In pursuit for diversity

Following the Supreme Court’s ruling, US universities must carefully and meaningfully look at alternative approaches to fostering student diversity within their campuses. Seb Murray writes.

The Supreme Court’s recent ruling against the use of race as a factor in college admissions has ignited a heated debate about the future of affirmative action in US universities. The landmark judgement has significant implications for underrepresented minority students and approaches to promoting diversity on US campuses.

In the aftermath of the ruling, schools are wrestling with its consequences, particularly the potential legal ramifications. Consequently, there is a growing urgency to explore race-neutral alternatives that can achieve diversity while preserving fairness in the admissions process.

Nevertheless, the Supreme Court’s decision has unquestionably dealt a blow to affirmative action. “The ruling is going to severely constrain what schools can do to promote diversity in higher education,” says Reginald Oh, a Professor of Law at Cleveland State University.

Proponents of affirmative action argue that considering race is crucial for addressing historical disparities and promoting the societal benefits of higher education. However, the court ruling advocates a colour-blind approach, putting the spotlight on race-neutral alternatives to fostering diversity.

Oh says critics may attempt to challenge these alternative methods, however the burden of proof lies in demonstrating that these policies were implemented with racial discrimination in mind. “That is a very hard thing to do,” he says. “So, while there will be legal challenges, schools are in a strong position to defend against them.”

In the Supreme Court case, Students for Fair Admissions, a non-profit organisation founded conservative legal strategist Edward Blum, challenged the use of race in admissions at the University of North Carolina and Harvard University, claiming it favoured black and Hispanic students over Asian Americans and others. The group aimed to overturn the 2003 Supreme Court decision in Grutter vs Bollinger, which permitted the use of race in admissions to promote diversity.

“Many international students looking at US admissions do find it puzzling that race is a factor that is directly considered in admissions,” explains Jamie Beaton, CEO of Crimson Education, an admissions consulting firm. Affirmative action can indeed make it harder for students from certain backgrounds to gain admission to US colleges, he claims.

Little wonder that affirmative action has long been the topic of heated discussion in US higher education. It aims to create equal opportunities by levelling the playing field for underrepresented communities. However, the practice has now been severely curtailed. Angela Onwuachi-Willig, Dean of Boston University School of Law and expert in Critical Race Theory, says: “The Supreme Court’s decision is a blow to affirmative action.”

Despite the court’s ruling, Onwuachi-Willig contends that racial bias against black and Latinx students will persist. She points out that implicit racial bias influences grade point averages (GPAs) in high schools, undermining the supposed objectivity of university admission criteria. “There are a plethora of ways in which race is invisibly operating in our society and in admissions for those who want to put their blinders on,” Onwuachi-Willig says, cautioning that the court’s decision may contribute to ongoing racial inequality.

The impact of state-level bans on affirmative action, though, is a subject of contention. Peter Hinrichs, an economist at the Federal Reserve Bank of Cleveland who studied this issue, notes that such bans have resulted in decreased enrolment of underrepresented minority students at highly-selective public universities. However, he also observes that these students still attend college elsewhere. “State-level affirmative action bans don’t have a measurable effect on overall college attendance rates,” states Hinrichs.

Susan Brown, a sociology professor at the University of California, Irvine, delved into the consequences of the 1998 ban on affirmative action in Washington State. Her research revealed that while underrepresented minority enrolments experienced a temporary decline, they rebounded within a couple of years. She attributes more of the initial decline to reduced applications rather than actual admissions. “Many students view affirmative action as a welcome mat,” says Brown. “It’s easy to overlook how daunting college is.”

In response to the state-level bans, colleges have adopted various strategies. Some have implemented targeted scholarship programmes or increased outreach efforts to high schools, particularly those with significant minority populations. States like California, Florida and Texas have also introduced “percentage plans”, automatically admitting high school students near the top of their class to public universities. The idea is to improve access in racially segregated areas.

Following the Supreme Court’s ruling, US universities will be actively exploring alternative approaches to fostering student diversity, say experts. The options include using proxies for race, such as socioeconomic background, as well as eliminating standardised testing, which has taken flak for allegedly benefiting wealthier students who have tutors, and expanding outreach programs to engage students from underrepresented communities.

The ruling leaves room for universities to consider how an applicant’s race may have affected their life through discrimination, inspiration or some other means. “To achieve diversity in a post-affirmative action world, colleges will have to seek out race-neutral means, particularly socioeconomic status and a range of subjective traits like grit or determination,” says Adam Nguyen, founder and CEO of admissions agency Ivy Link.

As universities strive to attain diversity using race-neutral approaches, applicants are urged to delve into the nuances of their identity, inspirations, challenges and life experiences. “There’s no doubt that the recent decision striking down affirmative action will place more emphasis on an applicant’s personal story,” says admissions consultant Stacy Blackman, who has witnessed a surge in inquiries from business-school applicants about the Supreme Court’s ruling.

She advocates for a holistic evaluation of candidates, stressing: “There has never been just one single application bucket, such as race alone, that is a dealmaker.”

Universities will ultimately need to strike a balance between fostering diversity and ensuring fairness in the admissions process. As Beaton at Crimson Education says: “Advocates of affirmative action argue that the net benefit of considering race to society in the spirit of helping disadvantaged groups is worth it, but many disagree. The reality is that these US institutions are some of the ultimate global springboards of opportunity, and figuring out how to apportion this special resource is a challenging debate.”

Nevertheless, Raj Patil, CEO of Admissionado, is confident that universities will persevere in their pursuit of diversity. “Students by and large see diversity as a feature of an enriching educational experience,” he says. “So in order to deliver this opportunity to their consumers, colleges are heavily incentivised to develop any and all alternative means to help achieve diversity to remain desirable.”

This article was from the QS Insights Magazine, Issue 6. Read the full edition.

University Canada West welcomes Dr Bashir Makhoul as new president

University Canada West (UCW), Vancouver’s pre-eminent independent university offering technology-enabled, business-focused programs, is pleased to announce the appointment of Dr. Bashir Makhoul as its new President and Vice-Chancellor, effective October 2023.

Dr. Makhoul comes to UCW following a 6½ year term as President and Vice-Chancellor at the University for the Creative Arts (UCA) in the United Kingdom, where he spearheaded the creation of the UK’s first Business School for the Creative Industries. Under his leadership, UCA was named Modern University of the Year by The Times and Sunday Times Good University Guide in 2019.

A native of Galilee and longtime resident of the United Kingdom, Dr. Makhoul brings a unique breadth of experience to his role at UCW. An artist by vocation and training, Dr. Makhoul’s works explore themes of conflict, displacement and identity, and have been featured in top galleries worldwide. As an academic and professor, he is among the world’s foremost published experts on contemporary Palestinian and Asian art. And as a university administrator and leader, Dr. Makhoul has earned a reputation as a catalyst for academic innovation and quality improvement.

“Dr. Makhoul embodies the qualities we value most in leadership: experience, vision, and a deep commitment to our students’ success,” said Cyndi McLeod, Chair of UCW’s Board of Governors. “His international background and dedication to academic quality make him the ideal person to lead UCW into the future.”

“It is my honor to be appointed UCW’s next President,” Dr. Makhoul said. “I share the university’s commitment to providing high-quality education and fostering a vibrant campus community. UCW is an institution with solid foundations: a dedicated staff, an entrepreneurial faculty, a deeply diverse student body, and an exceptional campus in the heart of a great city— all the essential ingredients for an extraordinary learning experience. I am eager to be part of it.”

UCW as a beacon of quality and student success

As incoming President, Dr. Makhoul will deepen UCW’s commitment to providing quality academic programs that develop students into career-ready graduates and future organizational leaders. Drawing upon his global experience in academia, Dr. Makhoul will lead UCW’s efforts to provide innovative courses and programs that appeal to students’ passions and meet the talent needs of the British Columbia economy.

Dr. Makhoul also plans to enhance UCW’s student services and supports to ensure that every student can excel in their studies and reach their full potential — a theme that runs through his own life and career. “Post-secondary education is the great equalizer,” Dr. Makhoul said. “I know firsthand what it means and what it takes to travel great distances in pursuit of knowledge and a better life.

“Growing up in rural Palestine, the chance to study abroad opened doors that I am still walking through today. I want to ensure UCW provides that same access to opportunity as I enjoyed because with education, anything is possible.”

Dr. Makhoul is also committed to joining Canadians on their shared journey of Reconciliation with Indigenous peoples, and to continuing UCW’s important work in this area.

“Dr. Makhoul is an exceptional academic and administrator who will be an asset not only to UCW but to Vancouver, British Columbia and Canada as well,” said outgoing UCW President and Vice-Chancellor Sheldon Levy. “It’s my pleasure to welcome Bashir to UCW, and I look forward to the fresh new perspective he will bring to the university.”

Extracting blood-induced color changes on the face for non-contact heart rate estimation

Researchers from Japan propose a novel non-contact method that utilizes subtle color changes on the face to estimate heart rates

Heart rate, an essential indicator of overall health and well-being, is traditionally measured by counting the number of cardiac pulses within a specific timeframe. Existing methods, however, require physical contact with the patient, which can lead to discomfort and skin-related issues. Now, researchers from Japan introduce an innovative non-contact approach that analyzes subtle color changes on the face to enable highly accurate heart rate estimation, even in scenes with ambient light fluctuations.

Heart rate (HR) estimation is an essential component of health monitoring, and provides useful insights regarding the physiological and emotional state of humans. In the past decade or so, researchers have explored newer approaches for contactless HR estimation, primarily to overcome the discomfort or dermatitis associated with conventional methods that require physical contact. Non-contact HR estimation using cameras is an example of one such method. The method focuses on the blood volume pulse (BVP), that causes slight temporal changes in facial skin color captured in videos. By examining these color variations, it becomes possible to estimate HR. However, due to the small magnitude of these color changes, the accuracy of HR estimation is adversely affected by facial movements, ambient lighting variations, and noise.

To address these challenges, a team of researchers from Japan have now developed a novel method that leverages the temporal characteristics of the blood pulse. Importantly, it builds on the ability of the pulse to exhibit quasi-periodic behavior, which distinguishes it from noise artifacts. The study was led by Dr. Yoshihiro Maeda, Junior Associate Professor, from the Department of Electrical Engineering at the Tokyo University of Science and is published in Volume 11 of IEEE Access journal on 9 June 2023. Professor Takayuki Hamamoto and Kosuke Kurihara from the Tokyo University of Science and Associate Professor Daisuke Sugimura from the Department of Computer Science, Tsuda University, were also a part of this study.

The proposed method utilizes dynamic mode decomposition (DMD), a technique that analyzes spatio-temporal structures in multi-dimensional time-series signals. It also employs adaptive selection of the optimal spatio-temporal structure based on medical knowledge of HR frequencies. “Our method, unlike previous applications of DMD, effectively models and extracts the BVP signal by incorporating physics-informed DMD in a time-delay coordinate system, taking into account the nonlinearity and quasi-periodicity of the BVP dynamics,” explains Kosuke Kurihara, a Ph.D. student.

The proposed method relies solely on tracking time-series data from videos of a person’s face, eliminating the need for any attached detectors on the person’s body. In this method, the video time-series of the face, monitoring continuous changes, are converted into RGB time-series signals, which helps in extracting information of blood volume changes occurring beneath the skin. After effectively dealing with noise or misinformation that might creep into the data, the observed RGB signals are then converted to pulse wave information data.

Using the DMD method in a time-delayed coordinate system with conservative dynamics modeling, pulse waves containing major and accurate information can be extracted to estimate HR.

To demonstrate the efficacy of this method, the researchers used 67 facial videos from three publicly available datasets – namely TokyoTech Remote PPG dataset, MR-NIRP dataset, and UBFC-RPPG dataset. The results of this method were then compared with other non-contact HR estimation methods, including DistancePPG, SparsePPG, SAMC, Hierarchical, and MTTS-CAN.

Interestingly, the proposed method adaptively selects the dynamic mode that contains the most pulse wave components, based on the knowledge of the typical range of pulse wave components. As a result, the method showed a 36.5% improvement in estimation accuracy compared to conventional methods, especially in scenes with ambient light fluctuations.

“This achievement is expected to play a significant role as a fundamental technology for vital monitoring systems in the medical and fitness fields. The breakthrough contactless method holds great potential for non-contact heart rate estimation in various applications, such as remote health monitoring and physiological assessments,” concludes Dr. Maeda. The research findings provide new possibilities for enhancing healthcare technologies and improving overall patient comfort and well-being. Going ahead, further research will be needed to explore techniques that incorporate multispectral information, which can contribute to reducing noise and improving the accuracy of the method.

We wish Dr. Maeda and his team luck for their ongoing efforts towards addressing the remaining issues with this novel method.

Kazakh government transfers 13 research institutes to KATRU

Food security and food self-sufficiency, modernization of agriculture, adoption of environment-friendly policies, and the development of renewable energy sources are top priorities of Kazakh President Kassym-Jomart Tokayev’s government.

Kazakhstan is the world’s ninth-largest country with an area of 2,700,000 square kilometers making it equal to the entire western Europe in terms of area. The country is home to nearly 20 million people 45 percent of whom live in rural areas and two million work in the agriculture sector.

Nearly 75 percent of Kazakhstan’s land is suitable for agriculture, however, only 30 percent of its land is used for agriculture, still, Kazakhstan is among the top 10 producers of wheat in the world.

Now the Government wants to further develop the agriculture sector turning it into the major driver of the national economy. The goal is to transform Kazakhstan into a leading food-exporting country. Therefore, the focus is on technological innovations and applied research with the aim to bridge gaps between academia and business & industry. Universities are key players in the Kazakh government’s modernization strategy.

Kazakh Agrotechnical Research University (KATRU) is among Kazakhstan’s top three universities. It is located in Astana, one of the newest and most modern cities in the world, which is also the capital of Kazakhstan. KATRU is City’s oldest university. The University is also known as Seifullin University. Saken Seifullin was a national hero of Kazakhstan.

Established in 1957, KATRU now has 12000 students and 860 teaching staff in the University’s nine faculties and 16 research institutions. The University has been a distinguished and proven leader in solid fundamental and applied research since the 1960s in the fields of agricultural economics; crop production, agriculture, agro-chemistry and soil science, plant protection; microbiology, veterinary medicine, and animal husbandry; plant and animal biotechnology; land management, architecture and design, mechanization, and electrification of agriculture, as well as humanitarian areas.

KATRU scientists’ research and scientific and technological innovations played a key role in transforming the Soviet Union into a superpower and excelling in food production, agriculture engineering, energy and ecology, biotechnology, and other fields.

Since the independence of Kazakhstan in 1991, through its cutting-edge research solutions and technological innovations KATRU has been an engine behind the unprecedented economic growth, scientific innovations, and infrastructural developments in modern Kazakhstan, which is now the most advanced and developed state in Central Asia.

Astana is known the world over for its modern and unique architecture and city structures. KATRU Department of Architecture has a significant role and contributions to the engineering and designing of Astana’s major building structures and architecture.

Due to KATRU’s solid academic achievement and reputation, the government of Kazakhstan has transferred 13 national research institutes to KATRU. These institutes located in various parts of Kazakhstan were part of the Ministry of Agriculture and worked under the Kazakhstan National Agriculture Research and Education Center. That Center has been closed now and its constituent institutions have been transferred to different universities. The purpose of the move is to create a link between education, research, and production.

KATRU already had three research institutes, with the addition of 13 more by the government, KATRU now has 16 research institutes. This is a sign of huge trust in KATRU’s credibility and academic standing. Such an expansion in its research work and activities has transformed KATRU into a globally engaged modern Research University contributing to the creation of a “knowledge society” in Kazakhstan and building knowledge bridges in the Eurasian region and beyond through the creation, exchange, and transfer of knowledge & expertise in the fields of food, agriculture, and sustainable development using the work, achievements, and contributions of KATRU scientists, teachers, and students.

The University’s new Rector, Professor Kanat Maratovich Tireuov, plans to strengthen KATRU as a global hub of research, innovation, and technology connected with the rest of the world through collaborative and inter-disciplinary research, academic exchanges, and partnerships beneficial to local, and national, and global economies and societies.

“By 2030 KATRU will be among the world’s top entrepreneurial research universities offering global education, cutting-edge research, and scientific and technical solutions to global and national challenges,” vowed Rector Professor Tireuov.

Muhammad Sheraz is an adviser to the Rector KATRU on strategy, global engagement, and communication. He can be reached at: [email protected]

HKBU unveils treatment potential of herbal extract compound isoliquiritigenin for pancreatic cancer

A research led by scientists of Hong Kong Baptist University (HKBU) found that isoliquiritigenin (ISL), a flavonoid isolated from the Chinese herbal medicinelicorice, can inhibit pancreatic cancer progression. It may also enhance the efficacy of conventional chemotherapeutic drugs in treating pancreatic cancer. It is the first time that a research group reported the anticancer potential of ISL in treating pancreatic cancer.

The research findings have been published in the international academic journal Phytomedicine and recently presented in the Annual Congress of the European Association for Cancer Research 2023 in Torino, Italy.

Pancreatic cancer as the “silent killer”

Pancreatic cancer is often called the “silent killer” as most patients experience little or no symptoms until it has advanced and spread. According to the Global Cancer Statistics 2020 released by the International Agency for Research on Cancer, the mortality-to-incidence ratio of pancreatic cancer is greater than 93%. It is the fourth leading cause of cancer deaths in Hong Kong.

Whipple (pancreaticoduodenectomy) operation is the only available curative treatment of pancreatic cancer. However, only 20% of patients are suitable for resection and the recurrence rate is high. In non-resectable cases and metastatic pancreatic cancer patients, the chemotherapeutic drug gemcitabine (GEM) remains the mainstream treatment. Nevertheless, GEM-based combination therapy exhibits profound chemoresistance with serious systemic toxicity.

Gancao extract identified as anticancer agent

In the search for alternative treatments for pancreatic cancer, a research team led by Dr Joshua Ko Ka-Shun, Associate Professor, Teaching and Research Division of the School of Chinese Medicine at HKBU, screened all the potential pancreatic cancer disease markers and the biological therapeutic activities of phytochemicals from the medicinal plant Glycyrrhiza glabra (licorice, or Gancao in Chinese) using network pharmacology.

Network pharmacology is an emerging discipline which systematically catalogue the molecular interactions of a drug molecule in a living cell using complex computations, and has become an important tool in botanical drug discovery. Using this approach, the team identified ISL as a potential anticancer agent for the treatment of pancreatic cancer.

With a series of cell experiments, the team demonstrated that ISL suppressed the growth and induced apoptosis (programmed cell death) of pancreatic cancer cells. In two human pancreatic cancer cell lines applied with 12.5 μM and 25 μM concentrations of ISL respectively, their cell survival rates were about 50% and 80% lower than the control cells with no ISL applied. The percentage of late stage apoptosis in the two cell lines was 11% and 13% respectively, compared to less than 5% in the control cells.

Inhibits cancer progression with fewer side effects

“ISL possesses a unique property of inhibiting pancreatic cancer progression through the blockade of autophagy, which is a natural process where the body’s cells clean out damaged or unnecessary components. The blockade of late-stage autophagy in our experiments results in cancer cell death,” said Dr Ko.

The research team further employed a mice tumor model to investigate the efficacy of ISL in inhibiting pancreatic cancer cell growth in vivo. The mice were divided into three groups with GEM (GEM group), ISL (ISL group) and no treatment agent (control group) applied. The ISL group was further divided into two sub-groups treated with 30mg/kg and 60mg/kg of ISL.

On the 21st day of the experiment, the tumor volumes of the control group and the GEM group were1000 mm3 and 400 mm3 respectively. The tumor volumes of the two ISL sub-groups treated with 30mg/kg and 60mg/kg of ISL were about 500 mm3 and 300 mm3 respectively. The results showed that ISL demonstrated treatment effects comparable to that of GEM. Meanwhile, compared with GEM, ISL showed fewer side effects in mice including neutropenia (drop in white blood cell count), anemia and body weight loss.

Enhances effects of chemotherapies

Current first-line chemotherapeutic drugs for pancreatic cancer, such as GEM and 5-fluorouracil (5-FU), are frequently associated with chemoresistance. It is because these drugs induce autophagy which favours the growth of cancer cells, and thus jeopardises their treatment effects.

To explore ISL’s potential in counteracting the chemoresistance of GEM and 5-FU, the research team set up experiments with pancreatic cancer cells treated with GEM or 5-FU alone, and GEM or 5-FU together with ISL. The growth inhibition rate of pancreatic cancer cells applied with GEM and ISL together is 18% higher than using GEM only, while the growth inhibition rate using 5-FU and ISL together is 30% higher than 5-FU only. The results showed that ISL can enhance the treatment effects of chemotherapeutic drugs by blocking autophagy, which is conducive to the death of cancer cells.

“The findings in this study open a new avenue for developing ISL as a novel autophagy inhibitor in the treatment of pancreatic cancer. We hope to collaborate with other research partners to further evaluate the effectiveness and potential clinical application of ISL in treating pancreatic cancer,” said Dr Ko.

KATRU will create model ‘research cluster’ using forest resources, research facilities in Shchuchinsk

Kazakh Agrotechnical Research University (KATRU) is the only institute in Kazakhstan with vast and spectacular forest resources and research facilities in north Kazakhstan. The University has the Faculty of Forestry, Forest Research, Wildlife, and Environment in the Kazakh capital Astana and a research institute, ‘Alikhan Bukeikhanov Research Institute of Forestry’ located in Shchuchinsk, a small city in northern Kazakhstan 214 kilometers northwest of Astana.

Under its new Rector and Board Chairman, Professor Kanat Maratovich Tireuov, KATRU is transforming its teaching &learning and research practices and processes through strategies such as conducting research in real conditions, providing students and researchers with practice opportunities in the field, and learning by observing, experiencing, and doing.

KATRU’s forestry faculty students and researchers will now spend more time in the University’s newly developed research and study facilities in Shchuchinsk where they will test and process their observations and findings in newly established fully equipped modern research labs in and around KATRU’s forestlands.

KATRU is building new research laboratories, academic buildings, and student and staff residences in Shchuchinsk. There will be new themes & techno-parks on the forestland in cooperation with national and global partners. KATRU is looking for suitable partners in establishing a techno-park and more joint research centers in Shchuchinsk on forest, environment, and wildlife. The University is keen on developing ecotourism, also.

French Ambassador visits UNAIR to discuss collaborations

Universitas Airlangga (UNAIR) continues to establish international collaborations with various partners. This collaboration is part of UNAIR’s commitment to implementing the Tri Dharma of Higher Education. With respect to the commitment, UNAIR received a visit from the French Ambassador to Indonesia on Tuesday, July 18, 2023.

The visit of H. E. Fabien Penone and his entourage were welcomed directly by UNAIR Rector, Prof. Dr. Mohammad Nasih SE MT Ak and his staff. The meeting occurred in the Balairua Plenary Meeting Room, 4th Floor, MERR-C UNAIR Campus Management Office.

In his remarks, Prof. Nasih said that currently, UNAIR works with partners from various countries, including France. The collaborations include activities in the fields of academics, research, and community service.

“UNAIR has collaborated with more than ten institutions in France, especially in academics, research, and community service,” he said.

The urgency of collaboration

French Ambassador to Indonesia, H. E. Fabien Panone, expressed his interest in working with educational institutions in Indonesia, including UNAIR. The collaborations specifically aim to resolve global issues and strengthen the global economy.

“We need solid partners to solve global issues and strengthen the global economy. Indonesia is one of the countries that is already in France’s priorities, especially as a global cooperation partner,” he explained.

Fabien said that UNAIR is one of the universities that has made many important contributions to Indonesia. For this reason, collaboration is one of the important steps that must be taken by both parties immediately.

Form of collaborations

Furthermore, Fabien said that one form of collaborations that could be established between UNAIR and France was the exchange of students and academics. From 2017 to 2022, UNAIR and several partner institutions in France collaborated on student and staff mobility.

“The student exchange program is certainly one of the potential collaborations we will carry out. Later France will provide a program to invite UNAIR students to study and understand French culture,” the French Ambassador explained.

Furthermore, Fabien also said that collaboration in science, social humanities, and health research was one of the most promising collaborations between UNAIR and France.

The form of collaboration that will take place soon is a program called Photography and New Media Education for Youth Empowerment from 2-15 September 2023. The program is a collaboration between Wisma Jerman and IFI Surabaya. In this program, UNAIR, through the World University Association for Community Development (WUACD) and the Faculty of Social and Political Sciences (FISIP), had the opportunity to become the main organizer. (*)

Thammasat Lampang Campus continuously develops, expands educational opportunities to region

Thammasat University Council has resolved to expand educational opportunities to the region at the Lampang Campus in the year 1996, with the curriculum at the bachelor’s degree, academic service to society and the preservation of arts and culture, responding to the needs of communities in the northern region of Thailand.

Assoc. Prof. Dr. Supreeya Kaewla-iad, Vice Rector for Lampang Campus Administration and Law, Thammasat University said that over the past 30 years, Thammasat University, Lampang Campus, has developed in terms of physical, academic, social services, and network cooperation. This is in line with the strategy of Thammasat University and the goal of establishing Thammasat University, Lampang Campus, which is a university with academic excellence that meets the needs of communities and society.

Physical Development

Thammasat University, Lampang Campus places importance on the safety of its students and personnel as the number one priority. The University improves both the electricity and lighting systems as well as the security system, including building a strong fence along the perimeter of the campus, installing additional closed circuit television cameras (CCTV) in the area in accordance with the Personal Data Protection Law, and improving buildings, premises, and equipment to be well-maintained.

In addition, in terms of transportation, the university has developed a transportation system that connect on campus students to other living areas by purchasing golf carts and electric trams to provide shuttle service for students and personnel which as well constructed a BUS STOP service point along the service route within the university.

Academic Development

Assoc. Prof. Dr. Supreeya said that an important goal is to become a multidisciplinary education center which is the highlight of Thammasat University, Lampang Campus, because in today’s world, solving any problem cannot be solved by one discipline. Therefore, we try our best to promote academics as a combination of various disciplines.

There are projects that demonstrate academic development, for example, a learning exchange program through the Can We Talk? Project. It is an academic promotion project by organizing academic seminars in an online format and a national academic conference project, “Innovation in Education and Research for sustainable development in the future” with academic presentations, academic panel discussions, and eye health check-ups and eye measurements services along with providing eyeglasses to the public by a team of ophthalmologists from Thammasat Hospital, etc.

Social Services Development

Assoc. Prof. Dr. Supreeya stated that Thammasat University, Lampang Campus attaches great importance to the development of social services. It can be seen from the organization of various projects that meet the needs of the community. For example, the Integrated Sub-district Economic and Social Enhancement Project, or U2T, currently Thammasat University, Lampang Campus works in 48 sub-districts, creating employment for more than 960 people by working with government, private sector and people in each area in bringing knowledge, technology and innovation and help improve the economy and society in the sub-district.

Apart from that, there is also a project to develop the potential of community product entrepreneurs to the online market. It is a training project to educate both theoretical and practical knowledge in order to develop the potential of community product entrepreneurs to gain knowledge and understanding of online marketing. Thammasat University, Lampang Campus has supported community products by creating the TU to share online shop platform as a distribution channel for community products and souvenirs.

There is also a project to improve the community museum. Thammasat University, Lampang Campus has renovated the Wat Pongsanook Nuea Museum and Wat Phra That Sadet Museum into a learning center for history, ancient sites, antiquities, which are local Lanna cultural heritages, enabling future generations to continue disseminating knowledge of local cultural history.

Cooperation Networks Development

Assoc. Prof. Dr. Supreeya said that we have an important cooperation network, which is a network of cooperation with alumnis by sending off e-Newsletters on a regular basis for alumni to get to know the possibilities of the university and get involved through various projects such as fundraising and volunteer programs for community development. It also establishes a network of partnerships with government, private organizations and relevant civil society in which the university has arranged to discuss cooperation projects to gather the strengths of each party and exchange through projects such as trainings, internship programs, etc.

EdUHK’s cross-institutional study on use of artificial mussels to monitor radioactivity ocean

Amid the global concern over the pollution of radioactive wastes in the ocean, The Education University of Hong Kong (EdUHK), the City University of Hong Kong and The University of Hong Kong have conducted a cross-institutional study, which has found that ‘Artificial Mussels’ (AMs) can effectively measure low concentration of radionuclides in the sea. It is believed that this technology can be applied as a reliable and effective solution for monitoring radioactive contamination around the world.

Akin to natural mussels, the AMs – invented over a decade ago by Professor Rudolf Wu Shiu-sun of the Department of Science and Environmental Studies at EdUHK – have a remarkable ability to soak up a variety of metals, and therefore can be used to measure the concentration of metallic pollutants in the marine environment. As of today, AMs have already been in use in 29 countries around the world.

Addressing the problem of radioactive pollution in the ocean, Professor Wu and his team in 2022 selected three radioactive substances (i.e. uranium, strontium and caesium), commonly found in nuclear waste and disposal, as research targets. The research team then placed the AMs in seawater containing various concentrations of radionuclides, in an attempt to test the devices’ absorption and releasing abilities.

Following a series of experiments, results showed that it only takes seven to eight weeks for the AMs to complete the absorption process. After that, they release the radioactive substances on returning to clean seawater, demonstrating that the device can provide a reliable estimate on the concentration and variation of these radionuclides in seawater.

Unlike existing methods, using AMs does not require collecting hundreds of litres of seawater for concentration and analysis, therefore saving the required manpower and cost for sampling and pre-treatment. The cost of each AM is just US$1 (approximately HK$8), making it viable for long-term and large-scale monitoring of nuclear wastewater.

Pioneering the study, Professor Wu said, “The risks posed by nuclear wastes to marine ecology and human health cannot be underestimated. The study confirms that AMs can resolve the limitations presented by traditional detection methods. The device can play a role in safeguarding environmental and food safety, as it offers authorities around the world a practical and cost-effective way to monitor radionuclides in waters.”

The research findings have been peer-reviewed, and published in the Journal of Marine Science and Engineering. For the original publication, please visit https://www.mdpi.com/2077-1312/11/7/1309.

UiTM collaborates with experts for students’ early industrial exposure

The global education system has started to realize the importance of early industrial exposure to university students even before their compulsory industrial internship that they will be undergoing in their final semester. This is to support the learning objective as the theories and practical skills that they acquired in the classroom are mainly to prepare them for jobs in the future.

Universiti Teknologi MARA (UiTM), Malaysia, has been encouraging lecturers to involve industrial experts in their teaching settings to expose the students not just to the theoretical syllabus but also to give a glimpse of the application of the theories in the industries. This is to expose the students to the importance of the theories learned in the classroom to be applied when they are out in the field in the future. This can also encourage the students to shape their future planning on which field to work in. In realizing this objective, an initiative by the lecturers of the General Virology course (UiTM Kuala Pilah Campus) has initiated collaborative teaching with experts from the industries to share their expert views on some parts of the syllabus.

The lecturers of the General Virology course, Dr. Muhammad Aidil Ibrahim, Dr. Suwaibah Mohamed, Dr. Mu’adz Ahmad Mazian, and Dr. Nurul Hidayah Adenan have taken the initiative to organize two virtual sharing sessions with the clinical experts to enhance the student learning experience and understanding of one particular chapter in the syllabus that describes viral diseases in humans.

The first sharing session was with Dr. Rahimah Iberahim, a specialist from Hospital Rembau, Malaysia, to expose the students to the current situation of viral diseases. Dr. Rahimah explained from a clinical view the existing diseases that are occurring due to viruses. Students were also enlightened about how the human body responds to viral diseases through a course of immunological scenarios. At the end of the session, it is obvious that the students were really keen to know more with a lot of questions asked during the Q&A session. Most questions asked were on the future prospect of treating HIV amongst humans as this virus is the most known harmful pathogen that has yet to be eradicated globally.

Another part of the syllabus was addressed by another expert, Dr Haniif Ahmad Mazian who is a clinical lecturer from the Department of Surgical, Faculty of Medicine, Universiti Sultan Zainal Abidin, Malaysia. With his expert background, Dr Haniif enlightened the students with an overview of cancer-causing pathogens including viruses. This session also sparked interest amongst the students as the Q&A session was filled with many educational discussions primarily on cancer early detection and effective prevention.

Through these effective sessions, students were able to see beyond the syllabus and oversee how the knowledge can be applied in the industry. The collaborative teaching initiative has given the students the opportunity to explore the industrial experts’ perspectives on the theories they have learned in the classroom. With this, students are able to view beyond the textbook and have a glimpse into the application of the knowledge gained to the current situation that is happening in the world. Students can value the knowledge gained as they started to see that the theories are not just information that they should merely understand or memorize, but there is a wide field of industries where the knowledge can be applied and can be a very valuable contribution to society.