Thammasat University partners with THPF for creating social support guidelines for children and families impacted by COVID-19

Thammasat University cooperated with the Office of the Thailand Promotion Foundation (THPF) to develop social support guidelines. They have developed the Psychological-Psychosocial Support Booklet for Children and Families during COVID-19 to use as a tool for working with children in communities and children with family members who are infected with COVID-19.

The THPH plans to expand volunteer social service officer services to primary care units in order to create coverage of service in the dimensions of prevention and continual support at the community level.

Dr Kanitta Buranapansak, Head of Social Services, Thammasat University Hospital, stated that the expansion of results from the project to develop capacity, social care models and empower communities to monitor care and social management for patients, a booklet on social care for COVID-patients in the community and a booklet for social workers on social care for COVID-19 patients will soon be prepared.

 “What everyone found is that there is already stress and anxiety from the COVID-19 pandemic. However, more than that, COVID-19 changed lifestyles. After having COVID-19, patients who return home to be quarantined were concerned about quarantine facilities, fearful of infecting people at home, patients or children. In most problems, more than 50 per cent of the patients were family leaders and the main livelihood earner who had to be dismissed from work, lose income or have difficult livelihoods. There was also fear of separation from loved ones or losing loved ones,” Dr Kanitta said.

“In addition, persons with high health risks such as patients with chronic illnesses, disabilities and children had mental health problems. Currently, there are many cases not accepted by communities back in society, particularly cases living in condominiums who the team has to help care for and create understanding.”

Dr Kajeerat Prak-eko, Director of the Bureau of Health System Development Support, stated that volunteer social service officers will work as mentors to help recovered COVID-19 patients to become volunteers in providing consultation to reduce stigmatization among new patients at Thammasat Field Hospital and patients in the area of Pathumthani.

Dr Joshua Abrams appointed as Deputy Director (Academic) of The Hong Kong Academy for Performing Arts

The Hong Kong Academy for Performing Arts has appointed Dr Joshua Abrams as Deputy Director(Academic) of the Academy, with effect from September 1, 2021.

As Deputy Director (Academic), Dr Abrams manages and oversees the ongoing review and development of the Academy’s six Schools and academic units’ educational programmes, Registry, Centre for Education and Research, Library, and Extension & Continuing Education for Life (EXCEL).

He plays a key role in planning and implementing the Academy’s strategic developments, developing a culture of Practice-as-Research, interdisciplinary education, and innovative technology to enhance teaching and learning.

Dr Abrams has over two decades of experience in the higher education sector. Amid his extensive connections with institutions globally, his expertise covers areas in drama pedagogy, academic programme development and accreditation, and interdisciplinary approaches to learning and research. Professor Stephen Chow, Council Chairman of the Academy, and Professor Gillian Choa, Director of the Academy, are confident that, with his distinguished career and wealth of knowledge, Dr Abrams will help take the Academy’s academic development to a new level.

Dr Abrams was Interim Dean of School and Director of Learning and Teaching at The Royal Central School of Speech and Drama, University of London (Central). He is also the President of the Association for Theatre in Higher Education. Dr Abrams graduated from Massachusetts Institute of Technology with an SB in Humanities and an SB in Management Science, before obtaining an MA in Theatre from Brown University and a PhD in Theatre Studies from The City University of New York.

HKBU invents novel cell sensor for rapid and low-cost screening of drug-resistant bacteria

A research team led by scientists at Hong Kong Baptist University (HKBU) has developed a novel cell sensor with a barcode-like micro-channel structure that enables rapid and low-cost screening of drug-resistant bacteria. The invention could potentially be used on a large-scale in resource-limited situations such as frequent safety screenings of water, food and public facilities, as well as urgent surveys of massive samples during an infectious disease outbreak, particularly in developing countries.

A research paper on the novel invention was published in the international academic journal Biosensors and Bioelectronics.

A rapid and low-cost testing approach

Antibiotics are often used to treat bacterial infections, but the overuse and misuse of antibiotics have created the problem of drug resistance. Antimicrobial susceptibility testing (AST) is used to determine which antibiotics can effectively inhibit the growth of a certain type of bacteria effectively. However, conventional AST methods are too slow, as they require 16 to 24 hours for results, while modern rapid ASTs are expensive and require elaborated laboratory equipment. A rapid and cost-effective strategy is therefore needed to screen bacterial samples onsite, with advanced laboratory testing arranged only for those suspected of containing drug-resistant bacteria.

In response to this need, a research team led by Dr Ren Kangning, Associate Professor of the Department of Chemistry at HKBU designed a fully automatic, microscope-free AST system. It comprises two main parts: a cell culture zone and a “barcode” cell sensor. The cell culture zone consists of a set of micro-channels filled with fluids that contain cell culture media as well as different concentrations of the antibiotic. The “barcode” cell sensor contains an array of “adaptive linear filters” arranged in parallel that resembles a “barcode” structure. Users can finish the onsite screening within three hours by scanning the “barcode” with a mobile app developed by the researchers, and it will indicate whether any drug-resistant pathogenic bacteria is present in the sample.

Quantity of bacteria represented by bar length

When conducting AST with the system, bacterial samples will be injected into and incubated in the cell culture zone. Bacteria in the test sample inside the micro-channels show different proliferation rates depending on different concentrations of the antibiotic.

After completion of the culture period, the bacterial cells will flow through the “adaptive linear filters”. The cells will not accumulate around the nanopores on the sidewalls of the micro-channels, instead they will be driven down by the fluid and be collected from the end of the micro-channels. The accumulated cells will then form visible vertical bars, the lengths of which are proportional to the quantity of bacteria cells cultured under the different concentrations of the antibiotic.

A cell phone equipped with a macro-lens can then be used to photograph the “barcode” created by the AST. The image will be analysed automatically by the mobile app.

Results consistent with conventional AST

After the culture period, if all the “bars” of the cell sensor have similar lengths, it means the tested antibiotic cannot inhibit the growth of the bacteria, and thus the bacterial sample is resistant to the tested antibiotic. If the length of the “bars” is in general inversely proportional to the concentration of the antibiotic in the micro-channels, it shows that the tested antibiotic is generally effective at prohibiting the growth of the bacteria, and thus the bacteria is not drug-resistant. When two adjacent “bars” show a sharp difference in terms of length, it indicates that the antimicrobial effect of the antibiotic leaps when its concentration reaches a particular level.

The research team tested E. coli and S. aureus with the “barcode” cell sensor and the results were consistent with those of the conventional AST. The test can be completed in three hours, which is much faster than the conventional AST. Microfluidic approaches developed by other researchers can also attain comparable speed, but they rely on expensive instruments for analysis in general.

Potential for use in resource-limited regions

“Our ‘barcode’ testing system is a promising new tool in the fight against antimicrobial resistance. We hope that it will benefit the routine screening of drug-resistant bacteria in the food industry, public areas and healthcare facilities as it does not require advanced clinical facilities or professional testing skills,” said Dr Ren.

The “barcode” cell sensor has a low production cost, and it is estimated to be below one US dollar per piece. The research team has filed a patent application for the “barcode” cell sensor. “We plan to develop our invention into a portable AST instrument, and ultimately, we hope it can be used in resource-limited regions,” Dr Ren added.

Apart from researchers from HKBU’s Department of Chemistry, the research team of the “barcode” cell sensor also included scientists from the Department of Computer Science at HKBU and the School of Medicine at Stanford University.

Thammasat University signs MoU to enhance dentistry services through digital technology

Assoc. Prof. Gasinee Witoonchart, Rector of Thammasat University, Professor (Adjunct) Dame Petchara Techakumpuch, Chairman of the Dental Innovation Foundation under Royal Patronage; and Dr Suwannachai Wattanayingcharoenchai, Director-General of the Department of Health, jointly signed a memorandum of understanding (MOU) for “Digital for Dentistry” research and development to enhance dentistry services through digital technologies at the Dental Innovation Foundation.

This collaboration is an agreement to engage in joint research and development in Digital for Dentistry to create innovations that will lead to benefits in diagnoses, prevention, monitoring, and treatment of illnesses in the public.

The three agencies will collaborate in research and development in areas concerning the nation’s oral health, and this will occur in the form of shared databases, improvements in education, and support in health service provision through the adoption of digital technology.

It aims to allow the public seeking services across the nation to have extensive and effective access to oral health services and highly competent service providers, including promotion in prevention, diagnoses, treatment, and rehabilitation that occur correctly and precisely through the use of technology.

After trials and tests through research and development, all three agencies will deliver services to the Ministry of Public Health, which is responsible for caring for the country’s entire population, and policy agencies such that they can apply data in analysis to improve their systems.

UiTM’s Accounting student shines in ACCA exam

In the June 2021 Association of Certified Chartered Accountants (ACCA) examination, Hannah Mumtazah Ahmad Murshidi, the Faculty of Accountancy of Universiti Teknologi MARA (UiTM) emerged at the top out of 21,000 students by scoring the highest marks (98 marks) for the Financial Management (FM) paper. She also went on to claim the top position for the Strategic Business Reporting (SBR) paper by coming in, first (1st) in Malaysia and second (2nd) in the world.

The Association of Certified Chartered Accountants (ACCA) is acknowledged globally as a world-leading accountancy qualification for aspiring professionals. ACCA supports a global community of 233,000 members around the world in 178 countries. The exams are held four times a year at designated exam centres; however, due to the pandemic, ACCA offers students the option to sit for their exam through a remotely invigilated (RI) exam.

Sharing her key success factors, she acknowledges that the continuous exam techniques and discussion sessions on past exam questions have helped her to excel. Driven by her high determination, commitment and discipline in her studies, she added that “I consistently maintain a checklist of topics and a study schedule to ensure I have a structured revision plan”.

Hannah also highlighted the essential roles played by her lecturers on the technical knowledge and exam techniques using the computer-based examination (CBE) platform. She would refer instantly to her lecturers or friends on topics that she does not understand and will always analyse her weak points after obtaining her tests and trial exams’ results to help her plan areas of improvement before the final examination.

This outstanding success has made Hannah more determined to pass all her ACCA papers in a straight sitting and graduate on time. Being the eldest of two siblings and a proud daughter of Ahmad Murshidi bin Ab Hamid and Hasfariza Binti Abu Hassan, Hannah attributes her success to her family and lecturers and friends.

In her statement, the Dean of the faculty, Professor Dr Haslinda Yusoff, said that Hannah’s achievement marked the faculty’s commitment to ensuring their professional programme’s quality of teaching and learning.

Haslinda also mentioned that Hannah was the result of the faculty’s strategic initiatives through smart collaborations with the JPPro, a special matriculation professional program offered by the Ministry of Education Malaysia and the ACCA. JPPro offers three (3) fundamental level ACCA papers, and students will continue with the remaining papers while in UiTM.

“Being the first and the only public university with the ACCA Platinum status of the Approved Learning Partner, we will continue to play our significant role in producing the country’s Bumiputera future global accountants”, she affirmed.

TPU educators to complete professional development programmes and obtain international certificate

Experts of Tomsk Polytechnic University have presented to the participants of the ENTER project co-funded by the Erasmus + Programme of the European Union trial’s results of a new iPET-1 professional development programme for engineering educators. The meeting was held at Vyatka State University located in Kirov.

The system for pedagogical training is the main objective of the ENTER project aiming at forming the next generation of educators in engineering, technology and technical sciences using modular classes.

The project proposes a hierarchy of three structured educational programmes meeting the requirements of the European Qualifications Framework for Lifelong Learning: iPET-1 Short-Focused (e.g. 2 ECTS), “Qualification Development” Certificate; iPET-2 Professional Retraining (e.g. 8 ECTS), Diploma “Higher Education Teacher” and iPET-3 International Recognized (e.g. 20 ECTS), a full programme leading to international accreditation as “Engineering Educator”.

“In the project, TPU is in charge of a work package for designing professional development programmes. Within the ENTER Consortium jointly with colleagues, we were able to design multi-level modular programmes mastering which attendees will receive an international Professional Retraining Certificate and further will be able to submit an application for a European Professional Certification,” Olga Ponomareva, Associate Professor of the TPU Research Center for Management and Technologies in Higher Education, explains.

The TPU experts presented the trial’s results of the iPET-1 programme at the university. This programme is aimed at developing pedagogical competences and skills of innovations in engineering pedagogy, time management and effective communication. In total, 19 educators of TPU took part in the trial. Moreover, the TPU educators presented a summary analysis of the trial’s results of the iPET programmes at all partner universities of the Consortium.

“The participants of the ENTER project highly accessed the implementation level of iPET-1 at TPU and became interested in a class procedure on time management that is held by Alyona Khaperskaya,” Olga Ponomareva adds.

Within the meeting in Kirov, there was concluded a framework agreement on creating the ENTER network. This agreement will allow expanding the activity on implementation of the pedagogical training and creating the accreditation system of professional development and certification programmes for engineering educators in the ENTER catalogue.

Since autumn 2021, TPU is intending to launch the iPET-1, iPET-2, iPET-3 professional development and retraining programmes. University educators can complete training for these programmes for free.  Then, in spring 2022, there will be held an international accreditation of the iPET programmes at TPU. The attendees who successfully complete the training will obtain an international certificate as an engineering educators.

St Petersburg University students become first recipients of an award for young mathematicians in Russia

Students from St Petersburg University have won the award for young mathematicians and have taken the entire podium in the Student category. The award ceremony took place at the Conference of World-class International Mathematical Centres held at the Sirius University of Science and Technology.

The winners in the student category were three master’s students from St Petersburg University- Yaroslav Alekseev, author of ‘A Lower Bound for Polynomial Calculus with Extension Rule’; Ivan Bochkov (‘On zeros and poles of Helson zeta functions’); and Aleksei Kulikov (‘Fourier interpolation and time-frequency localisation’). Aleksei Kulikov was awarded the Medal of the Russian Academy of Sciences in Mathematics this year for his research in harmonic analysis.

The prize for young mathematicians was established by the Sirius Educational Centre and is awarded for a cycle of scientific work in mathematics in three categories: Young Scientists (up to and including 35 years old), Postgraduate Students and Students.

A total of 58 young mathematicians from all over Russia – 19 students, 17 postgraduates and 22 scientists – were nominated for it.

Also, among the finalists were: Danila Cherkashin, a research associate at the Chebyshev Laboratory at St Petersburg University; and Viacheslav Borovitskiy, a postgraduate student at St Petersburg University.

Candidates for the prize were nominated by members of the mathematical community. these candidates provided short descriptions of their work and were backed by recommendations by well-known scientists.  Then an international jury headed by Fields medallist Andrei Okounkov selected the country’s strongest mathematicians.

The International Congress of Mathematicians is the most important meeting in basic and applied mathematics and one of the oldest scientific congresses. The aim of the congress is to present as wide a spectrum of advanced mathematics as possible, including all scientific fields and mathematical schools from different geographical regions, and thus determine the future direction of the development of mathematics. The guest speakers are mathematicians of the highest calibre, capable of presenting current research trends to a wide audience.

“The fact that all three students of the University have become laureates of the new prize for young mathematicians is a quite natural result’, said Yurii Belov, Professor at St Petersburg University.

“These are graduates of the bachelor’s programme in Mathematics, established in 2015. Talented applicants have come to us and continued their studies in the master’s programme ‘Advanced Mathematics’. After six years we can see that their training has been successful. I should point out that St Petersburg University has always had a strong mathematical scientific school.”

All finalists were invited to give a presentation at the Conference of World-class International Mathematical Centres and also received a grant to attend the International Congress of Mathematicians to be held in St Petersburg in 2022.

Thammasat University and SDSN Thailand partner to publish an in-depth look at Thailand’s SDG Index 2021

Following the release of Sustainable Development Report 2021 and the SDG Index 2021 by  Sustainable Development Solutions Network (SDSN), SDSN Thailand in collaboration with SDG Move and the Faculty of Economics of Thammasat University created a press release and published preliminary information about the status of Thailand in the SDG Index 2021 to accompany the launching of the aforementioned report.

The key challenges of Thailand as revealed by the SDG Index 2021 continue to be the issues of inequality and justice, natural resources and environment, and good governance, rights and freedoms.

Most of these issues are deteriorating or are still difficult to develop. It is, therefore, likely impossible to continue to steer Thailand toward only a “quick win” in sustainable development. Instead, we have to find a sustainable way to manage the “hard-to-win” problems, and they need to be systematically changed to the foundational level.

The full details can be accessed here.

EdUHK research boosting equal access to quality education through blended learning

Research by Professor Lim Cher Ping, Chair Professor of Learning Technologies and Innovation at The Education University of Hong Kong, has significantly contributed to pedagogical and technological innovations in higher education institutions (HEIs), especially in the Asia-Pacific region. He has developed a framework for HEIs to drive and support blended learning to improve access to quality higher education.

The framework has been disseminated by UNESCO (Asia-Pacific) to ministries of education and HEIs in Asia-Pacific countries. It has been adopted and implemented by ministries and universities in Sri Lanka, Cambodia, South Korea, Mongolia and the mainland. The research has provided HEIs with a framework and self-assessment tool to analyse and revise their existing blended learning practices and policies to enhance student learning engagement and outcomes.

By adopting a sociocultural and historical perspective for mixed-method case studies across different education settings, Professor Lim’s research has generated three key principles: (1) in information and communication technologies (ICT) -enabled learning environments, teachers are the key to organising activities for learning; (2) at the institutional or system level, a holistic approach has to be adopted by education leaders to drive and support ICT-enabled practices with the aim of improving access to quality education; and (3) given the pivotal roles of teachers and institutions in ICT-enabled learning environments, the capacity of those institutions, education leaders and teachers has to be built on.

These key principles have generated more than 5,500 citations since 2001.

The above have laid the groundwork for Professor Lim’s applied research; first, the development of a framework for education institutions to adopt ICT for quality teaching and learning. The framework was later redeveloped to focus on the capacity building of HEIs to drive, sustain, and scale up their blended learning practices with eight strategic dimensions: vision and philosophy; curriculum; professional learning; learning support; infrastructure, facilities, resources and support; policy and institutional structure; partnerships; and research and evaluation.

A self-assessment tool for all eight dimensions was developed for the HEIs to conduct a needs and situation analysis of their existing state of blended learning. This allowed them to identify gaps and set targets for blended learning to better equip them to formulate and implement strategies for sustaining and scaling blended learning in their programmes and courses.

Professor Lim has won funding from UNESCO, international research organisations, education foundations and the University Grants Committee (UGC) of Hong Kong for his studies in blended and online learning. His framework was used in 2015 as an analytical lens to examine how nine universities in Australia, Malaysia, Singapore, South Korea, Thailand, and the mainland drove and supported blended learning based on the eight dimensions.

The experiences of these universities were compiled in a book, published and disseminated by UNESCO and served as a policy advocacy and planning tool for educational ministries, policy organisations, and universities. The late Dr Gwang-Jo Kim, Director of UNESCO (Asia-Pacific), described the book as a “valuable approach” to achieve the United Nations’ Sustainable Development Goal 4 of equitable and inclusive quality education, and lifelong learning for all.

The framework was implemented by UNESCO International Centre for Higher Education Innovations (funded by Shenzhen Fund-In-Trust) at the Royal University of Phnom Penh (RUPP) in Cambodia and Colombo University in Sri Lanka. This implementation and partnership have led to the establishment of the Centre of Excellence for Higher Education Teaching and Learning Innovations at RUPP with the support of EdUHK under the World Bank Higher Education Improvement Project.

Professor Lim’s assessment tool has further enabled partnerships between RUPP and the provincial universities of Syay Rieng and Battambang. The tool allowed senior managers to identify their HEI’s existing capacity and provide the evidences to formulate a strategic plan for closing the urban-rural education quality gap across the three universities.

The framework was also disseminated by Professor Han Xibin of the Institute of Education, Tsinghua University, to more than 500 mainland Chinese partner HEIs, where it has met a positive response and helped students overcome challenges such as low literacy levels and low self-learning skills to achieve a 100% pass rate in a course after using blended learning. Professor Lim Cheolil from Seoul National University has also adopted the framework for use by Korean universities.

Professor Lim’s grassroots approach towards professional learning as part of the framework has had significant impact in Hong Kong as well, through his co-leadership of the UGC-funded Blended & Online Learning & Teaching (BOLT) project. In collaboration with four other local universities, the project has demonstrated its potential to achieve a paradigm shift in higher education teacher professional learning and the enhancement of learning and teaching in Hong Kong. Specifically, evaluation of participants in BOLT project demonstrated raised awareness of effective use of blended learning, and also higher competence development across ranges of technological, content, and pedagogical knowledge domains.

Professor Lim’s research on boosting equal access to quality education through blended learning was rated 4-star (outstanding impacts in terms of their reach and significance) in the recent Research Assessment Exercise 2020. To learn more about the impact case study, please click here.

UCW earns 5 Star rating from QS Stars

University Canada West (UCW) is recently received an overall 5 Star rating from the QS Stars higher education rating system.

“We are delighted and honoured to receive 5 Stars from QS Stars,” said Brock Dykeman, UCW President and Vice-Chancellor.

“The QS Stars audit evaluated everything from UCW’s teaching and academic development to online learning, social responsibility and inclusiveness, providing an in-depth look at the quality of our university.”

UCW is the third university in Canada, and the first in British Columbia, to receive a 5 Star rating from QS Stars. There are only a total of seven institutions in the United States and Canada to receive a 5 Star rating.

As part of the QS Stars audit process, institutions receive an overall rating of between zero and 5+ stars, as well as a rating in at least eight of 13 key areas. UCW’s scores included:

  • Teaching:5 Stars
  • Employability:5 Stars
  • Academic Development:5 Stars
  • Online Learning:5 Stars
  • Social Responsibility:5 Stars
  • Inclusiveness:5 Stars
  • Internationalization:4 Stars

UCW also received 5 Stars in the Specialist Criteria category for its Master of Business Administration degree program.

The QS Stars rating system provides an in-depth evaluation that assesses a university on a broad range of key performance indicators.

“The audit report identified our strengths as well as some areas where we could improve,” Dykeman said. “We can use it to not only celebrate our successes but to help shape the roadmap for UCW’s future.”