Latest news with #FacultyofEngineering
Bangkok Post
03-07-2025
- Health
- Bangkok Post
Mahidol Lab First in ASEAN with ISO 13485
Mahidol University's Faculty of Engineering has become the first in Thailand and ASEAN to receive ISO 13485:2016 certification for its innovation in antibacterial nano-coatings on dental implants—a milestone that brings the research closer to clinical application and commercialisation. The certification was awarded to the Laboratory of Drug Delivery System for Medical Devices for its nano-coating technology designed to reduce bacterial infections on dental implants. This breakthrough responds to a critical need in dentistry, where up to 80% of implant patients experience mild inflammation and 20% face severe bone loss due to infection. Led by Assoc. Prof. Dr. Noraset Nasongkla and Dr. Chalaisorn Thanapongpibul, in collaboration with the Faculty of Dentistry's Assoc. Prof. Dr. Saranya Tanchareon, the project showcases Mahidol's strength in interdisciplinary research. Assoc. Prof. Dr. Thanapat Wanichanon, Dean of the Faculty of Engineering, credited the achievement to strong collaboration and Mahidol's dedication to research that meets global standards. Assoc. Prof. Dr. Bundit Jirajariyavej, Dean of the Faculty of Dentistry, confirmed that the nano-coated implants will soon undergo clinical trials—an essential step toward real-world use that could improve patient outcomes and reduce reliance on imported technologies. ISO 13485:2016 is a globally recognised standard for quality management systems in medical devices, ensuring that certified organisations consistently meet regulatory and safety benchmarks. 'This certification is more than a symbol—it's a foundation of trust,' said Robert Frolich, Vice President of Medical Health Services (ASEAN) at TÜV SÜD PSB Singapore. This achievement not only elevates Thailand's profile in high-value medical innovation but also underscores Mahidol University's role as a 'University of Innovation,' transforming academic research into impactful, scalable healthcare solutions.
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GMA Network
30-06-2025
- Health
- GMA Network
Experts at the University of Santo Tomas are developing an AI pen that can help detect possible neurodevelopmental disorders
A student is using the Intelligence Stroke Utilization Learning Assessment and Testing (iSulat) AI pen developed by experts in the University of Santo Tomas for a handwriting exercise. Photo courtesy of Dr. Edison Roxas/iSULAT A group of experts in the University of Santo Tomas has developed an AI pen in the hopes of helping detect possible neurodevelopmental disorders. A collaboration between the university's Faculty of Engineering and College of Rehabilitation Sciences, the Intelligent Stroke Utilization, Learning, Assessment and Testing (iSulat) is a sensor pen that gathers information that can help aid 'in evaluating the health of different students." As they continue to develop the technology, occupational therapy professor Ivan Gomez, one of the people behind the inception of iSulat, hopes that the technology can help them detect "red flags" and immediately screen children and possibly give them early intervention if they are diagnosed. "That's why it might be something in the long run worth exploring whether handwriting red flags could possibly screen for children that might be at risk not only for handwriting difficulties but for other neurodevelopmental disorders," occupational therapist Ivan Gomez said. The iSulat technology has different sensors that could detect different handwriting patterns, or handwriting signals that they call handwriting features. 'If you provide handwriting exercises, for example, something that might include the pen, the smart pen that we have developed, can at a very early point in time, identify those children that might be at risk,' Gomez said. A child will write using manuals recommended by clinicians and the team collates the data and computes the handwriting features. Among the recommended manuals include Minnesota Handwriting Assessment, Evaluation Tool for Children's Handwriting, and the Test of Visual Motor Skills. They are common tools that are used for children, typically developing children and children with developmental disabilities, to identify whether they have handwriting problems. "So, children in the spectrum or children who have been diagnosed with ADHD will most likely show distinctive patterns of handwriting difficulties. And this could stem from poor motor planning and coordination, some variability in terms of how they hold and how they press the pencil against the paper," the expert said. "As well as the rhythm they have when they write, some inconsistencies spacing between letters and between words, how letters or numbers are aligned on the paper, as well as some behavioral problems seen among this particular group of children in terms of their impulsivity as well as their inattention affecting their written output," he added. According to Gomez, there are currently two ways in evaluating a child through their handwriting. One is the standardized handwriting assessments, which are inaccessible due to the lack of occupational therapists in the country and the high costs of its services. Meanwhile, checking handwriting samples in schools is "not always standardized and it's always prone to some form of bias depending on who is trying to look at it," he added. Gomez stressed that screening is still the "first line of defense" to diagnose a child if they could have neurodevelopmental disorders. The iSulat project is at the stage of diversifying their database for typically developing children and with neurodevelopmental disorders. 'Given where we are right now in terms of the development of the pen, there is still some work to be done. We need to have large-scale studies comparing the smart pen data, specifically with confirmed diagnosis. For example, with what you mentioned, children with ADHD and children on the autism spectrum,' Gomez said. With the AI pen, they hope to help people especially in rural communities to address issues of neurodevelopmental disorders immediately. 'We also need to be able to find that specific pattern recognition through AI or machine learning to detect symptom clusters. And of course, to validate studies in diverse settings, not only in urban settings, but also in the rural settings,' the expert said. 'So, you could just imagine if you have one pen that could be used by an entire school in a rural area, it can serve all of those children having just one or two pens and can identify who among these children are screened to have handwriting difficulties,' he added. Gomez stressed how early intervention works and will help in addressing neurodevelopmental disorders. 'What we know from research evidence is that early intervention works. So, the earlier that we detect, the earlier that we screen, the earlier that we refer to a specialist, it could be a developmental pediatrician, it could be an occupational therapist, the better the outcomes. It might be handwriting, it might be another thing, but for our team, we're looking at handwriting as a window to a child's development,' the expert said. 'And if we could catch these red flags at an early point in time, we can now provide solutions, provide interventions, provide occupational therapy assessments and interventions for these children,' he added. 'And we know that handwriting is also important for developing the ability to spell and the ability to read. So, if we could address that earlier in their development, then we can support their ability to participate meaningfully and successfully in schools.' — LA, GMA Integrated News
IOL News
16-06-2025
- Sport
- IOL News
Zander Reynders: From University of Pretoria graduate to Blitzbok star
Blitzbok Zander Reynders is not just a rugby player to recon with, he is also an academic, having secured his engineering degree recently. Image: Supplied At the intersection of elite sport and academic excellence stands Zander Reynders – a rising Blitzbok star and proud new graduate of the University of Pretoria's (UP) Faculty of Engineering, Built Environment and Information Technology (EBIT). Fresh off a gold-medal finish at the 2025 HSBC SVNS World Championship in Los Angeles, the 24-year-old is showing the world that determination, discipline and dual ambition can drive greatness. Reynders recently received his BEng Computer Engineering degree at the graduation ceremony for UP's Faculty of EBIT. As both a national athlete and a qualified computer engineer, Reynders' journey began in UP's lecture halls and continued on the TuksSport rugby fields, which has now taken him to the global stage. In only his third tournament as a fully-fledged Blitzbok, Reynders helped power South Africa to a commanding 19–5 win over Spain in the Los Angeles final, securing the Blitzboks' second title of the season. While fans will remember Selvyn Davids' length-of-the-field brilliance and Ricardo Duarttee's clinching try, it was the cohesion, composure, and depth of the team – including up-and-comers like Reynders – that defined the weekend. 'It's been a blur. Being part of this squad, standing on that podium in LA... it's everything I dreamed about when I used to watch these games with my family during December holidays,' Reynders said. In December, Reynders got the call-up he had always dreamed of. After an impressive run with the Blitzboks Academy and a strong training camp in Stellenbosch, he made his debut for the Blitzboks in Cape Town and helped the team lift that trophy. Video Player is loading. Play Video Play Unmute Current Time 0:00 / Duration -:- Loaded : 0% Stream Type LIVE Seek to live, currently behind live LIVE Remaining Time - 0:00 This is a modal window. Beginning of dialog window. Escape will cancel and close the window. Text Color White Black Red Green Blue Yellow Magenta Cyan Transparency Opaque Semi-Transparent Background Color Black White Red Green Blue Yellow Magenta Cyan Transparency Opaque Semi-Transparent Transparent Window Color Black White Red Green Blue Yellow Magenta Cyan Transparency Transparent Semi-Transparent Opaque Font Size 50% 75% 100% 125% 150% 175% 200% 300% 400% Text Edge Style None Raised Depressed Uniform Dropshadow Font Family Proportional Sans-Serif Monospace Sans-Serif Proportional Serif Monospace Serif Casual Script Small Caps Reset restore all settings to the default values Done Close Modal Dialog End of dialog window. Advertisement Video Player is loading. Play Video Play Unmute Current Time 0:00 / Duration -:- Loaded : 0% Stream Type LIVE Seek to live, currently behind live LIVE Remaining Time - 0:00 This is a modal window. Beginning of dialog window. Escape will cancel and close the window. Text Color White Black Red Green Blue Yellow Magenta Cyan Transparency Opaque Semi-Transparent Background Color Black White Red Green Blue Yellow Magenta Cyan Transparency Opaque Semi-Transparent Transparent Window Color Black White Red Green Blue Yellow Magenta Cyan Transparency Transparent Semi-Transparent Opaque Font Size 50% 75% 100% 125% 150% 175% 200% 300% 400% Text Edge Style None Raised Depressed Uniform Dropshadow Font Family Proportional Sans-Serif Monospace Sans-Serif Proportional Serif Monospace Serif Casual Script Small Caps Reset restore all settings to the default values Done Close Modal Dialog End of dialog window. Next Stay Close ✕ Just months later, at the HSBC SVNS World Championship, he was part of another historic win. The Blitzboks dominated their pool, outclassed New Zealand in the semi-final, and delivered a defensive masterclass against Spain to claim the title. For Reynders, the moment was surreal, not only as a player but as a UP alumnus stepping into the footsteps of heroes like fellow Blitzbok and UP alumnus Impi Visser. 'Standing alongside someone like Impi, who's represented both UP and the country with such distinction, inspires me to uphold the same standards,' he said. Now that he's playing on a global stage, he draws on the mindset shaped in UP's EBIT Faculty. 'Engineering taught me to stay calm under pressure and think critically. In a final like that, it's not just about fitness – it's about mental clarity.' He completed his degree while representing UP-Tuks in the Varsity Cup. 'Engineering taught me to think analytically and stay calm under pressure. That mindset helps on the rugby field too, whether it's solving a defensive puzzle or executing a set piece.' From backyard games with his brothers to the global stage of the HSBC SVNS World Championship, Reynders' journey is far from over. With two international titles already under his belt, he remains focused on growing as a Blitzbok, but he's equally determined to use his platform to make a meaningful impact beyond the try line. 'My goal is to live a life of impact. On the athletic front, I want to keep contributing to the Blitzboks and embrace every chance to represent South Africa with pride. But I'm also passionate about using my engineering background to drive innovation – especially in areas like sustainable development and conservation,' Reynders said.
The Mainichi
08-06-2025
- General
- The Mainichi
Retro Japan: Ex-Kyushu Imperial Univ. building boasts 1930 cutting-edge design
FUKUOKA -- The stately main building at the former Kyushu Imperial University's Faculty of Engineering here boasts a cutting-edge design from the time of construction in 1930. Approaching the building, one is first struck by its imposing presence. Upon closer inspection, the eaves molding covered with scratch-pattern tiles add a distinct variation to its exterior. The rounded corners, combined with art deco-style semi-cylindrical towers, lend a soft impression. The Faculty of Engineering's main building in Fukuoka's Higashi Ward was constructed in 1930. Its structural design was overseen by Ken Kurata (1881-1940), the university's architecture division head, while the aesthetic design was crafted by engineer Setsuzo Obara (1897-1953). The building was among the first to adopt reinforced concrete technology, which became mainstream after the 1923 Great Kanto Earthquake. It boasts high seismic strength for its time and further enhanced fire resistance with scratch-pattern tiles. It has become an architectural symbol not only within present-day Kyushu University but also for Fukuoka. The eaves of the entrance porch feature circular stained glass, allowing red and green light to filter through. The transom at the entrance is adorned with stained glass depicting plant motifs. A wall of the fourth-floor conference room is adorned with a large oil painting, and the stylish furniture and carpet remain as they were at the time of construction. In 2023, it was designated as a registered tangible cultural property of Japan. (Japanese original by Minoru Kanazawa, Kyushu Photo and Video Department) * * * The Japanese version of this article was originally published on May 18, 2025. * * * This series explores Japan's architectural wonders and secrets of yesteryear. Read more Retro Japan articles here.
CairoScene
21-05-2025
- Business
- CairoScene
Mansoura Engineering Student Wins Global Tech Award in Silicon Valley
Mustafa Nasser created devices that improve access to high-quality diagnostic tools, particularly in under-resourced settings. May 21, 2025 Mustafa Nasser, a student at the Faculty of Engineering in Mansoura University, has won first place at the inaugural startup competition during the Startup Grind Global Conference 2025 in Silicon Valley, USA. Nasser's startup, Dignotix, was selected from over 2,200 international teams after nine rounds of competition. Co-founded by a group of students and engineers, the company is developing AI-powered diagnostic devices designed to deliver faster, more affordable medical testing- particularly for hospitals in low-resource settings. The startup combines biomedical engineering, artificial intelligence, and advanced industrial design. His participation was supported by Dr Mohamed Attia El-Bayoumi, Vice President for Education and Student Affairs, and Dr Sherif El-Badawy, Dean of Engineering, with academic supervision from Dr Abeer Tawakkol and Dr Mohamed Sabry Saraya. The team is currently developing a prototype for a smart diagnostic device and conducting feasibility studies to establish a local manufacturing facility in Egypt.
