Dr Sri Fatmawati Recognized as First Woman in Indonesia as 2023 Young Affiliate by UNESCO’s The World Academic of Sciences

In a significant recognition for Indonesian scientist, Dr. Sri Fatmawati from Department of Chemistry at ITS, has been honored as a Young Affiliate by UNESCO’s The World Academy of Sciences (TWAS) in 2023, highlighting her exceptional work in natural products research. The distinction offers promising prominent researchers from developing nations, like Dr. Fatmawati with invaluable connections and opportunities for professional development within the global scientific community.

TWAS, in collaboration with its Regional Partners, annually selects up to 25 scientists under the age of 40 from developing nations as Young Affiliates. These individuals, distinguished by a minimum of 10 international publications and a demonstrated potential for impactful careers, are granted a six-year tenure filled with opportunities for networking, collaboration, and participation in prestigious events such as the TWAS General Meeting.

Dr. Fatmawati’s selection underscores her pioneering research in natural products, spanning herbal plants from 27 provinces of Indonesia and unveiling novel insights that promise transformative impacts on traditional herbal medicine known as ‘Jamu’. As the researcher-in-charge of ITS Djamoe, a transformative production of Jamu from the Natural Products and Synthetic Chemistry Laboratory, her work notably centered on the exploration of indigenous plants for medicinal purposes, embodies a new frontier in harnessing the rich biodiversity of Indonesia for the betterment of society.

As a TWAS Young Affiliate, Dr. Fatmawati looks forward to forging collaborations with esteemed TWAS Fellows, exploring avenues for joint projects, and contributing to the advancement of natural products research on a global scale. With her participation in the annual TWAS meetings and access to a vast network of scholars and policymakers, she envisions catalyzing meaningful change in traditional healthcare development.

Satbayev University, Penn State has been strengthening the collaboration

Satbayev University and Pennsylvania State University (Penn State, USA) have signed a cooperation agreement.

The given document has launched a new stage of academic and scientific partnership between the two universities, which closely cooperate in petroleum engineering sphere. The agreement was signed by Penn State President Nili Bendapudi and Satbayev University Board Chairman-Rector Meiram Begentayev.

The deepening of cooperation between the two universities was the result of the work of RK Science and Higher Education Ministry within the framework of implementing the international agreements, as well as working trips to the USA by Science and Higher Education Minister Sayassat Nurbek, during which new agreements were reached on evolving the strategic partnership between the two countries in higher education sphere.

Based on the agreement, collaboration program between the two universities will be expanded in such areas as materials science, cybersecurity and geology. Universities are going to continue to implement double-degree education programs in the format 3+1+1 (Bachelor + Master’s), as well as the exchange of teaching staff, students, conducting the joint scientific research.

This year, the recruitment of entrants, undergraduates, as well as 3rd year students who want to study at Penn State from September 2024 will begin.

Satbayev University delegation worked out all the details of future degree programs with the leadership of Penn State, departments’ representatives: Material Sciences and Geology, and also met with the representative of Institute for Computational and Data Sciences, Dr. Guido Cervone.

It should be noted that Pennsylvania State University is a public research university in the United States, located in State College city, Pennsylvania. It is one of the top 15 public universities in the USA, with almost 90 thousand students that makes it one of the largest in the USA and the world.

Public Toilets in Singapore as Dirty as in 2020: Survey

Singapore may be one of the cleanest cities in the world, but the opposite applies to public toilets in her coffeeshops and hawker centres. The third national survey in seven years, and the first post-pandemic, the whimsically-named “Waterloo” was created and run by SMU Principal Lecturer of Statistics Rosie Ching and her 170 SMU undergraduates. Together, they carried out comprehensive on-site surveys of more than 2,200 public toilets at an excess of 100 hawker centres and 950 coffeeshops around Singapore, evaluating them on more than 100 variables including toilet bowl cleanliness, floor dryness, ventilation.

They found that post-pandemic coffeeshop toilets have stayed dirty and unchanged over the past seven years, staying significantly below the 50-mark of reasonably clean on the zero-to-100 Toilet Cleanliness Index (TCI), with the only bright spot showing hawker centre toilets cleaner than in 2020. Unisex toilets are the dirtiest at 36.14, a sharp decline from 42.89 in 2020. From 2016 to 2020 till now, these shared toilets remain the filthiest, suffering their lowest levels now, with a large majority located in coffeeshops.

Public perception of these toilets was measured using the Human Perception of Toilet Cleanliness (HPTCI) Index, where respondents rated their perception of public toilets on a scale of zero to 100: 100 being the most positive perception of toilet cleanliness, and zero the most negative.

Overall public perception of these toilets is that they are much dirtier than they should be, and no different from they were in 2020 and 2016. Since the COVID-19 pandemic, 66.74% of Singaporeans think that public toilets in coffeeshops and hawker centres have “stayed just as dirty” to “are much dirtier now”, with only 22.18% saying they have improved. Additionally, 63% of citizens rate toilet-cleaning efforts from “mostly ineffective” to “completely ineffective”, with only 6% optimistic about the efficacy of national clean toilet campaigns.

Droves of photographic evidence show wet or oily floors, dirty or clogged sinks, overflowing bins and choked urinals. The in-depth investigation by Ms Ching revealed that the closer cooking facilities are to toilets in these hawker centres and coffee shops, the significantly dirtier the toilets. This was also observed in 2016 and 2020 and remains very strong in 2023, a major public health concern given the huge majority of workers in these premises use these toilets while handling food.
More than nine in ten of customers declared public toilets in need of major overhauling, rating them as “dirty”. More than 75% only use the toilets in these areas for small calls of nature, unchanged from 2020, but a much lower figure than in 2016. As for the big call of nature, almost 70% avoid using these toilets, a significantly higher avoidance rate than in 2020 and 2016.

Waterloo was done to educate students on applying statistics with social impact, helping the World Toilet Organisation (WTO), Public Hygiene Council (PHC), Singapore Kindness Movement (SKM) and Restroom Association Singapore (RAS) in their national efforts to combat the decades-long problem of dirty toilets. Said student Nicole Beh, “I have had the privilege of being a student in Ms Rosie Ching’s Statistics class. We embarked on Waterloo, surveying over 90% of Singapore’s hawker centers and coffee shop toilets to raise awareness about public toilet hygiene. While we continue to make waves in improving the cleanliness of public toilets in Singapore, we hope for even greater improvements in the years to come through nationwide efforts. Ms. Ching has been our strongest pillar of support in achieving the impeccable success of Waterloo and has made learning Statistics more fun than ever.”

Said Ms Ching: “Having a clean toilet to use is a fundamental human right. Yet my treasured Waterloo student comrades and I have exposed yet again thousands of abysmal toilets, many in close proximity with kitchens and food-handling areas. We hope our findings will spur decisive and collective action to improve the state of public toilet hygiene, and protect food handlers and toilet cleaners who face the daily grim spectre of filthy toilets.”

For their commitment to Waterloo, Ms. Ching’s students won Singapore’s national LOO (Let’s Observe Ourselves) Award for public sanitation in the community category. Ms Ching was given the Individual LOO Award for eight years of study of dirty public toilets, and was bestowed the World Toilet Organization Hall of Fame Award for her contributions to improving sanitation. In December 2023, Ms Ching was also awarded QS Reimagine Education’s global Gold Award for Blended and Presence Learning for the effects of creating and teaching Statistics For Social Impact.

Capitalizing on Potential: Catfish Farming Empowerment by University of North Sumatra

Empowering teenage groups to improve the local economy has become a focus for lecturers at the University of North Sumatra. Led by Dra. Lina Sudarwati, M.Si., a group of lecturers organized a catfish farming training session on unused land.

The participants, teenagers from mosques in Kisaran City, North Sumatra, were introduced to practical knowledge about pond preparation, catfish breeding, and the distribution of catfish seeds into the grow-out ponds. This initiative aims to utilize abandoned excavation ponds, previously used for brick-making but now neglected, for sustainable programs to enhance the local economy.

The program provided by Universitas Sumatera Utara specifically from the Faculty of Social and Political Science includes training in catfish farming and offers equipment and initial catfish seeds as the starting capital for participants. Around 8000 catfish seeds were distributed, spread across four designated ponds. Additionally, alongside the catfish farming program, the mosque teenagers were introduced to marketplace applications for marketing their agricultural products online.

The implementation of the catfish farming empowerment activity has been warmly welcomed by residents in the area. Paidi, a community figure, expressed his support, stating, “This program is very beneficial for our mosque teenagers. So far, they have often struggled to find jobs or business opportunities. With this catfish farming, we hope they can have their source of income and contribute more to the community”.

Dra. Lina Sudarwati, M.Si., emphasized that implementing catfish farming empowerment will benefit the local community and raise awareness about the importance of sustainability in catfish farming to support environmental conservation efforts. This initiative not only provides economic opportunities for teenagers but also contributes to the overall well-being and environmental consciousness of the region.

#UniversitasSumateraUtara #FISIPUSU #FakultasIlmuSosialdanPolitik #USU

Higher education experts: Universities will not disappear, but will have to change

A third-year student Zoe, rushing from the university to work, dreams about the possibility of watching lectures as if they were an internet TV show – whenever and wherever she wants. John, who has been wanting to change his job for a couple of years now, is checking university curricula – while he has a lot of skills and knowledge, but no degree certificate to prove it. Camilla, who wants to improve her public speaking skills, compares the cost of online courses at Cambridge and Harvard.

Although the people described above are fictional, the situations they experience can be real. A Eurostudent survey in 25 European countries revealed that more than half of students work while studying. A 2021 World Economic Forum report claims that by 2025, almost half of the world’s workforce will need to retrain or acquire new competencies.

In the past, university was one of the stops on the way to a career. Today, the function of higher education institutions is changing, adapting to the needs of learners. Lifelong learning, retraining, and flexible learning pathways open up new opportunities for all stakeholders.

“Flexibility means, first and foremost, that the learner has the opportunity to develop exactly those competencies they need at that time, and that they can do this at the convenient time, place and pace. This includes many things, but also the possibility to integrate the learning process into one’s lifestyle,” says Kristina Ukvalbergienė, Vice-Rector for Studies at Kaunas University of Technology (KTU).

Today, learning transcends the countries’ boundaries and the supply of high-quality content is driving the need for universities to strengthen collaborations, form alliances and offer international and interdisciplinary learning experiences.

Flexible studies – only on-demand and online?

According to Professor Euan Lindsay of Aalborg University in Denmark, today’s studies need to be designed to fit in with learners’ lifestyles. Nowadays, students can find any content (films, podcasts, videos) on-demand and online as soon as they need it. Naturally, they want to access study material when it is convenient for them, but not necessarily at the same time as a scheduled lecture. According to the expert, this change is inevitable and higher education institutions will have to adapt.

“A hundred years ago, the horse was the main means of transport. Although you can buy a horse and travel on it, it is far from the norm today. Once we see the advantages of making learning material available on demand and online, the higher education system will simply adapt,” says Lindsay, professor at the Aalborg University Centre for Problem-Based Learning in Engineering Science and Sustainability.

He says that while it used to be the norm that lectures at the university were only live, this perception is changing. Part of the change has been triggered by the coronavirus pandemic, which has opened the way to various forms of distance learning. Today, lectures can not only be remote, but also recorded, and can be listened to on the move, pausing and replaying important moments. In addition, there is a wide range of material available on a given topic.

“We establish relationships in person, but we can maintain them online. Online seminar is not a good approach for role modelling professional practice. However, if the purpose of the lecture is to introduce a new theory or concept, the students can go through the material at their own speed and time. A live meeting can be used to discuss points that were unclear or to carry out practical exercises to apply the theory,” says Lindsay.

The internet is already full of material on a wide range of topics, presented by talented speakers. Problem-based learning expert Lindsay believes that the presentations of theoretical material may eventually be taken over by major textbook publishers. Universities will continue to be the forge of competencies, but they will have to become more flexible and adapt to change.

When we look at cathedrals, we don’t think of bricks

According to Ukvalbergienė, the Vice-Rector for Studies at KTU, a flexible learning pathway is a learner-centred learning model that allows each individual to choose a personalised learning process, regardless of the competencies previously acquired. At each stage of learning, different learning choices are offered to the learner, according to their needs, interests and competencies required. Learning takes place in small chunks, constructing a flexible learning pathway from challenges and micro-modules.

Although KTU students can already choose to include additional competencies in their individual learning plan, by 2025, KTU plans to offer its students the option of flexible learning pathways.

“It is up to the student to choose the competencies they want to develop, and to chart their own learning path. Competences can be developed horizontally, that is, broadly, or vertically, by delving into a specific area. In the case of KTU, flexible learning pathways are also closely linked to a challenge-based methodology, where students, lecturers and external partners work together to solve real-world challenges,” says Ukvalbergienė.

Lindsay, who gave a presentation at the Study Quality Day, an annual event organised by KTU, says that one of the changes that universities need to introduce to adapt to the modern market is the unbundling of study programmes. That is, the study programmes should be designed with the outcome in mind – what do we want our graduates to be able to do after they graduate?

“When we look at cathedrals, we don’t think about the individual bricks that were used to build them. So, if we want our students to learn how to build cathedrals, we need to think about the competencies they need. How we teach them thermodynamics or mathematics, how we test their knowledge – these are just details,” says Lindsay.

What is the added value of university studies?

Today’s learners come from different walks of life. Among them are those who have previous work experience, those returning to higher education after a break from studies, and those pursuing new career goals that require further education.

According to the World Economic Forum’s Future Jobs Report, 44% of workers will need to update their skills portfolio by 2027 as technology is evolving at an extremely fast pace. However, cognitive and personal skills such as analytical, creative, systemic thinking, curiosity, resilience and agility are among those that will be particularly in demand.

According to the KTU Vice-Rector for Studies Ukvalbergienė, the university offers a comprehensive environment for intensive learning and, in addition to the skills required for the specialisation, the ability to work in interdisciplinary, international teams, collaborate, think strategically, manage time, and other skills are being developed. The University is a place where information is concentrated and easily accessible, where experimentation in various laboratories is possible, and where knowledge is conveyed by teachers who have the experience and skills to develop the competencies of the learners.

However, from her point of view, the university is not the only actor in the education system. Some retraining programmes require high speed or very narrow specialisation and this niche can be filled by other organisations.

“A university is part of an ecosystem. Working together with the city, the region, and business, we share a common goal – to educate responsible and value-added members of society. All these aspects add value to university education,” says Ukvalbergienė.

The future university is akin to a travel agency

The need for a qualification or a degree can arise at any stage of your career. For example, qualifications may be needed to apply for a promotion or a licence, and there is evidence suggesting that higher education is associated with higher income. However, people who are already working have knowledge and skills and may feel that they have a good understanding of some subjects in their studies despite lacking a degree certificate which proves that.

“I remember one student who took long drives to get to campus to do compulsory laboratory classes on a piece of surveying equipment. He was really surly and when I asked what’s the problem, he said repairing this equipment was his day job,” says Lindsay.

He believes that universities need flexibility in similar situations. Lindsay jokingly compares universities of the future to travel agencies: if you want to travel, you can book your own plane tickets, hotel and leisure programme. But you can also ask a travel agent to do the same – they can take care of the whole trip or just certain aspects of it as required.

“Universities that are better suited to the current situation are those that say: if you start your studies already knowing half of it, we won’t teach you that. Instead, we’ll certify it and teach you the rest,” says Lindsay.

Ukvalbergienė, KTU Vice-Rector for Studies, says that KTU has been certifying the competencies acquired informally or spontaneously for more than ten years.

“For example, if you think you have a certain competence, say in project management, the university can test your skills and formally recognise it. Formally recognised competencies can be certified as outcomes of a university study programme or a module, which do not require retaking,” explains Ukvalbergienė.

Today’s graduates will remain in the job market for the next 50 years

Lifelong learning is gaining momentum, not only because it is being promoted by various national and international programmes, but also because society is demanding it. The world is changing, people are living longer, technology is advancing faster and the need to update knowledge is becoming essential.

“Today’s university graduates may live up to 90 or 100; it is likely that they will be working by the time they reach 70. Do you think they won’t need to update their knowledge in the next 50 years? I certainly wouldn’t want to base my current practice on what I would have learnt in the 1970s,” says Lindsay.

Lindsay and Ukvalbergienė, who have been teaching for about 20 years, agree that students today care about the purpose of what they’re learning much more than before.

“I used to think that current students were interested in changing the world, but I changed my mind on that. I think they are more interested in changing the world around them. This is a very different kind of leadership: not the noisy setting of grandiose goals, but the pursuit of individual change for the city, for the community,” says Lindsay.

According to Ukvalbergienė, current students are much more socially responsible and want to see the real value in what they study. Challenge-based learning, cooperation with social partners and exposure to the real working environment play a key role in this.

While qualities such as curiosity, creative thinking and problem-solving may be common across generations, there is one skill in which today’s students may be outperforming their teachers: they are much more tech-savvy.

“Already some years ago, the world passed a tipping point where younger people were outpacing older people in technological skills. This turns the whole logic of learning on its head and universities have to adapt to it,” says Ukvalbergienė.

However, experts agree that the democratisation of the learning process – where the lecturer is no longer the only person who knows best – is essential to meet the needs of today’s learners. Students are themselves very diverse, and from the university they expect flexibility in adapting to their individual lifestyles.

Scientists Achieve First Total Synthesis of Potentially Anti-Rheumatic Sesquiterpene Merillianin

Merrillianin is a naturally occurring compound found in Chinese herbal medicine. In a significant milestone for drug development, researchers have succeeded in its artificial synthesis, with the potential for helping treat nervous system diseases. The compound, previously tricky to synthesize due to its complex chemical structure, was successfully produced using 30 reactions. This breakthrough paves the way for the commercial development of drugs targeting diseases such as rheumatism and neuralgia.

An avenue that scientists are currently exploring for the development of novel pharmaceuticals involves the synthesis of bioactive compounds found in Chinese herbal medicine. This collaborative effort, combining traditional knowledge with modern scientific methods, focuses on pharmaceutically relevant compounds found in medicinal plants for large-scale synthesis. An important compound in this context is merrillianin, a type of illicium sesquiterpene that was isolated in 2002 from the fruit of Illicium merrillianum, a plant that belongs to the same genus as star anise. Illicium sesquiterpenes are naturally occurring compounds which hold promise for treating nervous system diseases. However, merrillianin has a complex structure with a central arrangement of six consecutive stereogenic carbon centers, including three quaternary carbon stereogenic centers, and three rings fused to two carbons. This complexity has posed challenges for the artificial synthesis of merrillianin, leading to limited progress in its practical application since its isolation.

In a breakthrough study published in the journal Organic Letters on 31 December 2023, a research group led by Assistant Professor Takatsugu Murata and Professor Isamu Shiina from Tokyo University of Science (TUS) succeeded in synthesizing merrillianin, opening doors to its artificial synthesis almost 20 years after the compound was isolated.

“Illicium sesquiterpenes are a group of compounds that are expected to be effective against neurological diseases, but their highly oxidized and ring-fused structures have made it difficult to synthesize them artificially. However, we have synthetic technique and knowledge about the synthesis of highly complicated compounds such as taxol,” says Dr. Murata. “Therefore, we wanted to perform the world’s first artificial synthesis of merrillianin, which is expected to have anti-rheumatic activity, and create a lead compound that can contribute to the treatment of neurological diseases.”

Merrillianin can be obtained with yields as high as 80% via the Wacker-type oxidation of a dilatone. However, the challenge lies in efficiently preparing the precursor compounds for the dilatone. To address this, the researchers employed a total of 30 reaction steps, covering the synthesis of precursors to the final production of merrillianin. The process commences with the Mukaiyama aldol reaction, which involves enol silyl ether and acetaldehyde. This reaction leads to the creation of a dithioacetal, a compound that includes a quaternary carbon stereogenic center. Subsequently, the dithioacetal undergoes a series of reactions with an iodo compound, resulting in the formation of α, β-unsaturated ester possessing an aldol structure. The next steps involve a reductive intramolecular cyclization of this compound to cyclopentane, followed by an intramolecular Michael’s reaction for the formation of tricyclic dilactone with a total yield of 1.6%. Tricyclic dilactone is a key intermediate for the commercial production of a wide variety of Illicium sesquiterpene compounds, including merrillianin.

The researchers point out that if merrillianin has high bioactivity, the amount required for treatment would be very little. (According to the isolation report, 3 mg of merrillianin was isolated from 30 kg of fruit.) Interestingly, it would be possible to examine its bioactivity using the synthetic version prepared by the group.

The synthesis method also revealed the absolute configuration of merrillianin, which, so far, had only known relative configurations. The proposed synthesis method for merrillianin represents another milestone for the research group, which previously succeeded in synthesizing the naturally occurring tanzawaic acid B found in the fungus Penicillium citrinum that has the potential for developing antibiotics against multidrug-resistant bacteria.

The research group’s ongoing dedication to synthesizing compounds with interesting biological activities holds promise for future discoveries in the field of drug development. Species of the Illicium genus have been used as medicinal herbs for the treatment of conditions like rheumatoid arthritis and traumatic injuries, and the synthesis of merrillianin could also contribute to advancements in these areas. “The proposed synthesis method for merrillianin will help develop suitable drugs to treat nervous system diseases such as rheumatism, and neuralgia, improving neurological disease prognosis and enhancing patient quality of life,” concludes Prof. Shiina.

The top three best startups of National Technical University «Kharkiv Polytechnic Institute» from CIG have been determined

The experts of the CIG R&D LAB (CIG) educational and scholarship program selected the participants of the 7th season from Kharkiv Polytechnic. This took place at a pitching event where postgraduate students, students, young scientists and teachers of the Kharkiv Polytechnic Institute presented their startup projects. Three teams with the best ideas were awarded the scholarships. Among them: an advanced mine detection system; a method of remediation of soils contaminated by heavy metals and radionuclides as a result of military operations; a highly mobile photovoltaic power supply system. From now on, the teams which got into the season will work with CIG specialists until June 2024 to implement their projects and start commercializing them. The winner will receive funding for his or her startup. It should be noted that exactly in this academic year, a record number of startups – 47 works – were submitted to the CIG competition from NTU «KhPI».

The CIG R&D Lab educational and scholarship program from Chernovetskyi Investment Group consists of three stages: submission of applications; presentation of projects to an expert jury and selection of scholarship teams; and determination of the winner. In total, 47 startups took part in the competition in the 2023/2024 academic year, which was the maximum number for all seasons of the CIG R&D LAB program at NTU «KhPI». Ten of them were selected to participate in the pitching. According to the jury members, all the presented projects are of a high level and are relevant in solving complex modern scientific and technical problems. They have new scientific solutions, intellectual property objects, publications in journals, as well as implementation in production or experimental testing in the real sector of the economy.

The selection process was held in an online format, and the jury members were representatives of NTU «KhPI» and Chernovetskyi Investment Group (CIG). You can watch the selection pitch here.

Following the second stage, three interesting and perspective startups were determined:

BrownC-Rec is a method of soil remediation contaminated by heavy metals and radionuclides as a result of military operations. The team leader is Denis Miroshnichenko, head of the department of oil, gas and solid fuel processing technology at the Educational and Scientific Institute of Chemical Technology and Engineering. The team consists of Pavlo Karnojitskiy, associate professor of the department, and Mykhailo Miroshnichenko, student. The team already has a prototype, a patent, scientific articles and cooperation agreements with leading European research centers.

MineGuard is an advanced mine detection system that solves the extremely important problem of detecting explosive devices in the deoccupied territories. The complex system processes data from three sources: a thermal imager, a standard camera, and a ferromagnetic detector. The MineGuard components are controlled by artificial intelligence, using a computer vision model that reads data from the cameras and a neural network that can recognize signals from the ferromagnetometer. The team is led by Oleksii Vodka, head of the department of mathematical modeling and intelligent computing in engineering, and Volodymyr Metelev, associate professor of department computer modeling of processes and systems. The team consists of Pavlo Palamarchuk, a PhD student at the department of computer modeling of processes and systems; Marko Gimonov (Team Leader), Serhii Semivolos, and Viktor Lazarev, students of the department of computer modeling of processes and systems; Ilya Govorukha and Mykhailo Myronenko, students of the department of mathematical modeling and intellectual computing in engineering. All the participants of the MineGuard project study and work at the Educational and Scientific Institute of Computer Modeling, Applied Physics and Mathematics of NTU «KhPI».

Prominchik is a highly mobile photovoltaic energy supply system for emergency situations. The project implements an innovative approach that solves an important problem of autonomous electricity and hot water supply in the conditions of military operations; it is mobile, modular, quiet and energy-independent. The system combines the capabilities of generating electrical and thermal energy, and the authors have proposed a modular construction principle that allows the flexible regulation of the power to the needs of specific consumers. The head of the startup is Mykhailo Kirichenko, associate professor of the department of micro- and nanoelectronics at the Educational and Scientific Institute of Computer Modeling, Applied Physics and Mathematics. The team consists of Ivan Fedorov, a student of the department of micro- and nanoelectronics, and Eva Makarova and Vladyslav Berezhnoy, students of the department of electricity transmission of the Educational and Scientific Institute of Power Engineering, Electronics and Electromechanics

The teams developing of these ideas will improve their startups during the current academic year, receiving mentoring and financial support. The main task of NTU «KhPI» startups is to create a product and start commercializing it. The outcome of the 7th season of the CIG R&D LAB program at NTU «KhPI» will be the selection of the winning team, which will receive funding for further project development. The final of the program will take place at the end of the academic year.

Anton Drozdov, deputy director of the Educational and Scientific Institute of Computer Modeling, Applied Physics and Mathematics, is the representative of NTU «KhPI» in the program jury team. Ruslan Kryvobok, head of the Research Department of NTU «KhPI», is the curator of the program from NTU «KhPI».

Note:

The CIG R&D Lab project is being implemented within the framework of a memorandum between NTU «KhPI» and CIG which was signed in August 2018.

Chernovetskyi Investment Group (CIG) is an investment company which included to the one of the largest venture capital investors in Eastern Europe, was founded in 2012.

For more information: http://cig.vc/

EdUHK Dr Kevin Chan Elected Fellow of Association for Psychological Science

Dr Kevin Chan Ka-shing, Head of Department of Psychology, The Education University of Hong Kong, has been elected as a Fellow of the Association for Psychological Science (APS) for his outstanding contribution to psychological science.

Dr Chan is a psychologist who studies the impact of stigma on the health and wellbeing of social minorities. His recent work focuses on examining stigma experienced by individuals with mental disorders and families of children with developmental disabilities. By investigating how stigma affects these disadvantaged populations and developing targeted interventions to address it, Dr Chan’s research aims to improve their wellbeing and promote equity and inclusion.

“I am deeply grateful for being elected as a Fellow of the APS. This accomplishment would not have been possible without the unwavering support of my students, research assistants and collaborators,” said Dr Chan. “I will continue to promote the reduction of stigma and advocate for social justice through my research and knowledge transfer.”

The APS is the global scientific home for over 25,000 leading researchers, practitioners, teachers and students in the field of psychological science, spanning across all continents. Its aim is to advance scientific psychology beyond disciplinary and geographical boundaries. The status of Fellow is awarded to APS members who have consistently made exceptional contributions to the field of psychology through research, teaching, service and practical application.

Elevate Your Entrepreneurial Journey at Women Impact Entrepreneurship Day 2024!

Dive into the realm of inspiration with Sasin Sustainability & Entrepreneurship Center as we proudly present “Women Impact Entrepreneurship Day (WIED) 2024”!

This extraordinary event revolves around the theme, “New Horizons in Women Entrepreneurship: Embracing Diversity, Inspiring Change” on March 1, 2024, from 8:30 AM – 4:00 PM at TK Hall, Sasin School of Management.

Secure your spot by registering here: http://bit.ly/SasinWIED2024

Join us in celebrating alongside the remarkable contributions of women in entrepreneurship and society, igniting the spirit of International Women’s Week and leading up to International Women’s Day.

In Collaboration with our Champions:
Proudly partnered with UN Women, UN GCNT, ANDE, WE-Can (Space Bangkok), and Sasin Inclusion along with their expansive networks.

Key Highlights:

Engaging Workshops including:

The 2030 SDG Game by Sasin School of Management:

A compelling experiential workshop utilizing game-based elements to simulate potential scenarios in our world by 2030. This immersive activity underscores the significance of harmonizing the three pillars of People, Planet, and Prosperity. Participants are encouraged to delve into the mindset and actions necessary for progressing towards sustainability.

Gender Lens Incubation and Acceleration by Sasakawa Peace Foundation & ChangeFusion:

Engage with like-minded individuals on a journey with the Gender Lens Incubation & Acceleration (GLIA) introductory learning session, an awareness-based workshop designed for those seeking to explore the impactful subject of gender lens thinking in entrepreneurship.

Panel Discussions and Sharing Sessions to explore innovative perspectives in entrepreneurship.
Networking Opportunities with a diverse group of women entrepreneurs, business leaders, and advocates for gender equality.
Be part of this empowering expedition, where we embrace diversity and inspire change in the entrepreneurial landscape. Let us collectively shatter gender biases and revel in the symphony of equality!

For more information please contact [email protected]

For the full release and more images, please visit: https://www.chula.ac.th/en/news/149154/

USU Lecturer Concerned on the Extinction of Tapanuli Orangutan

Onrizal, S.Hut, M.Si., Ph.D., a Faculty of Forestry, Universitas Sumatera Utara lecturer, was born and raised in Tapanuli, North Sumatra. The Tapanuli region is home to a particular species of orangutan, the Pongo tapanuliensis, which Onrizal still remembers was mentioned in local folklore as the ‘short man’ of the forest, who disappeared from the forest in the 1970s. The story remains relevant to the current reality about the orangutans in Tapanuli: these creatures have long vanished from the region’s forest.

Working together with Erik Meijaard, an assistant professor on the conversation from the University of Kent, UK, Onrizal published their study titled “The historical range and drivers of decline of the Tapanuli orangutan,” published in a Q1 Scopus-indexed journal PLOS ONE. The team scoured historical records for references to the Tapanuli orangutan (Pongo tapanuliensis). This species is the newest orangutan and is listed as the most endangered great ape in the world. The Tapanuli orangutan faces a much greater risk of extinction than previously thought.

Today, the Tapanuli orangutan is estimated to occupy only 2.5% of their historical habitat, and the threat of extinction is linked to habitat loss and hunting. This threat persists today and is exacerbated by infrastructure development and forest conversion in the last habitat of the Tapanuli orangutan in North Sumatra. According to the researchers, with habitat shrinking and hunting, the extinction of the Tapanuli orangutan is inevitable.

As stated in the study, less than 800 individual Tapanuli orangutans live in the Batang Toru forest, North Sumatra. The remaining habitat is estimated to cover only 2.5% of the range in which they lived about 130 years ago when researchers discovered them. That number shrank from nearly 41,000 km2 in the 1890s, to just 1,000 km2 in 2016.

To arrive at these figures, the researchers referred to colonial-era literature, such as newspapers, journals, books, and museum records, from the early 1800s to 2019 by using location-specific keywords such as “Sumatra”, “Batang Toeroe,” and “Tapanoeli,” with Dutch spelling then cross-referenced them with terms that specifically refer to orangutans used commonly in historical literature.

The researchers found that the Tapanuli orangutan historically inhabited a much wider area at a lower altitude than the Batang Toru mountain forest they occupy today. Much of this historical habitat was lost in the 1950s to smallholder agriculture before industrial-scale plantation development in Sumatra emerged in the 1970s. The combination of historical fragmentation of forest habitat and unsustainable hunting is likely to push them from the lowland forest areas, where they used to live, to the upland forests of the Batang Toru ecosystem.

The researchers think that it is likely that Pongo tapanuliensis was hunted to extinction in an increasingly fragmented part of its former home range. They survive in the remote and rocky Batang Toru Mountains which may have protected orangutans from hunting. These findings show that the Tapanuli orangutan is not a species specifically adapted to live in the highlands as some scientists claim.

Map of Sumatra Island showing the current distribution of Pongo tapanuliensis and Pongo abelii, as well as the main areas mentioned in the study. This finding raises concerns over the survival of the Tapanuli orangutan. It is estimated that fewer than 800 of these orangutans live in the Batang Toru forest, divided among three connected subpopulations.

The Tapanuli orangutan species face conflicting threats of hunting and killing, as well as habitat loss due to agriculture and plantations. New threats have also emerged, namely infrastructure development and the construction of hydropower roads, which have caused fragmentation of the remaining habitat of the Tapanuli orangutan.

Conservation experts say the most severe threat currently comes from the Batang Toru hydroelectric power plant. The construction of this hydropower plant is considered to endanger the connectivity between orangutan subpopulations in the west, east, and south. This fragmentation would cut the diversity of the orangutan gene pool dramatically, leading to inbreeding, disease, and, eventually, each subpopulation to extinction.

The researchers calculated that more than one percent of adult orangutans disappear from the wild per year, either being killed, translocated, or captured. With that data, extinction is inevitable, regardless of the initial population size.

Without further rescue efforts, the researchers estimated that this species could become extinct in the next few generations. The ongoing fragmentation of the Batang Toru forest only exacerbates this risk. Onrizal called on all stakeholders, including governments, civil society organizations, scientists, donors, local community representatives, and industry, to develop concrete action plans as soon as possible for the survival of this species.