Novel thin, flexible sensor characterises high-speed airflows on curved surfaces

Inefficient fluid machinery used in the energy and transportation sector are responsible for greenhouse gas emissions and the resulting global warming. To improve efficiency, it is necessary to characterize and reduce flow separation on curved surfaces. To this end, researchers from Japan have now developed a flexible, thin film microelectromechanical system-based airflow sensor that can be utilized to measure complex, three-dimensional flow separation in curved walls for high-speed airflows.

The energy and transportation sector often make use of different kinds of fluid machinery, including pumps, turbines, and aircraft engines, all of which entail a high carbon footprint. This result mainly from inefficiencies in the fluid machinery caused by flow separation around curved surfaces, which are typically quite complex in nature.

To improve the efficiency of fluid machinery, one, therefore, needs to characterize near-wall flow on the curved surface to suppress this flow separation. The challenge in accomplishing this is multifold. First, conventional flow sensors are not flexible enough to fit into the curved walls of fluid machinery. Second, existing flexible sensors suitable for curved surfaces cannot detect the fluid angle (direction of flow). Moreover, these sensors are limited to only detecting flow separation at speeds less than 30 m/s.

In a new study, Prof. Masahiro Motosuke from the Tokyo University of Science (TUS) in Japan and his colleagues, Mr. Koichi Murakami, Mr. Daiki Shiraishi and Dr. Yoshiyasu Ichikawa from TUS, in collaboration with Mitsubishi Heavy Industries, Japan, and Iwate University, Japan, took on this challenge. As Prof. Motosuke states, “Sensing the shear stress and its direction on curved surfaces, where flow separation easily occurs, has been difficult to achieve in particular without using a novel technique.” Their work was published in Volume 13 Issue 8 of Micromachines on 12 August 2022.

The team, in their study, developed a polyimide thin film-based flexible flow sensor that can be easily installed on curved surfaces without disturbing the surrounding airflow, a key requirement for efficient measurement. To enable this, the sensor was based on microelectromechanical system (MEMS) technology. Moreover, the novel design allowed multiple sensors to be integrated for simultaneous measurement of the wall shear stress and flow angle on the surface of the wall.

To measure the shear stress on the walls, the sensor measured the heat loss from a micro-heater, while the flow angle was estimated using an array of six temperature sensors around the heater that facilitated multidirectional measurement. The team conducted numerical simulations of the air flow to optimize the geometry of the heaters and sensor arrays. Using a high-speed airflow tunnel as the testing environment, the team achieved effective flow measurements with wide range of airflow speeds from (30 – 170) m/s. The developed sensor demonstrated both high flexibility and scalability. “The circuits around the sensor can be pulled out using a flexible printed circuit board and installed in a different location, so that only a thin sheet is attached to the measurement target, minimizing the effect on the surrounding flow,” elaborates Prof. Motosuke.

The team estimated the heater output to vary as the one-third power of the wall shear stress, while the sensor output comparing the temperature difference between two oppositely placed sensors demonstrated a peculiar sinusoidal oscillation as the flow angle was changed.

The developed sensor has the potential for a wide range of applications in industrial-scale fluid machinery that often involve complex flow separation around three-dimensional surfaces. Moreover, the working principle used to develop this sensor can be extended beyond high-speed subsonic airflows.

“Although this sensor is designed for fast airflows, we are currently developing sensors that measure liquid flow and can be attached to humans based on the same principle. Such thin and flexible flow sensors can open up many possibilities,” highlights Prof. Motosuke.

Taken together, the novel MEMS sensor could be a game-changer in the development of efficient fluid machineries with reduced detrimental effects on our environment.

***

Reference

DOI: https://doi.org/10.3390/mi13081299

Title of original paper: Development of a Flexible MEMS Sensor for Subsonic Flow

Journal: Micromachines

About The Tokyo University of Science

Tokyo University of Science (TUS) is a well-known and respected university, and the largest science-specialized private research university in Japan, with four campuses in central Tokyo and its suburbs and in Hokkaido. Established in 1881, the university has continually contributed to Japan’s development in science through inculcating the love for science in researchers, technicians, and educators.

With a mission of “Creating science and technology for the harmonious development of nature, human beings, and society”, TUS has undertaken a wide range of research from basic to applied science. TUS has embraced a multidisciplinary approach to research and undertaken intensive study in some of today’s most vital fields. TUS is a meritocracy where the best in science is recognized and nurtured. It is the only private university in Japan that has produced a Nobel Prize winner and the only private university in Asia to produce Nobel Prize winners within the natural sciences field.

Website: https://www.tus.ac.jp/en/mediarelations/

About Professor Masahiro Motosuke from Tokyo University of Science

Masahiro Motosuke is a Professor in the Department of Mechanical Engineering at the Tokyo University of Science (TUS), Japan. He earned his PhD in Engineering from Keio University, Japan, and has held positions at the Japan Society for the Promotion of Science and the Technical University of Denmark. His research into thermofluidics and thermofluidics-based sensors has resulted in multiple journal articles, conference papers and book chapters. Prof. Motsuke has received multiple awards for his research from professional organizations such as the Heat Transfer Society of Japan. For more information, visit: https://www.rs.tus.ac.jp/motlab/en/index.html

34 EdUHK scholars named by Stanford University in world’s top 2% scientists

Thirty-four scholars of The Education University of Hong Kong (EdUHK) were named among the top 2% most-cited scientists in the world, in an annual list released by Stanford University.

Among them were President Professor Stephen Cheung Yan-leung, Vice President (Academic) and Provost Professor John Lee Chi-kin, Vice President (Research and Development) Professor Chetwyn Chan Che-hin, Research Chair Professor of Geography and Environmental Science Professor Jim Chi-yung, and Advisor (Environmental Science) Professor Wong Ming-hung.

Compiled by a research team at Stanford University, the list ranked top scientists from a wide range of fields based on their career-long citation impact or single-year citation impact in 2021. The inclusion of EdUHK scholars represents the global recognition and the significant impact of their research output.

EdUHK President Professor Cheung was listed in the field of finance under the category of career-long impact. So were Professor John Lee* and Professor Chetwyn Chan, who were included in the fields of education and rehabilitation. Professor Wong Ming-hung from the Department of Science and Environmental Studies also ranked 6th out of over 100,000 scholars in environmental science.

In terms of single year impact, Chair Professor of Psychology and Gerontology Professor Cheng Sheung-tak and Chair Professor of Social Policy Professor Chou Kee-lee ranked 9th and 19th respectively, in gerontology.

Congratulating the EdUHK team, Professor Cheung said, “I am pleased that under our ‘Education-plus’ approach, we have successfully broadened our academic scope beyond our traditional strength in teacher education. Inclusion in the top 2% list attests to the solid foundation laid over the years, which has led to growing academic strengths in the fields of energy, environmental studies, marine biology and hydrobiology, as well as political science and public administration.”

For eight consecutive years, EdUHK has been ranked among the top three in Asia and the top 20 in the world in education, according to the Quacquarelli Symonds World University Rankings. The University’s research output was also judged as “World Leading” or “Internationally Excellent” in the latest Research Assessment Exercise conducted by the University Grants Committee. The latest accolade came from the 7th International Invention Innovation Competition in Canada (iCAN) in 2022, in which the University won a record high of 26 awards since its first participation.

* Professor John Lee will be EdUHK President next September

BSBI expands portfolio to social sciences with psychology programmes in partnership with UNINETTUNO University

Berlin School of Business and Innovation (BSBI) announced the launch of five new programmes in partnership with UNINETTUNO University, with the aim to continue strengthening and diversifying its course portfolio opening to social sciences.

The new programmes, available from September 2023 are BSc in Psychology – Psychosocial Disciplines, MSc in Psychology – Cognitive Processes and Technologies, MA in Logistics, MA in Energy Management and MSc in Engineering Management.

These new programmes will be offered in partnership with International Telematic University UNINETTUNO. BSBI has been partners with UNINETTUNO University since its launch in 2018 and continues to explore ways to grow the partnership further.

With more than 22,000 students coming from 170 countries starting from a Consortium of Italian and European universities, created to enhance the use of technologies in higher Education, Uninettuno University is now a global university that offers online, blended and innovative undergraduate, postgraduate and doctoral programmes following European quality and academic standards.

The standout programmes of this new chapter in the collaboration are the BSc in Psychology – PsychosocialDisciplines and the MSc in Psychology – Cognitive Processesand Technologies. Designed to gain a deeper insight into human actions and acquire theoretical knowledge and the development of professional skills that can be used in many operational settings, they aim to prepare students for careers in training and development, human resources and welfare.

Professor Dr Kyriakos Kouveliotis, Provost and Chief Academic Officer at BSBI, said: “I am thrilled to introduce the new programmes that BSBI will offer. The programmes come at a perfect moment to bridge the gap that new global challenges are presenting in the domains of energy, logistics and engineering management.

“They are complemented with a bachelor’s and a master’s in psychology, which signify the opening of our school to social sciences. At BSBI we are always looking for ways to innovate and grow our academic offer, and we believe that reaching out to new areas of study will benefit our students.”

About Berlin School of Business and Innovation

Berlin School of Business and Innovation (BSBI) is located in the heart of Berlin on Potsdamer Strasse. The cosmopolitan Schöneberg area will provide graduates with the opportunity to be close to some of the biggest international corporations, enhancing their chances to become exceptional leaders in their chosen fields.

Every course is designed with three principles in mind – enterprise, leadership and success – which is why each programme focuses on improving practical business skills and understanding of the relevant industry. Students will receive the tools and information they need for professional success as well as support from industry-focused academics who are at the top of their field. They will also benefit from extensive career support for guidance and advice.

HKBU-led research identifies Salvia miltiorrhiza extract as potential preventive agent for gastric cancer induced by bile reflux

Research led by the School of Chinese Medicine at Hong Kong Baptist University (HKBU) has identified cryptotanshinone, a compound extracted from the Chinese herbal medicine Salvia miltiorrhiza, with the potential for the treatment and prevention of gastric cancer associated with bile reflux. The researchers unveiled the mechanism of how bile reflux induces gastritis and gastric cancer. They explained that refluxed bile acids (BAs) lead to the proliferation of pro-inflammation bacteria that promote gastric carcinogenesis, the formation of cancer.

The research findings have been published in the international scientific journal Advanced Science.

Role of bile reflux in gastric cancer unclear

Bile, secreted by the liver, is stored in the gallbladder and is released to the duodenum to help digest fat. When the pylorus connecting the stomach and the duodenum is damaged or fails to work properly, bile in the duodenum can enter the stomach, causing gastritis. People with stomach surgery complications, peptic ulcers or gallbladder removal surgery have higher risks of bile reflux. However, the mechanism of how bile reflux induces gastric carcinogenesis remains unclear.

Professor Jia Wei, Associate Dean (International Collaboration) of Chinese Medicine and Cheung On Tak Endowed Professor in Chinese Medicine at HKBU, in collaboration with researchers from Shanghai Jiao Tong University Affiliated Sixth People’s Hospital, conducted a study on how bile reflux induces gastric carcinogenesis, and looked for new prevention and therapeutic approaches.

Professor Jia said: “We unveiled for the first time the underlying mechanism by which bile reflux promoted the development of gastric carcinogenesis. It offers important clinical insights on the development of novel prevention and therapeutic approaches for the disease. Based on the newly discovered mechanism, we identified cryptotanshinone as a potential Chinese medicine-based pharmaceutic agent for the prevention and treatment of gastric carcinogenesis due to bile reflux.”

Bile reflux alters gastric environment

The research team analysed the gastric juice samples of 50 patients with bile reflux gastritis (BRG group), 50 patients with gastric cancer (GC group) and 45 subjects in the control group using chromatography and mass spectrometry techniques. It was found that the amounts of BAs, the major component of bile, in the gastric juice samples of BRG and GC groups are significantly higher than in the control group. Furthermore, the acidities of gastric juice samples of the BRG group (pH value about 3.5) and the GC group (pH value about 4) are drastically lower than in the control group (pH value about 2).

The phenomenon is explained by the fact that BAs are weak acids compared with strong gastric acid, and their influx into the stomach changed the gastric environment by upsetting the normal acid-base balance of the gastric juice. Further investigation found that a specific type of BA, called taurodeoxycholic acid (TDCA), showed a strong positive correlation with pH value of gastric juice samples of the BRG and GC groups.

Previous studies showed that bile reflux is closely related to chronic gastric inflammation and gastric carcinogenesis. The researchers thus examined the concentrations of lipopolysaccharide (LPS), a pro-inflammation cytokine, in the gastric juice of the 145 subjects above, and found that the BRG and GC groups have LPS concentrations significantly higher than those of the control group.

Change in microbiota associates with gastric carcinogenesis

As LPS is produced and found in the outer membrane of certain kinds of bacteria, the researchers applied gene sequencing and other techniques and confirmed that LPS-producing bacteria are significantly more abundant in the gastric juice of BRG and CG groups compared to the control group. Among these LPS-producing bacteria, a species called P. melaninogenica had the highest relative abundance.

From these experimental results, it is suggested that bile reflux induces significant changes in the gastric environment, alters the gastric microbiota, and results in the development of gastritis and gastric carcinogenesis. The hypothesis was tested with a series of in vitro and in vivo experiments in mice, which confirmed that application of TDCA and LPS promotes gastric epithelial cell proliferation, and induces gastric inflammation. Cellular and molecular analysis revealed that P. melaninogenica promoted gastric inflammation in mice by activating the IL-6/JAK1/STAT3 pathway, a chain of interactions between proteins in a cell involved in processes such as immunity, cell division, cell death, and tumour formation.

Cryptotanshinone as potential pharmaceutic agent

After unveiling the mechanism of bile reflux-induced gastric cancer, the researchers turned to explore a corresponding preventive and therapeutic approach. They focused on cryptotanshinone, a bioactive compound isolated from the roots of Salvia miltiorrhiza, which is a Chinese herbal medicine that facilitates blood circulation with an anti-inflammatory effect. Cryptotanshinone is also known as an inhibitor of the STAT3 signaling pathway in cells.

The researchers tested the effects of cryptotanshinone with a bile reflux mouse model developed through surgery. In a group of eight mice without application of cryptotanshinone, three mice developed gastric lesions 50 weeks after surgery. However, in another group of six mice injected with cryptotanshinone, no obvious gastric lesions were observed. The results suggested that cryptotanshinone has abolished the effects of TDCA and LPS in activating the IL-6/JAK1/STAT3 pathway.

“Based on the research findings, it can be concluded that cryptotanshinone is a potential Chinese medicine-based pharmaceutic agent for the prevention and treatment of gastric carcinogenesis due to bile reflux. It provides an alternative strategy for the development of medication which targets on the newly discovered mechanism of how bile reflux induces gastric carcinogenesis,” said Professor Jia.

Starting them young: UniMAP cultivates future TVET talent

Recognising the role higher education institutions play in growing future TVET talent, Universiti Malaysia Perlis’ (UniMAP) Faculty of Electrical Engineering & Technology (FKTE) organized a TVET Program Open Day on 22 June 2022. The program, aimed to nurture and strengthen secondary school students’ interest in technology and engineering, was held in conjunction with Malaysia’s National TVET Day 2022. Six secondary schools from the northern states of Perlis and Kedah, comprising a combination of science colleges and schools (Mara Beseri Science College, Kubang Pasu Science Secondary School & Tuanku Syed Putra Science High School), vocational colleges (Arau Vocational College & Kangar Vocational College) and a national secondary school (Arau National Secondary School), participated in the program bringing together a total of 103 students and 13 accompanying teachers.

During the program, several workshops were conducted which afforded participants with hands-on experience in technology and engineering. Activities included Robocon simulation, LEGO Robot, renewable energy simulation and robot obstacle avoidance. The students were also introduced to programmes of study at UniMAP which can provide them a formal platform to deepen their knowledge bases in TVET areas of interest. Activities during the Open Day were conducted particularly in alignment with Malaysia’s high-TVET agenda which positions TVET as one of the 14 key transformation drivers in the 12th Malaysia Plan. The participants went away with certificates, an insight into the workings of technology and engineering, and new educational partners.

Positive feedback from the participants indicate that the program was impactful as a means of raising awareness to, and garnering students’ interest in TVET. Similar programs will be conducted in future with the aim of further outreach especially to students from the B40 group, contributing to the achievement of Sustainable Development Goals (SDG) 10 Reduced Inequality by increasing the group’s access to higher education, with specific focus on TVET.

Not “another useless degree”

English literature, journalism and humanities are among subjects under threat due to perceptions of low value in the working world. Eugenia Lim looks at why some academics still believed in the significance of maintaining these programmes and how universities are also adapting to evolving perceptions of such “irrelevant” subjects.

When a Yorkshire university announced it was pulling the plug on its English Literature degree from next year, it was met with furore. Sheffield Hallam cited “a lack in demand” as its graduates struggled to get highly paid jobs.

It was not the first UK university to do so. In fact, its decision to stop teaching the course and incorporate it into a broad-based English degree follows the University of Cumbria’s decision to do the same last year.

In a widely shared Tweet, Dr Mary Peace, Senior Lecturer in English Literature at Sheffield Hallam, said the university was “responding to the government, who will no longer fund degrees where 60 percent of students don’t end up in ‘highly skilled’ jobs.” In a follow-up tweet she added: “When was it ever more important in our history for young people to be able to manipulate language and to understand how they are manipulated by language and stories?”

English literature and language as an area of study in and of itself is unlikely to fade into oblivion, and it’s the UK universities Oxford and Cambridge that continue to top the QS World University Rankings by Subject in the area. Some opine, however, that it is at threat of becoming reserved just for the privileged few.

Award winning author Phillip Pullman was among the voices in the literary community to raise concerns about Sheffield Hallam’s move, telling The Guardian that the “study of literature should not be a luxury for a wealthy minority of spoilt and privileged aesthetes, but a spring of precious truth and life that every one of us is entitled to.”

You’ll never get a job

Beyond the literary scene, the arts and humanities appear to be in danger. A growing number of UK universities have slashed their humanities programmes in light of the government’s view of “low-value” degrees. In a 2021 policy announcement, the UK government said it planned to halve funding for courses in which students did not earn enough to repay their student loans five years after graduating. This led to universities such Roehampton and Wolverhampton scrapping a number of their Arts and Humanities courses, and with it further outcry online of an “all-out assault against the humanities”.

But the UK’s policy is worsening a trend that has already been taking shape for decades; that of the arts and humanities falling out of favour with prospective students. A study published by think tank Higher Education Policy Institute found the proportion of UK undergraduates enrolled in humanities courses fell to just 8 percent from about 28 percent in the 1960s.

A similar decline is taking shape in Europe, with institutions such as Copenhagen University set to cut a fifth of its humanities places next year given the higher unemployment rate amongst its graduates compared to other faculties.

Across the Atlantic, US undergraduate students seeking bachelor’s degrees at public four-year institutions were more than twice as likely to be enrolled in science, technology, engineering, and mathematics at 25.6 percent, compared to less than 10 percent for the humanities (less than 10 percent), according to a 2016 study by the American Council on Education.
Government spending will also likely shape this further, with the Biden Administration proposing billions in financial assistance towards education through the National Institutes of Health and the National Science Foundation, compared to the millions requested for the National Endowment for the Humanities for the 2022 financial year.

But a contrarian view has emerged. George Anders, author of You Can Do Anything: The Surprising Power of a Useless Liberal Arts Education argues that a liberal arts degree can “open the door to thousands of cutting-edge jobs” and even put such graduates ahead of their peers. Anders points to the exciting tech sector, which has been producing career opportunities in fields such as recruitment, human relations, and market research which require the skills taught in the humanities.

To thrive in these areas, he writes, one must be able to communicate effectively, make persuasive arguments, and even anticipate obstacles and opportunities before they arise. Anders, who himself made the transition from a career in journalism to Senior Editor-at-large at tech firm LinkedIn, posits that a liberal arts degree provides better preparation for the demands of these newly emerging roles, compared to vocationally oriented disciplines like engineering or finance.

If anything, his position brings hope for those who choose to pursue the humanities in their undergraduate years; that it is indeed useful to earn such a degree.

Interdisciplinary skills

One approach being taken by some universities to ensure their graduating students are employable, regardless of their specialisation, is to teach a common core curriculum that stresses interdisciplinary knowledge and skills. For an institution like the Nanyang Technological University (NTU) in Singapore, which is home to one of the top journalism and media schools in Asia, as well as the country’s first professional art school, this meant introducing an Interdisciplinary Core Curriculum. From August 2021, all new students attended mandatory classes which bear a fifth of their academic workload.

“The curriculum is aimed at imparting transferable skills such as digital literacy, and knowledge about today’s complex issues, such as sustainability and the environment,” says NTU’s Deputy President and Provost Professor Ling San.

When it was first announced in 2020, Professor Ling told the national broadsheet, The Straits Times, that the connection between employability and interdisciplinary skills is set to become more prominent in the aftermath of COVID-19. He added “Graduates with transferable skills that are portable across any industry will be able to transit through different jobs and careers in a rapidly changing and disruptive work landscape”.

At the heart of it, the university aims to expose students to skills and knowledge outside of their chosen major, Professor Ling explained. This is on top of the opportunity to pursue interests outside of their major and deepen their skills and knowledge through electives.

NTU’s interdisciplinary strategy will only be proven when those students graduate and enter the workforce, however, its existing combined efforts to “nurture future-ready students” has allowed it to reap considerable results already. Despite the challenging economic environment due to the COVID-19 pandemic, more than nine in 10 students from the Class of 2020 and Class of 2021 were employed within six months of completing their final examinations, exceeding the national rate of 84 percent.

Times they are a-changing

There is a barrage of listicles that appear when searching for “useless degrees” online, many also detailing how a Journalism, Media Studies, and even a Communications degree will be a waste of time and money. For digitally literate Gen Zers who have grown up shaped by and shaping social media, going to school to learn about the days of yore in journalism can seem redundant.

This position is partly due to the “fundamental shift” in the media landscape, says Franz Krüger, Adjunct Professor of Journalism at the University of the Witwatersrand in South Africa. “But that doesn’t mean that journalism is disappearing.”

As much of the news industry has moved online, the money that used to fund it has gone online too. That has resulted in broadsheets closing and inevitable jobs loss.
The result, Professor Krüger says, is more journalists may be working in the gig economy in the way that artists have done for generations, from job to job, rather than a fixed position in a legacy news organisation.

Professor Krüger, a 30-year industry veteran himself, admits jobs are harder to get these days, but stresses “the social need for journalism for public information is perhaps greater than ever”. Those challenges include how a pandemic like COVID-19 is fought, how elections take place, and xenophobic violence fuelled by misinformation.

“It has real implications about the way society works,” he says.

Universities must adapt

In order to keep pace with the evolving media scene, Professor Krüger believes institutions need to constantly recalibrate their curriculum to offer students a mix of skills which they need in order to thrive. “Journalism students need to understand social media and whatever the news platforms are of the day,” he says, admitting “universities do struggle with the kind of flexibility that is required.”

Even so, he maintains that the traditional offerings of a Journalism degree remain relevant and will never go out of date. “One shouldn’t underestimate the skills of communications and what journalism schools teach and how it can be used in different contexts,” says Professor Krüger. “Communication, clear writing, discerning reliable information; those are skills that can be used in a lot of different roles.”.

Even for those who do not see a future as a full-time journalist, Professor Krüger highlights that the practical skills taught in journalism courses will be useful in different contexts such as advocacy, community media, and even for someone looking to start their own podcast.

In the face of an impending global recession, there is no doubt that prospective undergraduates might find themselves leaning toward a degree with more certain employability. The anxiety that comes with looking for a job fresh out of university is universal and understandable. “But you also have to do what you’re interested in, and you need to find a balance in that. There is no point in pursuing something that may be lucrative but bores you to tears,” says Professor Krüger.

“What is really important is to learn the skill of adaptability because over the course of a working life, you’re likely to move between roles.”

This article was from the QS Global Education News Issue 09. Download the full edition.

Medical University of the Americas announces reduced tuition to boost accessibility, affordability

Leading Caribbean medical school, Medical University of the Americas (“MUA”), is proud to announce a reduction in tuition for students matriculating in 2023 in a bid to tackle affordability and accessibility to medical education.

MUA’s 12% in reduction in tuition to $207,500 makes the institution the most affordable Caribbean medical school that is approved to participate in U.S. Federal Financial Aid programs and is approved by the state of New York, is licensed in Florida, and is recognized by California.

Medicine is known as one of the most expensive discipline to study. In today’s economic climate, with rising costs, students are faced with a multitude of challenges and concerns including a potentially overwhelming financial debt load which may put students off from studying medicine altogether.

Commenting on this announcement, Gerald J. Wargo Jr., Executive Vice President for Marketing and Enrolment, said: “This is an excellent opportunity for students who may have been limited financially in their pursuit to achieve their medical degree. At Medical University of the Americas, we are committed to providing opportunity through an accessible and affordable education, with the same focus on student success.”

With the financial flexibility offered to reduce the cost of medical education, MUA students can complete their education with far less debt than students at other medical institutions – without compromising on the overall standard of education excellence and commitment to student success.

MUA is part of the Global University Systems’ group of private higher education institutions. For more information MUA and programs offered, please visit https://www.mua.edu/.

About Medical University of the Americas

Medical University of the Americas was founded over 20 years ago on a philosophy of education that believes students are best taught medicine in small classes, with one-on-one instruction, and with a commitment to providing an education on par with U.S. and Canadian medical schools. Today MUA continues to adhere to those founding principles and has earned a reputation for academic excellence – and graduate success – that has made it a leader among international medical schools.

MUA students obtain residencies in competitive programmes across the full range of medical specialties in the U.S. and Canada. Many of MUA’s graduates excel in their residencies, becoming Chief Residents, and many pursue Fellowship opportunities following residency. Over the last five years, 88% of graduates seeking residency have secured positions.

For more information, please visit https://www.mua.edu/.

A model for university transformation and modernisation in “New Kazakhstan”

Kazakhstan’s President Kassym-Jomart Tokayev has a huge modernization and reformation agenda for his country. While explaining his vision to the public, he said: “Together we will build a New Kazakhstan.”

Reforming the higher education sector and making it a key economic driver at par with national and global economic trends and demands is central to the President’s transformation agenda for “New Kazakhstan.”

The President sees higher education as a channel for regional cooperation in Central Asia and beyond. Mr. Tokayev believes that exchanges of knowledge, expertise, and talent among the five Central Asian states and deepening cooperation in the higher education sector will strengthen bonds among the Central Asian states.

One of Kazakhstan’s largest and oldest universities, the Kazakh National Agrarian Research University (KazNARU) is Central Asia’s largest research hub in food, agriculture, and environmental sciences. This globally engaged University is on the path of massive transformation under the motto, “New University, New Kazakhstan”.

Established in 1929 as an institute, KazNARU has been a prestigious seat of learning, knowledge creation, and innovation in the Eurasian region since its founding in the late 1920s.

Today’s KazNARU is a glaring example of the President’s vision of a “New Kazakhstan”. It has a rich history of creating and exchanging knowledge and transferring new technologies & expertise in the fields of food, agriculture, veterinary sciences, and sustainable development.

KazNARU’s acting Rector Professor Dr. Kanat Tireuov says that as an entrepreneurial research university of the 21ist century, KazNARU trains business leaders, researchers, and scientists with a global outlook; and for national and international economies.

“KazNARU is a global hub of innovation, strategic research, and training for knowledge seekers, creators, and disseminators in the fields of food, agriculture, and environmental sciences in the heart of Central Asia,” says the acting Rector Tireuov.

The university’s international standing and position in international and regional rankings have been constantly improving since 2019. In the 2023 QS World University Rankings, KazNARU is number 481 in the world and the 401-410 range in QS regional rankings, Emerging Europe and Central Asia.

Professor Tireuov is determined to include KazNARU among the world’s 200 top universities on the University’s 100th founding anniversary in 2029.

With its 49 research labs, 18 international research centers, and nine innovation institutes, and a galaxy of celebrated professors and leading scientists, KazNARU aims to build “Knowledge Bridges and Innovations” between Kazakhstan and the rest of the world in the food & agriculture sectors, and other vital fields such as environmental sciences through the work, achievements, and contributions of its scientists, teachers, and graduates.

Kazakhstan was the only Central Asian state to have developed three Covid-19 vaccines at the beginning of the Coronavirus pandemic. It was the work of KazaNARU scientists and researchers who developed three Covid-19 vaccines–two for humans and one for animals. These vaccines are included in the WHO lists of candidate vaccines.

At the Council of Heads of State of the Shanghai Cooperation Organization (SCO) meeting on September 17, 2021, in Dushanbe, Tajikistan, Kazakhstan’s President Kassym-Jomart Tokayev proudly announced that “NARUVAX-C19 and NARUVAX-C19/Nano developed by KazNARU were included into WHO registry as vaccine candidates against COVID-19.

“I am convinced that accelerating the procedure of mutual recognition of vaccination passports in the SCO states and their integration into multilateral systems will help overcome the difficulties and challenges faced by our countries,” noted the President.

KazNARU has a presence in the 88 districts of Kazakhstan and has 3000 agricultural farms across Kazakhstan.

In June 2022, high-profile delegates from 38 countries gathered at KazNARU for the international forum on food security that was held in collaboration with the Islamic Organization for Food Security.

KazNARU specializes in food sciences and technologies, particularly in the areas of food safety and food security. KazNARU hosts world-class laboratories on food technology and food safety. It has launched Central Asia’s first MBA program in food and agriculture.

The University is also the leader in water and environmental sciences in the entire Central Asian Region. It’s the only university to have established four international research labs on renewable energy sources. KazNARU has its biogas plant and the university is conducting cutting-edge research in wind energy.

There is an international research center ‘Water Hub at KazNARU that has 14 fully equipped laboratories. KazNARU’s water scientist, 84-year-old professor Alexssndr Alexandrovich Yakovlev, is a respected name globally, he has 100 patents in his name. Professor Yakovlev is the inventor of several technologies, machines, and equipment.

The University uses smart technologies and has digitized education and agricultural practices. It plans to develop and implement innovative teaching and learning strategies and will conduct cutting-edge applied research in partnership with the world’s leading universities, research centers, and institutes in the next five years.

In line with President Kassym-Jomart Tokayev’s vision, during 2023-2028, KazNARU will focus on strengthening and expanding linkages with Central Asian states and other member states of the CIS. Through:

a) Student recruitment.

As the leader in food & agriculture and having the most advanced teaching and research facilities, the university will invest most of its marketing resources and human energies in attracting bachelor, master’s, and doctoral students from neighboring Central Asian states to study at KazNARU.

b) Research and expertise exchanges

KazNARU has live and meaningful partnerships with universities and research institutions in the entire CIS region. KazaNARU’s Rector is the Chair of the Council of all agrarian universities in the CIS region. As the next step, KazNARU will help in forming university alliances within the CIS region. These university groups or alliances will jointly conduct research projects in the areas of common interest and, as alliances, they will also collaborate with universities and institutions outside the CIS region.

Our mutually beneficial joint research projects will positively contribute to national and regional economies by solving pressing issues/problems and creating new knowledge.

Together they will organize joint training activities to harmonize and improve the quality of education in the CIS Region. KazNARU will encourage junior faculty from the neighboring states to do Ph.D. studies or post-doctoral studies at KazNARU. At the same time, KazNARU scientists, faculty, and master’s students will go to universities in Russia, Belarus, Armenia, Azerbaijan, and other Central Asian states for research and study under mutual agreements.

c) Cooperation with Business & Industry

We will create channels to establish direct links and also through our partners, relations with food and agriculture businesses & industries in the CIS region. This move will be part of our research commercialization.

Beyond Central Asia, KazNARU is reaching out to universities in China, India, Pakistan, the Middle East, Malaysia, Singapore, Vietnam, Afghanistan, Africa, and even Latin American countries for building strategic alliances.

At the same KazNARU has active collaborations with several western universities. The University aims to acquire new knowledge and technologies by working with our partners from G7 countries in the areas of its specialties.

KazNARU is investing significant financial and human resources in international PR and marketing using the latest technologies and social media platforms.

All the above transformation aims to help Kazakhstan’s economy grow through the work of and contributions of KazNARU’s able and skilled graduates and scientists.

Through its global engagement strategy, KazNARU is positioned as a prominent goodwill ambassador for Kazakhstan on the world stage and a leader and economic driver in the entire Central Asian region.

“We aim to build “Knowledge Bridges” between KazNARU and the outside world, and Kazakhstan and the rest of the world in the food & agriculture sectors, and other vital fields such as environmental sciences through the work, achievements, and contributions of our scientists, teachers, and graduates,” says the acting Rector Professor Dr. Kanat Tireuov.

About the author: Mr. Muhammad Sheraz is the Director of the International Center for Strategic Communications at the Kazakh National Agrarian Research University (KazNARU) in Almaty, the Republic of Kazakhstan. He can be reached at: [email protected]

https://www.linkedin.com/in/muhammad-sheraz-5aab8929/

Universitas Pendidikan Indonesia students engage in Campus Asia Summer School in 5 countries

Five students from different departments at fPz  had an opportunity to be selected to participate in a 10-day program of Campus Asia Summer School with a total of 24 college students from China, Korea, Thailand, and Japan which took place from 23 to 31 August 2022. This program is part of a consortium of universities in five countries, i.e. Hiroshima University (Japan), Beijing Normal University and Chancun University (China), Hankuk University of Foreign Studies (South Korea), Universitas Pendidikan Indonesia (Indonesia), and Kasetsaart University (Thailand), which agree to conduct international collaboration to improve the quality of highly diverse human resources in Asia in order to shape college students who have inclusive perspectives.

There are four schemes in the Campus Asia, in which Summer Program is an annual program launched in 2021 and will be carried out up to four years from now. The other three schemes are joint e-course which began in 2022; short exchange visit to Universitas Pendidikan Indonesia which will be held this early September 2022; and one semester exchange, in which UPI will send two delegates to Hiroshima University in October 2022.

Universitas Pendidikan Indonesia participants in Summer School are Ahmad Fauzy (Physics Education), Aninda Putri Gunawan (English Language Education), Chintia Khorunnisa and Andlily Aprilia Rahmawati (Special Education), and Nisaudzakiah Utami (Technology and Vocational Education). Some of these participants have taken part in an e-course themed Inclusion and Diversity which was taught collaboratively by Dr Norimune Kawai (Hiroshima University) and Arif Hidayat, Ph.D. Ed. (Universitas Pendidikan Indonesia) since January 2022

This Summer School was organized into lectures, group discussions, idea mining seminar, workshop, and excursion. The participants were given opportunities to engage with superior research from lecturers in Hiroshima University, which include Ultrasound in Linguistics, Learning Engineering in STEM learning, research in Cultural and Religious Diversity, and neuroscience of cognitive aspect in foreign language studies. By the end of the program, the participants presented their knowledge and experience in exploring one of the topics after having direct discussion with the researcher from the chosen topic.

The coordinator of Campus Asia from Hiroshima University, Professor Kazuhiko Koike expressed his gratitude for the presence and contribution from Universitas Pendidikan Indonesia delegates who had actively involved and presented the work well. Meanwhile, the supervisor from UPI, Arif Hidayat PhD Ed, who was present in the location, said that this program is beneficial to give global and multi-perspective horizon for the students in the effort to build and support a more inclusive individual and society.

According to Aninda Putri Gunawan, one of the participants of Summer School, the activities in the Summer School had opened a new perspective on inclusive education. In addition, the lectures by the professors were very useful to be applied in the classroom teaching learning process. Aninda successfully got the third place in the presentation session with her presentation “Inclusive Education in Teaching Foreign Language” with Kim Sumin from Hankuk University of Foreign Studies and Wang Dejiang from Beijing Normal University.

Another participant, Andily Aprilia Rahmawati, said that the most impressive from this program was that learning about inclusivity and diversity in different countries was very fun. There were many benefits, such as exploring theories on inclusive education, getting introduced to various technologies to support inclusivity, and sharpening language skills by interacting with students from many countries. In the end of the program, all students had final presentations assessed directly by all the professor. The last presentation delivered by Andily was even assessed by Professor Delakorda Yawashima, the Director of CEDAR, a world peace organization.

University of Europe for Applied Sciences is official university partner of Borussia Dortmund

The University of Europe for Applied Sciences (UE) is now an official university partner of Borussia Dortmund. The partnership gives UE students exclusive insights into the management of one of Europe’s biggest football clubs.

Professor Dr Maurits van Rooijen, Rector of the University of Europe for Applied Sciences, describes the new cooperation as follows: “I am very pleased that Borussia Dortmund, one of the most likeable and renowned football clubs, is now the official university partner of the University of Europe for Applied Sciences. The cooperation makes it possible for our students to gain an early insight into the most diverse areas of a globally active football club. I am sure that our current and future students at all our campuses will benefit from this partnership and learn a lot. You can’t get a better link between theory and practice.”

Students look behind the scenes of the professional club

With the cooperation sealed in July 2022, UE students can gain insights into the work of BVB, get to know well-known BVB personalities and benefit from the experiences of BVB employees. To this end, guest lectures by BVB employees will be held at the UE campus over the next two years, giving students an insight into various BVB departments. In the future, BVB legends, such as long-time BVB goalkeeper and German World Champion 2014 Roman Weidenfeller recently, will also be guests at UE events and show how sport and business can be combined. The highlight of the cooperation is a BVB scholarship.

Working with the talents of tomorrow

BVB sees the university cooperation with UE as forward-looking: “In all professional areas, it is always about talent and retaining it. We want to promote sports management talent today and work together with the managers of tomorrow to set the course for the future together. This makes us competitive on the international stage, not only on the pitch but also off it,” says Carsten Cramer, Managing Director at Borussia Dortmund, explaining the club’s decision to enter into a university partnership.

With the cooperation, UE students not only get the opportunity to attend BVB’s Bundesliga matches, but a particularly topical and practical asset for the students is above all the opportunity to participate in exclusive content productions with the BVB eFootball team.

About Borussia Dortmund:

Borussia Dortmund is one of the most traditional and popular German football clubs. Founded in 1909, BVB has more than 10 million fans in Germany alone and also has a rapidly growing fan base worldwide. The eight-time German champions and five-time DFB Cup winners were the first German club to win a European Cup competition in 1966. Likewise, in 1997, BVB became the first Bundesliga club to win the UEFA Champions League; this was also followed by winning the World Cup in the same year. With a total turnover of over 400 million euros, Borussia Dortmund is also one of the economically strongest football clubs in the world.

About the University of Europe for Applied Sciences (UE)

The University of Europe for Applied Sciences with locations in Berlin, Potsdam (“UE Innovation Hub”), Hamburg, Iserlohn and the Virtual Campus (“Campus in the cloud”) is a state-recognised private university. Combining tech, data and design, it trains digital pioneers of tomorrow and focuses on teaching relevant key skills for the job markets of the future – by breaking down traditional academic models.

In particular, with the innovative and forward-looking Virtual Campus, which is a long-term strategic initiative of the University of Europe for Applied Sciences, it aims to build a university of tomorrow’s generation. In the three subject areas of Business, Sport and Psychology, Art and Design as well as Tech and Software, designers and decision-makers are trained who combine creativity, entrepreneurial thinking, practical relevance, internationality and virtual innovation.

The University of Europe for Applied Sciences offers Bachelor’s, Master’s and dual Bachelor’s and MBA programmes. The university has been institutionally accredited by the German Council of Science and Humanities for a maximum term of ten years and system accredited by the accreditation agency FIBAA. U-Multirank has recognised UE as a world leader in international orientation and ranked it as one of the TOP 10 universities in business studies in the area of quality of teaching.