GUS Germany GmbH announces scholarship for earthquake victims from Turkey and Syria

Leading German educational institutions, University of Europe for Applied Sciences (UE), Berlin School of Business and Innovation (BSBI) and GISMA University of Applied Sciences (GISMA), is pleased to announce the launch of a scholarship programme aimed at young people affected by the devasting earthquakes in Turkey and Syria. UE, BSBI and GISMA are part of GUS Germany GmbH’s (GGG) network of institutions.

·  The scholarship covers the entire tuition fees with the start of studies in 2023/24

·  Aimed at giving young people the opportunity to rebuild

The initiative aims to provide hope to the affected students and support their aspirations to rebuild their homes and regions. The scholarship covers the entire tuition fees for any course of study at the partnering institutions starting from the academic years 2023 and 2024. The scholarship is available to students who have been affected by the earthquake and can demonstrate their ability to contribute to the reconstruction efforts in their home region.

“We believe that education, among other things, is crucial in the reconstruction and further development of Turkey and Syria. Through this scholarship, we aim to empower affected students by providing them with the opportunity to access education and play a role in the rebuilding of their homes and regions. Therefore, we invite all students to apply for this scholarship “, said Sagi Hartov, Managing Director of GUS Germany.

Interested students are encouraged to apply for the scholarship by visiting the link provided here: https://www.ue-germany.com/study-with-us/fees-and-finance/ue-scholarships.

The application requirements and general conditions of the scholarship are also available on the website.

HKAPA: experience new performing arts technology

Presented by the Department of Media Design and Technology of the School of Theatre and Entertainment Arts of The Hong Kong Academy for Performing Arts (HKAPA), CMA Prologue is an experiment of Performing Arts and Technology at the Collective Media Atelier (CMA).

Equipped with advanced technologies and equipment, CMA is the new laboratory which supports new perspectives in teaching and creative projects for students. Led by the Department of Media Design and Technology faculty members, the HKAPA students staged a unique theatrical experience infusing technologies into arts.

ITS hosts UMAP Discovery Camp and facilitates student exchange

As the part of embodying an internationalisation spirit, Institut Teknologi Sepuluh Nopember, ITS,  hosted the University Mobility in Asia and the Pacific (UMAP) Discovery Camp 2023. This program offers an incredible opportunity for students to experience student exchange, and it successfully took place from the 5th to the 17th of February 2023 in Surabaya and Semarang.

UMAP is a student exchange program that has been established since 1991, and Indonesia has joined the membership of this particular program since 2019. Throughout the years, the UMAP consortium has been promoting student exchange among 600 universities accross 36 countries in Asia and Pacific Rim region. In this year’s UMAP edition, ITS and Universitas Islam Sultan Agung (Unissula) Semarang got the opportunity to host this wonderful program.

During the first week, all participants spent the activities in ITS including campus tour activity, then the following week the journey continued in Unissula. The program consists of mini-lectures from doctors and professors, guests from the city government departments, embassies, famous personalities, video presentations, discussions, master classes, case studies/subgroup work, and homework. In Surabaya, the students had not only formal courses but also outdoor activities such as watching traditional dances, visiting schools and playing traditional Indonesian sports to get closer with the culture of Indonesia and Surabaya.

The UMAP Discovery Camp 2023 provided participants with the chance to immerse themselves in different cultures and meet people from various backgrounds, with the added benefit of gaining academic credits and enhancing their language skills. By conducting this program, it is expected that participants could gain new horizon of perspective of cultures in Indonesia (particularly Surabaya and Semarang) as well as promoting Indonesia to others.

HKBU-led research unveils cell entry mechanism of SARS-CoV-2

A study led by scientists from Hong Kong Baptist University (HKBU) has identified a protease called MT1-MMP that is a major host factor behind the infectivity of the SARS-CoV-2 virus in the human body, which leads to the infection of COVID-19 and multi-organ failure. By applying a humanised antibody called 3A2 that can inhibit the activity of MT1-MMP, the viral load of infected mice was reduced by almost 90%. The research team also demonstrated that the protease is a potential therapeutic target for COVID-19.

The research findings have been published in the internationally renowned scientific journal Nature Communications.

ACE2 as a receptor for SARS-CoV-2 cell entry 

Vaccination can protect people against COVID-19 and its potential complications, but it is not always effective in individuals with weak immune systems, or against some COVID-19 variants of concern. Thus, the development of a more effective treatment for COVID-19 remains a huge challenge in the post-vaccine era. Understanding the cell entry mechanism of SARS-CoV-2 is vital to curb the spread of the virus, and it will also aid the search for new COVID-19 treatments.

SARS-CoV-2 requires angiotensin-converting enzyme 2 (ACE2), a protein found on the membrane of human cells, as its receptor for cellular entry. Despite the lungs being the major organ affected by SARS-CoV-2 infection, only a small proportion of lung cells express ACE2.

Previous studies found that the infection of organs with low levels of ACE2 expression by SARS-CoV-2 is made possible by a soluble form of ACE2. The soluble ACE2 binds with SARS-CoV-2, carries the virus to cells with low levels of ACE2 expression, and facilitates its entry into the cells.

MT1-MMP mediates cell entry of SARS-CoV-2 

A research team led by Dr Xavier Wong Hoi-leong, Assistant Professor of the Teaching and Research Division of the School of Chinese Medicine at HKBU, in collaboration with Dr Yuan Shuofeng, Assistant Professor of the Department of Microbiology at The University of Hong Kong, further studied how the physiological regulation of soluble ACE2 shedding contributes to the aetiology of COVID-19.

The team found that SARS-CoV-2 infection leads to the increased activation of MT1-MMP, a protease crucial for many physiological processes. MT1-MMP mediates the release of soluble ACE2 from ACE2-expressing cells. This soluble ACE2 in turn binds to the spike proteins of SARS-CoV-2 and carries it to the uninfected cells with low levels of ACE2 expression.

Notably, the team demonstrated that the introduction of human-soluble ACE2 enables SARS-CoV-2 to infect the lungs of a laboratory mouse strain (C57BL/6 mice) that is naturally insusceptible to SARS-CoV-2 infection due to the incompatibility of its mouse ACE2 and the viral spike proteins. The findings unveil the mechanism by which the virus hijacks host enzymes to enhance its infectivity, triggering multi-organ infections.

Antibody 3A2 blocks MT1-MMP activity 

To study MT1-MMP’s functions and how it affects viral infection, the researchers used human cells to create organoids, a 3D tissue structure grown in vitro to resemble and model different organs in the laboratory.

They discovered that blocking MT1-MMP activity with the monoclonal antibody 3A2 effectively depleted soluble ACE2 levels and reduced the degree of infection of SARS-CoV-2 in human lung, heart and liver organoids by 60-80%. Consistent results were obtained using the original strain of SARS-CoV-2, as well as variants of concern, such as Delta and Omicron. The

results demonstrate that MT1-MMP is a major host factor that mediates the cell entry of SARS-CoV-2, and that it is also a potential therapeutic target for COVID-19 drugs.

The researchers further tested the effects of applying 3A2 in a mouse COVID-19 model. A group of 11 mice were treated with either 3A2 or vehicle controls. Older mice were used in the experiment as old age is a major risk factor for severe symptoms and mortality for COVID-19. The results show that 3A2 reduced the viral load of SARS-CoV-2 by almost 90% and dramatically alleviated lung tissue damage resulting from infection.

MT1-MMP as a therapeutic target 

Dr Wong said: “Two major challenges when it comes to developing COVID-19 drugs are how to enhance treatment results for patients with weakened immune systems, and how to maintain the drugs’ effectiveness across different viral strains. 3A2 has good potential to become an effective drug for curing COVID-19 because it antagonises the activity of MT1-MMP, instead of boosting the immunity of patients or acting directly on the virus.

“Our previous studies have demonstrated that 3A2 also offers protection against obesity and diabetes, two major risk factors for severe symptoms and mortality for COVID-19. Therefore, 3A2 could be particularly suitable for high-risk groups, including older adults and people with metabolic disorders. It could also be effective against emerging coronaviruses in the future, because ACE2 is a doorway for many such viruses with similar cell entry mechanisms. Further research and experiments on 3A2 are required before it can be applied in humans.”

Chulalongkorn University Signs MoU with Temasek Polytechnic, Singapore

On Thursday, February 16, 2023, Asst. Prof. Dr. Chaiyaporn Puprasert, Vice President for Student Affairs, Chulalongkorn University, and Aw Tuan Kee, Deputy Principal and CEO, Temasek Polytechnic, Singapore, presided over the Memorandum of Understanding (MOU) signing ceremony between Chulalongkorn University and Temasek Polytechnic, Singapore.

The agreement was made to enhance collaboration between the two institutions in the areas of student exchange, field studies, and training in various fields, such as arts and culture, sports, volunteering, medical, and leadership. The two institutes will also cooperate on the exchange of professors, staff, and academic information, including events, projects and student internships abroad.

SMU introduces specialisation tracks to its LLB & JD programmes

Singapore Management University (SMU) Yong Pung How School of Law (YPHSL) will allow interested law students to specialise and gain a higher level of proficiency in the practical and interdisciplinary areas of Corporate Transaction; Law and Technology; and Dispute Resolution via a new Tracks scheme; as well as require all law students to complete a Law Capstone Course before they graduate.

The law school announced these enhancements to its Bachelor of Laws (LLB) and Juris Doctor (JD) programmes following a recent review of its curriculum, which took into key consideration the impact of global trends on the legal sector. The review, part of an on-going process to ensure that the SMU LLB and JD are constantly innovated to meet new and future challenges, collected input and feedback from a panel of over 50 practising lawyers in the private and public sectors.

Professor Lee Pey Woan, Dean of SMU YPHSL said, “The Tracks scheme guides students in elective selection for key and emerging practice areas, gives them the flexibility to tailor their curriculum, and allows them to gain a head-start in their preferred field. More than simply a curation of law electives within a law subfield, this scheme builds upon the multi and interdisciplinary nature of our existing LLB curriculum in recognition that the law does not exist in the abstract but to serve business and broader societal needs. It also recognises the growing diversity in legal career options and the inevitable shift towards more complex work.”

“The legal industry is evolving and is demanding in its workforce a higher level of competency in skills and knowledge in adjacent disciplines that are important to the practice and study of law. These changes will further strengthen and distinguish SMU’s LLB programme, and nurture future-ready and practice-ready SMU law graduates; they also give students a distinct competitive edge when they enter the workforce,” she added.

Currently, all law undergraduates at SMU get baseline exposure to adjacent disciplines (including finance, technology, etc.) as part of the SMU LLB curriculum. Students enrolled in the SMU LLB on and after Academic Year (AY) 2021-2022 who are keen to delve deeper into the interdisciplinary areas can choose to declare a Track, which will be reflected in their official transcripts. This allows students to signal their interest and expertise to their employers in a formal way.

YPHSL is the only law school in Singapore that offers specialisation in law, which is yet another testament to SMU’s innovative approach to education.

Every law student from the AY2021 cohort enrolled in the LLB programme will also be required to take a Law Capstone course. Commenting on the motivation of this new requirement, Professor Lee said, “Recognising that real world problems are increasingly complex, the Law Capstone course adds the polishing touch, training students to look across traditional boundaries by working on projects that span three or more areas of the law and through a practical lens. Rather than looking for fixed or standard answers, students participate in the process of creating new solutions.”

Building upon the university’s flagship SMU-X programme – project-based experiential learning where SMU students work in small groups and apply their interdisciplinary knowledge on real-world projects with industry and faculty mentors – every Law Capstone course going forward will be an SMU-X course. YPHSL has also integrated the Law Capstone requirement into the LLB Tracks. For those who have declared a specific Track, there will be a designated Law Capstone that must be taken.

AIMS Exchange Programme at Kangwon National University, Seoul

It was a life-changing experience for three students from the Faculty of Business and Management (FBM), Universiti Teknologi MARA (UiTM) Malaysia, Puncak Alam campus, when they were given the opportunity to participate in the Asian International Mobility for Students (AIMS) programme at Kangwon National University (KNU), Chuncheon, Republic of South Korea during the spring semester of February 2022. AIMS is SEAMEO RIHED’s  (Southeast Asian Ministers of Education Organization Regional Centre specialising in higher education and development) flagship regional initiative to support student mobility and improve cooperation among Asian nations in higher education.

During the 5-months exchange program, the three FBM’s students, Siti Sarah, Muhammad Naqib and Dina Hanani attended various credit transfer classes under the department of international trade at KNU. Classes were taught entirely in English or in a dual language, Korean and English by the professors at KNU. At KNU, they were also given a chance to learn the Korean language to help them better adapt to their surroundings.

To further enhance their sense of university life at KNU and learn more about the language and culture of South Korea, the FBM’s students were paired with KNU’s students through the buddy program. They also visited places in South Korea such as Busan and Seoul, giving them the opportunity to learn beyond the classroom’s walls. For Siti Sarah, she found this program to be an experience that completely changed her life. While, Muhammad Naqib said, “this program was exciting and full of adventure as there were abundance of new things and knowledge to be explored”. Dina Hanani claimed, “the program was wonderful, beyond her expectations and had pushed students to be adventurous and go out of their comfort zone”.

Basically, this exchange program had provided the Malaysian students the educational experience that brings together local and foreign students to form networks and learn more about Korean history, culture, and business. Not only that, one of them was even awarded a scholarship by KNU. This once in a lifetime opportunity enabled the students to gain knowledge and experience that make them more grounded and probably could contribute to UiTM and the nation.

For the program’s video, go to https://youtu.be/FLZmV2KtMtE

Women of Bahrain

Gender equality is a global priority across all industries. While there is still much work to do, many companies, institutions, and countries are sincerely undertaking efforts to close the gender gap. Bahrain is such a place, where women’s education is championed. Prisha Dandwani investigates the degree to which women have increased access, and why.

In a recent World Economic Forum Gender Gap Report 2022, Bahrain ranked 54 out of 146 countries in educational attainment, scoring higher than places such as Malaysia, Italy, Singapore and Australia.

Universities have an important responsibility to attain gender equality in higher education, not just within campus life, but also within their general communities. Women account for about a half of the world’s population, and without their success in both education and the workplace, economic prosperity is just not possible. Kofi Annan, former secretary general of the UN once aptly said, “To educate girls is to reduce poverty”.

Gender gap issues are evident around the world, however, Bahrain is clearly a notable country in the Arab region to look at more closely when understanding what opportunities exist for women. According to an official study reported by the Media Line in 2021, 63 percent of postgraduate degrees in Bahrain are held by women. Multiple factors are thought to contribute to this phenomenon that sets the country apart.

History

Increased access to education and work for women is not a new development in Bahrain. The “Bahr” in its name is Arabic for “the sea” and, geographically, its location on the Persian Gulf has shaped its culture. Historically, while men spent long periods of time at sea fishing or pearl diving, women took more responsibility in society, managing general life and the home.

Professor Yusra Mouzughi, President of the Royal University for Women (RUW) in West Riffa, Bahrain, explains that the country has always led the way for women’s rights and education. “Bahraini people are tolerant by nature, and liberal”, she says, illustrating that since the 1950’s and 1960’s, women regularly travelled for further education or opportunities. This created a strong foundation for women today to feel comfortable exploring their interests and ambitions.

Mona Almoayyed, Managing Director of one of the oldest conglomerates in Bahrain, Y.K. Almoayyed & Sons, was voted ninth most powerful businesswoman in the Middle East by Forbes in 2020 and similarly speaks about her experience growing up as a young woman in Bahrain.

“I was fortunate – my father really supported us, treated us equally as our brothers, and gave me the best education, sending me to England in the 1970’s to study.” She adds that Bahraini families are generally open-minded. While, of course, there are some families that may not have the financial capacity to send all their children to university, providing an education to women in Bahrain is a tradition in itself.

Transformative journey paves path for future career success

With strong support from The Chinese University of Hong Kong (CUHK), Cornelius Gilbert – a recipient of the prestigious Belt and Road Scholarship – continues to unleash his full potential as he inches closer towards his goals of becoming the next high-flier in the financial sector and eventually a change agent in his motherland Indonesia.

Why CUHK?

Cornelius’s parents were deprived of the opportunity to obtain higher education, so the value of top-notch education was a strong point of emphasis throughout his upbringing. Therefore, when the opportunity to study at the top-ranked CUHK came knocking on his door, he jumped at it.

“The top-ranked CUHK provides me with numerous opportunities to grow and move closer to my goals. The level of support received throughout the application process was also unrivalled. The location of CUHK in the international financial centre of Hong Kong was a factor too given my interest in pursuing a career in the financial sector,” Cornelius explained.

Well-recognized internationally for its academic strength spanning across diverse disciplines, CUHK – ranked 38th in the world in the QS World University Rankings 2023 – offers more than 70 undergraduates programmes from eight faculties. Home to recipients of the Nobel Prize, Turing Award, Fields Medal and Veblen Prize, CUHK features distinguished scholars eager to inspire through high quality teaching and research.

CUHK recognizes academic rigor is only part of the equation so well-rounded support is provided to assist students develop into the best version of themselves.

“The university puts a lot of effort in making us feel comfortable. A game-changer for me and other international students is the guaranteed accommodation. It’s comfy and most importantly inexpensive, especially when you compare it to how much it costs to rent a place in the city,” Cornelius said.

CUHK Experience

Currently a third-year student of the Quantitative Finance and Risk Management Science Programme at CUHK, Cornelius is enjoying his fruitful learning experience which has helped him build a strong foundation instrumental to his goal pursuits.

“The courses are really well-designed while the professors are extremely approachable and helpful. I receive email responses to questions even on off days,” he said.

“Most importantly, there are a plethora of learning opportunities outside the classroom such as workshops, mentorship programmes, case competitions, and internship opportunities and exchange opportunities as well. Financial technology is an area that intrigues me as I wish to start a company providing financial technology solutions in Indonesia at a later stage of my career and I’ve been given numerous opportunities to explore this here.”

“I’ve learned a great deal from joining these events. Workshops conducted by seasoned executives have offered me insights into learning more about the stakeholders in different industries and other events have enlightened me in terms of career development,” Cornelius said, adding that his two internships matched through CUHK were eye-opening since he was able to apply theoretical knowledge to real life situations across sectors and reaffirm finance as his preferred career choice.

A worthwhile once-in-a-lifetime journey

He remains as hungry to learn as ever while his growth mindset developed at CUHK has made him become more resilient when facing setbacks.

“I used to get mad in high school whenever I came second. However, in CUHK, you’re surrounded by brilliant students who are a lot smarter than you and this really forces you to think of ways to up your game such as becoming more efficient,” he said.

“My experience here has certainly helped me develop. Regardless of what the future holds, I will forever reminisce on it as one that has unquestionably helped transform my life

Controlling electric double layer dynamics for next generation batteries

Researchers achieve carrier modulation and improved switching response speed control in these batteries

Development of all-solid-state batteries is crucial to achieve carbon neutrality. However, their high surface resistance causes these batteries to have low output, limiting their applications. To this end, researchers have employed a novel technique to investigate and modulate electric double layer dynamics at the solid/solid electrolyte interface. The researchers demonstrate unprecedented control of response speed by over two orders of magnitude, a major steppingstone towards realization of commercial all-solid-state batteries.

In our quest for clean energy and carbon neutrality, all-solid-state lithium-ion batteries (ASS-LIBs) offer considerable promise. ASS-LIBs are expected to be used in a wide range of applications including electric vehicles (EVs). However, commercial application of these batteries is currently facing a bottleneck—their output is reduced owing to their high surface resistance. Moreover, the exact mechanism of this surface resistance is hitherto unknown. Researchers have alluded it to a phenomenon called the “electric double layer” (or EDL) effect seen in colloidal substances (which are microscopic dispersions of one kind of particle in another substance). The EDL effect occurs when colloidal particles gain negative electric charge by adsorbing the negatively charged ions of the dispersion medium on their surface. “This occurs at the solid/solid electrolyte interface, posing a problem in all-solid-state lithium batteries,” explains Dr. Tohru Higuchi, Associate Professor at Tokyo University of Science (TUS). Dr. Higuchi, along with colleagues Dr. Makoto Takayanagi from TUS, and Dr. Takashi Tsuchiya and Dr. Kazuya Terabe from National Institute for Materials Science in Japan, has devised a novel technique to quantitatively evaluate the EDL effect at the solid/solid electrolyte interface.

An article detailing their technique was made available online on 8 February 2023 and was published in Volume 31 of Materials Today Physics. The researchers employed an all-solid-state hydrogen-terminated diamond (H-diamond)-based EDL transistor (EDLT) to conduct Hall measurements and pulse response measurements that determined EDL charging characteristics. By inserting a nanometer-thick lithium niobate or lithium phosphate interlayer between the H-diamond and lithium solid electrolyte, the team could investigate the electrical response of the EDL effect at the interface between these two layers. The electrolyte’s composition did, indeed, influence the EDL effect in a small region around the electrode interface. The EDL effect was reduced when a certain electrolyte was introduced as an interlayer between the electrode/solid electrolyte interface. EDL capacitance for the lithium phosphate/H-diamond interface was much higher compared to the lithium niobate/H-diamond interface.

Their article also explains how they improved the switching response time for charging ASS-EDLs. “The EDL has been shown to influence switching properties, so we considered that the switching response time for charging ASS-EDLs could be greatly improved by controlling the capacitance of the EDL. We used the non-ion-permeable property of diamond in the electron layer of the field-effect transistor and combined it with various lithium conductors,” Dr. Higuchi narrates.

The interlayer accelerated and decelerated the EDL charging speed. The electrical response time of the EDLT was highly variable—it ranged from about 60 milliseconds (low speed switching for lithium phosphate/H-diamond interface) to about 230 microseconds (high speed switching for lithium niobate/H-diamond interface). The team, however, exhibited control over the EDL charging speed for over two orders of magnitude.

In summary, the researchers were able to achieve carrier modulation in all-solid-state devices and improved their charging characteristics. “These results from our research on the lithium-ion conductive layer are important for improving the interface resistance and may lead to the realization of all solid-state batteries with excellent charge-discharge characteristics in the future”, notes an optimistic Dr. Higuchi.

Taken together, this is a major stepping stone towards controlling the interface resistance of ASS-LIBs that catalyzes their feasibility for many applications. It will also help design better solid-electrolyte-based devices, a class of gadgets which also includes neuromorphic devices.