academies of Science, Engineering and Medicine provide independent and objective analysis and advice to the nation and carry out other activities to solve complex problems and inform public policy decisions. National academies also encourage education and research, recognize outstanding contributions to knowledge, and improve public understanding of science, engineering, and medicine. The National Academies’ service to government has become so essential that Congress and the White House have over the years passed laws and decrees that reaffirm its unique role.

04/26/2021

Contact: Paul Kovach


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Doughty honored with Liberty League award https://www.innovation-engineering.co.uk/doughty-honored-with-liberty-league-award/ https://www.innovation-engineering.co.uk/doughty-honored-with-liberty-league-award/#respond Mon, 26 Apr 2021 20:45:43 +0000 https://www.innovation-engineering.co.uk/doughty-honored-with-liberty-league-award/

TROY, NY – Rensselaer Polytechnic Institute (RPI) student-athlete Brian Doughty was chosen as the Liberty League’s defensive performer of the week, the conference said. The senior goalie backed the Engineers in a 14-5 season opener over league nemesis Skidmore College on Saturday.

Doughty (Glenelg, MD / Glenelg) made 13 saves on 17 shots against a fallen ball in a game at ECAV Stadium. He made two saves in the first quarter and four in the second as RPI built an 8-0 halftime lead that eventually grew to 12-1. He added three saves in the third quarter and four in the fourth before being pulled out of the game with the engineers ahead of 14-4.

Captain, Doughty started all six games last season when the campaign was cut short due to the COVID-19 pandemic. He was 4-2 with an 11.63 goals-against average and .496 save percentage. In 17 starts the previous year, he was 10-5 with a GAA of 10.68 and a percent stop of 0.530. In six games as a rookie, the Industrial Engineering and Management major went 2-0 with an 11.16 goals-against average and 0.509 save percentage.

This is the second Liberty League Defensive Performer of the Week award for Doughty, who had previously won the honor in sophomore year.

Rensselaer, who placed Owen Putman (Round Lake, NY / Shenenedehowa) on the weekly honor roll after his 6-goal performance, hosts Union College in a championship game Wednesday at 6 p.m.


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