“Neuroinclusive Design” — Designing for Diverse Perceptions

By RISC | 1 week ago

Differences among people go far beyond gender, status, or education. Did you know that we also experience the world in profoundly different ways—how we perceive, feel, and interact with our surroundings?This is where “Neuroinclusive Design”—design that embraces neurological diversity—emerges as a groundbreaking concept for the future of architecture. Whether you find comfort in silence or music, or feel uneasy under lighting that is too bright or too dim, design that consider the variety of perceptions, sensitivities, and neurological responses can transform a simple building into a truly safe space.The goal of Neuroinclusive Design is to create environments that understand the diverse needs of individuals—children sensitive to sound, older adults facing memory challenges, or anyone whose brain simply responds uniquely to their environment. At its heart, this principle emphasizes flexibility, safety, non-judgment of differences, and adaptability to individual needs. It draws upon a wide spectrum of design elements—light levels and colors, materials, temperature, acoustics, greenery, textures, forms, partitions, and glass—each carefully considered through an understanding of how the nervous system perceives and processes space.Although the idea may sound new or even theoretical, in practice it can be applied to everyday buildings in simple yet transformative ways. For instance, using soothing colors—earth tones or soft pastels—can promote calmness and reduce stress. Flexible lighting systems, such as dimmable lamps or adjustable blinds, allow individuals to adapt their surroundings to their personal comfort.Another powerful yet straightforward application is the inclusion of a “quiet corner”—a private retreat for reading or reflection, shielded from noise and distraction. Acoustic materials can soften disturbances in multi-purpose areas, while the presence of greenery enhances tranquility. These features not only support children with ADHD but also provide respite for adults seeking a break from external stressors. Natural textures such as cotton fabrics or wood finishes, which avoid harsh reflections, further reinforce feelings of stability and comfort.In workplaces, Neuroinclusive Design has the potential to elevate both productivity and wellbeing. Lower ceilings paired with focused task lighting encourage concentration, while warm tones can ease stress and brighter colors stimulate creativity. Rough textures or intricate wall patterns may even encourage curiosity, sparking dialogue and collaboration among colleagues.Ultimately, Neuroinclusive Design is not just about understanding users – it’s a long-term investment in boosting performance, reducing stress, and cultivating an inclusive organizational culture. Because a truly great space is one where everyone can be themselves, thrive, and do their best work – no matter how they perceive the world.Story by Nattapat Tanjariyaporn, Senior Researcher in Brain Computer Interface, RISC​

“Fahsai Mini” and Its Mission to Purify Bangkok’s Air

By RISC | 2 weeks ago

Ratchaprasong District, one of Bangkok’s busiest business hubs, experiences constant movement from both locals and tourists throughout the day. This high traffic density contributes to the accumulation of air pollution, particularly fine particulate matter (PM), which poses significant health risks to urban residents.To address this, the “Fahsai Mini” air purification tower was installed to explore the potential of outdoor air purification systems under real operating conditions. The project gained the trust of Gaysorn and Ratchaprasong district management, leading to the installation of units in front of Gaysorn Amarin and Gaysorn Village buildings.Fahsai Mini utilizes Venturi Scrubber technology, continuously refined by the Research & Innovation for Sustainability Center (RISC), to effectively capture dust particles and other air pollutants. A real-time air quality monitoring system automatically adjusts the tower’s operation based on detected dust levels, allowing the system to respond precisely to current conditions and use resources only as needed. Performance evaluations conducted in March–April 2025, a period marked by persistently high PM2.5 levels, showed that Fahsai Mini could significantly reduce PM2.5 concentrations, achieving a maximum average hourly reduction efficiency of 65% and a maximum 24-hour daily average reduction of 36%. These results corresponded closely with environmental factors such as wind direction and speed, relative humidity, and daily traffic density. Time-based analysis indicated that Fahsai Mini performed best from evening (18:00) to midday (12:00), coinciding with peak area usage and traffic congestion. During midday periods with strong natural winds, PM2.5 levels were also reduced, further improving air quality. Even during the rainy season or periods of lower dust levels, Fahsai Mini operates automatically based on real-time conditions, activating only when dust levels exceed the set threshold. This ensures consistently low dust concentrations and helps minimize short-term exposure to high particulate levels.Fahsai Mini is no longer just an air purification device — it serves as a continuous monitoring mechanism, working tirelessly to protect everyone from invisible airborne threats, even when people are unaware of the risks around them.Content by Napol Kieatkongmanee, Senior Sustainable Designer

Humans find ways to live. So do animals

By RISC | 4 weeks ago

“Humans find ways to live. So do animals…. We do not harm one another.” You might recognize this line from the iconic Thai song “Cheewit Sampan” (Life’s Connection) by Carabao. But have you ever noticed how every living creature seems to follow its own rhythm — its own “time” to be alive? Nature has designed these rhythms in such a fascinating way. When you look closely, animal behavior isn’t all that different from human lifestyles. Let’s explore how animals live and how their patterns mirror ours. Animals’ behaviors can be grouped into four main types.Diurnal – These are the office workers of the animal world. They’re up with the sun, active during the day, and rest at night. Their eyesight is great in bright light — like elephants, monkeys, and many bird species.Nocturnal – Night is heaven’s time. They sleep during the day and come alive after dark. Their senses are finely tuned including hearing, smell, and eyesight in the dark — like bats, owls, snakes, and nocturnal insects.Crepuscular – Active at dawn and dusk, they avoid both harsh sunlight and total darkness – like deer, rabbits, and some mosquitoes.Cathemeral – No fixed schedule here, these animals eat and rest at any time, depending on the season, safety, and environment – like bears and tigers. In nature, “Time” isn’t just ticking on a clock in nature — it’s the heartbeat of life. All life on earth is simply trying to survive… each on its own time, in its own way.Written by: Ms. Kotchakorn Rattanama, Biodiversity Researcher at RISCReference:Vallejo-Vargas, A.F., Sheil, D., Semper-Pascual, A. et al. Consistent diel activity patterns of forest mammals among tropical regions. Nat Commun 13, 7102 (2022).https://www.nature.com/articles/s41467-022-34825-1?utm_source=chatgpt.com

Exercise parks for older adults boost well-being in so many ways…

By RISC | 1 month ago

As we get older even everyday tasks can get tiring.But the right kind of exercise can help us stay active, safe, and independent.Research & Innovation for Sustainability Center (RISC) has researched senior-friendly exercise parks and found clear benefits, including fewer falls. Special parks for older adults are already installed at The Forestias forest district and its The Aspen Tree community.Outdoor exercise areas for older adults keep us young in 4 key areas:◾️ Strength Exercises: Bodyweight exercises strengthen upper and lower muscles, helping us stand, walk, and get up from sitting down.◾️ Balance Exercises: Wobble boards, step platforms, uneven surfaces, and handrails help us stay steady when standing or moving and reduce the risk of falls.◾️ Coordination & Functional Exercises: Rhythmic and sequenced movements help us coordinate between hands, eyes, and feet for daily movements like walking, turning, and standing up, reducing our fall risk.◾️ Movement & Flexibility Exercises: Stretching muscles and joints enhances mobility, supporting smooth and confident movement throughout daily life.Dr. Pazit Levinger, a specialist at the National Ageing Research Institute (NARI) in Australia, has studied exercise parks for older adults to promote daily movement, reduce fall risks, and improve both physical and mental well-being. Her Exercise Interventions Outdoors for Seniors in the Community (ENJOY) project found:◾️ Much lower fall risks: After a 12-week program with 12-month follow-up, the proportion of people who experienced a fall dropped from 51.8% to 31.4%, with overall falls down from 42 to 29.◾️ Improved strength, flexibility, and balance: After 18 weeks of exercise, participants showed better single-leg balance, stronger knees, increased walking distance in 2 minutes, and quicker sit-to-stand ability—resulting in lower fall risk and safer movement.◾️ Even older adults with dementia can benefit: After 12 weeks, participants could walk farther and faster without falling. They also reported feeling happier, more engaged, and experienced reduced social isolation.24 public parks in Melbourne and Victoria in Australia were upgraded into senior-friendly outdoor spaces in 2022 following this research. The Seniors Exercise Park program at the parks helps older adults stay active, enhance their muscles and balance, and reduce their fall risk. The parks also promote social interaction with group exercises and the fun of being outdoors, combating loneliness and encouraging regular exercise. The Forestias by MQDC supports active, healthy aging. The forest districted has built 2 senior exercise parks—on its Happy Lawn and in The Aspen Tree community—creating spaces for older adults to stay active and engaged.Content by: Suphunphang Raksawong, Sustainable Building Material Researcher Reference byPazit Levinger and etc, 2020. Guidance about age-friendly outdoor exercise equipment and associated strategies to maximise usability for older people. Health Promot J Austral. 2021;32:475–482.​Pazit Levinger et al. The Effect of the ENJOY Seniors Exercise Park Physical Activity Program on Falls in Older People in the Community: A Prospective Pre-Post Study Design. The journal of nutrition, health & aging, (2022) 26: 217–221 ​Pazit Levinger et al. Outdoor physical activity for older people-the senior exercise park: Current research, challenges and future directions. Health promotion journal of Australia, (2018) 1-7.​Levinger et al. Exercise interveNtion outdoor proJect in the cOmmunitY - results from the ENJOY program for independence in dementia: a feasibility pilot randomised controlled trial. BMC Geriatr. 2023 Jul 12;23(1):426.​

A Solution for Thermosetting Plastic Waste?

By RISC | 2 months ago

The environmental challenge of plastic waste involves not only conventional recycling but complex plastics that are far harder to manage.Water bottles, food containers, plastic packaging, and plastic bags are typically made of thermoplastics. These items can therefore be melted and reshaped when heated. But another category of plastic is an increasing environmental concern—thermosetting plastics.Thermosets are known for their strength and chemical resistance. Once cured by heat, they cannot be melted or reshaped. Instead, they harden permanently and will burn rather than soften. These properties make them ideal for heavy-duty applications such as car tires, polyurethane foams used in sofas and car seats, shoe soles, adhesives, epoxy coatings, or melamine dishware. Their durability, however, also makes thermosets extremely difficult to recycle. Most thermoset waste ends up in landfills or incinerators, contributing to long-term environmental damage.So how can we deal with thermosetting plastics?Vitrimerization turns thermosetting plastics into plastics with dynamic structures. These structures allow them to break and reform bonds through a chemical reaction known as transesterification under specific conditions. Plastics that undergo vitrimerization gain a combination of thermoplastic and thermoset properties. They can be melted and reshaped, while still retaining mechanical strength and resistance to heat, sunlight, and chemicals. These materials also possess self-healing capabilities because their bonds can break and reform under appropriate heating, allowing them to be reshaped, repaired, or reused multiple times (typically 3–5 times) without loss of performance. This makes vitrimerization a promising method to address the issue of thermoset plastic waste.Recycling athletic shoe soles or running shoes made from crosslinked ethylene-vinyl acetate (EVA) foam is a notable example. This type of foam is highly flexible, impact-resistant, durable, and non-compressible. Research shows that EVA thermosets can be converted into EVA vitrimer by grinding EVA scraps into micron-sized particles (<200 µm) and mixing them with catalysts such as zinc acetate (Zn acetate) and materials with hydroxyl groups (-OH), like polyvinyl alcohol (PVOH). When this mixture is hot-pressed, a transesterification reaction occurs, transforming some of the crosslinks into dynamic bonds. Upon further molding, the plastic can be reshaped without adding more chemicals and retains its original properties. Unlike mechanical recycling, which typically degrades material quality, vitrimerized EVA maintains its mechanical integrity. The dynamic bonds can break and reform under heat, making it possible to recycle previously unrecyclable thermoset plastics into high-quality, high-value products.But vitrimerization still faces challenges. One significant hurdle is reducing thermoset plastic waste into micron-sized particles, especially with rubber materials that are tough and elastic. At room temperature, this grinding is difficult. Therefore, the rubber must be turned into a glass-like state—hard and brittle—making it easier to break down. This process requires extremely low temperatures, increasing production costs.Advancing this technology could pave the way for recycling more complex waste streams, such as electronic circuit boards, wind turbine blades, automotive and aerospace components, or insulation materials in solar panels. This would significantly reduce industrial and hazardous waste and promote sustainable end-of-life management for these products.Content by: Suphunphang Raksawong, Sustainable Building Material ResearcherReferences:Amin Jamei Oskouei et al. (2024). Vitrimerization of crosslinked poly(ethylene-vinyl acetate): the effect of catalysts. RSC Appl. Polym., 2024, 2, 905.Alireza Bandegi et al. (2023). Vitrimerization of crosslinked elastomers: a mechanochemical approach for recycling thermoset polymers. Mater. Adv., 2023, 4, 2648–2658.

Ready for the Rainy Season?

By RISC | 2 months ago

Since the official start of the rainy season, on 15 May, many provinces have experienced continuous rainfall. But have you ever wondered how the Meteorological Department decides this date? 3 criteria must be met: More than 60% of the upper part of Thailand must experience rainfall continuously for at least 3 days. The wind at about 1.5 km above the ground must shift to a southwesterly direction, bringing in moisture from the Andaman Sea to cover Thailand persistently. The wind at about 10 km above the ground must shift to an easterly direction. Rainfall, flooding, and droughts depend largely on the El Niño–La Niña phenomenon. The world is currently in a neutral phase of this cycle and Thailand's overall rainfall this year is expected to be slightly above average, spread widely across regions. But the rainy season raises the risk of illness and accidents and will likely last through October. The heaviest rainfall typically comes in August and September. To stay safe and healthy throughout this season, be prepared and be careful. Take an umbrella when you go out. Wear non-slip footwear. Avoid crowds to escape seasonal illnesses. And make sure your vehicle’s safe to drive in wet conditions. Let’s stay strong and safe through the rainy season. Story by Sirapach Mangkang, Geographic Information System (GIS) specialist, RISC

Interlacing Intertwining Coalescing through Contemporary Art for Biodiversity

By RISC | 2 months ago

RISC is thrilled to exhibit its textile creations in “Interlacing Intertwining Coalescing through Contemporary Art for Biodiversity” at the Isan Creative Festival 2025.This exhibition showcases artworks made with fibers upcycled from plastic waste. The project aims to raise environmental awareness and inspire conservation. Each piece features endangered or protected Thai animals with traditional regional patterns. This creative fusion blends heritage and local identity with contemporary artistic expression. ISAN CREATIVE FESTIVAL 202528 June – 6 July 2025, TCDC Khon Kaen, 2nd FloorFind out more: https://www.isancreativefestival.com/isancf2025Line: @isancfFacebook: isancreativefestivalInstagram: @isancreativefestival

Durian’s Surprising Potential in Construction and Plastics

By RISC | 2 months ago

Each 1 kg of durian contains about 0.6 kg of husk… but this needn’t go to waste!Durian takes center stage as the “King of Fruits’ as we approach mid-year and it also makes a crucial contribution to the Thai economy. Exports totaled an amazing 164.8 billion baht in 2023, according to the Department of Internal Trade. Domestic consumption averages 400,000 tons a year. But this appeal creates a problem—the discarded husks. Each year these total 240,200 tons. Unless properly managed, this waste can cause long-term sanitation and environmental issues.Durian husks tend to go to landfill and incineration. But both methods have environmental impacts. Landfilling releases methane as the husks rot. Incineration releases harmful pollutants. Finding ways to use the husk could offer many benefits.Innovative Ways to Use Durian Husk:Durian husk can be fermented with yeast to feed animals. The fermented husk has increased protein and a fragrant scent like pickled fruit. With a firm texture and no harmful substances from fermentation, the feed is safe for ruminants and supports their growth and health.The fibers in durian husk can also be turned into thermal insulation. Hemicellulose and lignin are extracted then mixed with adhesives like natural latex to form sheets. The resulting insulation has a low thermal conductivity coefficient. But while effective for heat insulation, the material has limitations from its water absorption and flammability. The husk can also be used in PLA/PBS/durian fiber foam for use in bedding for laboratory animals. Durian fibers enhance the foam's ability to absorb ammonia solutions or animal secretions and increase its strength.Durian husk can be processed into a biodegradable bioplastic called carboxymethyl cellulose (CMC). The husk has a primary cellulose content of 54%, more than bagasse (41%), rice straw (38%), and coconut coir (36%). Extracting cellulose from durian husk to produce CMC is therefore highly feasible.Making CMC from durian fibers has 3 steps:- Preparing cellulose from durian husk fibers: This step involves removing hemicellulose and lignin using concentrated alkaline solutions such as sodium hydroxide (NaOH) and bleaching to remove color.- Alkalization: This involves soaking the cellulose in a concentrated alkaline solution with a water-insoluble organic solvent, such as NaOH/isopropyl alcohol, to allow the alkaline solution to penetrate the fibers.- Etherification: This involves adding monochloroacetic acid (MCA) to react with the cellulose, yielding sodium carboxymethyl cellulose (Na-CMC) and sodium chloride (NaCl) as a byproduct.CMC from durian husk fibers is like commercial CMC and can decompose within 60 hours without harming the environment. It’s suitable for biodegradable packaging and can coat fruit to slow spoilage.Turning durian husk into useful materials not only reduces waste but also adds value to agricultural waste. The process creates high-quality, high-value products, especially as a precursor for CMC production. The diverse applications include as a thickener and stabilizer in the food, cosmetic, and agricultural industries. The material can also be used in biofilms and biodegradable packaging, reducing reliance on petroleum-based materials. While benefiting the environment the process opens new economic opportunities for farmers and industries, aligning with sustainable development goals.Content by: Suphunphang Raksawong, Sustainable Building Material ResearcherReferences:Department of Internal Trade, Ministry of Commerce. Durian Production Statistics: https://regional.moc.go.th/th/file/get/file/202407013a6133c1bd218dfc40828623c88c6fea161400.pdfSaarena Sue-mae. 2021. Development and Value Addition of Durian Rind Waste as a High-Quality Animal Feed Source for Southern Border Provinces. National Research Council of Thailand (NRCT).Panjai Sueprasertsit et al. 2020. Technical Feasibility for the Production of Thermal Insulation Boards from Durian Rind. Vol 39. No 6, November-December 2020.Kornkamon Jittareethat. 2023. Development and Evaluation of PLA/PBS/Durian Fiber Foam for Application as Bedding Material for Laboratory Animals. Master of Science Thesis (Material Innovation and Technology), Thammasat University.Ruengdechawiwat, S., Sanawong, P., & Boonmee, S. (2024). Application of carboxymethyl cellulose from durian rind for maintaining the quality of mango fruits (MANGIFERA INDICA LINN.) CV. NAMDOKMAI SRI TONG. Life Sciences and Environment Journal, 25(1), 166–17

Are You Allergic to Your Home?

By RISC | 3 months ago

Your home should be a refuge in the rainy season… but it could also be a source of allergies!We now spend 90% of our lives indoors and our homes should be our safest place both physically and mentally. During the rainy season, however, your home could also be home to dust mites, mold, and volatile organic compounds (VOCs). These allergens all thrive in enclosed spaces with high humidity and lack of ventilation.Allergies are a common chronic condition for many Thai households, hitting children and the elderly hardest as they tend to spend more time at home. But many people mightn’t realize their allergies start in their own home.Allergic symptoms, particularly among young children, the elderly, and pet owners, tend to increase during the rainy season. When the relative humidity remains above 60% for several days, it can accelerate mold growth significantly.What are the triggers for allergies inside your home?Studies have found…▪️ Dust mites: Over 80% of city homes contain dust mites at levels exceeding recommended standards, particularly in mattresses, carpets, and sofas.▪️ Mold: Mold in homes is often caused by accumulated moisture, such as under sinks, in bathrooms, or on leaky walls. It has been significantly linked to increased risks of asthma and allergies in children.▪️ Pet dander and animal proteins: Pet allergens are not just from fur. Proteins in saliva, skin flakes, and urine can remain airborne for hours and cling to furniture or clothing, triggering allergies even if pets aren’t allowed on beds or sofas.▪️ Indoor air pollution: Indoor air can be 2–5 times more polluted than outdoor air, especially in poorly ventilated and enclosed spaces.▪️ Volatile Organic Compounds (VOCs) from building materials and furniture: Some construction materials, house paints, plywood furniture, and carpets emit VOCs such as formaldehyde. These compounds can irritate the respiratory system and skin and may cause long-term health effects. Poor ventilation during the rainy season can lead to a buildup of these substances indoors.How can we protect ourselves? ▪️ Controlling dust mites: Dust mites are common indoor allergens, especially on bedding and upholstered furniture. Managing them properly can significantly reduce allergy symptoms.      ▪️ Cleaning bedding: Wash bed sheets, pillowcases, and blankets weekly in hot water (at least 50–60°C) to kill dust mites and remove allergens. Use dust mite-proof covers on mattresses and pillows, made from tightly woven fabric that prevents mites and their waste from passing through.      ▪️ Vacuuming: Regularly vacuum mattresses, pillows, carpets, and fabric sofas at least twice a week. Use a vacuum cleaner with a high-efficiency particulate air (HEPA) filter, which traps small particles like dust mite waste more effectively than standard models. Consider a specialized dust mite vacuum with vibration and UV light features for better results. ▪️ Improving ventilation to reduce indoor humidity: Airflow slows in the rainy season and closed windows trap indoor pollutants like VOCs from paints and furniture, dust, pet dander, and mold. Homes designed for good air circulation, combined with high-efficiency air filters (HEPA), can lower pollutant concentrations and reduce allergy symptoms by:      ▪️ Enhancing passive ventilation, such as designing windows for cross-ventilation or opening windows when outdoor air quality is good—especially in bathrooms and kitchens.      ▪️ Installing mechanical systems in key areas like bedrooms or pet zones to enhance air exchange. This includes exhaust fans, fresh air systems, or Energy Recovery Ventilation (ERV) systems. Use air purifiers with HEPA and Activated Carbon Filters and clean these systems regularly—such as servicing air conditioners every 6 months and changing ERV and purifier filters.      ▪️ Using air quality sensors to monitor key living areas. These may include sensors for temperature, humidity, CO₂, PM2.5, and VOC levels. ▪️ Controlling indoor humidity: Rainy weather raises relative humidity indoors, promoting the growth of mold and dust mites. Humidity above 60% increases the risk, so controlling moisture is crucial:      ▪️ Designing for moisture reduction, including proper ventilation in humid rooms like bathrooms and kitchens with exhaust fans or air vents. Choose non-absorbent, moisture-resistant materials.      ▪️ Adjusting household habits, such as inspecting for mold under sinks, in bathroom walls, and beneath floors. Run exhaust fans after showering and switch your air conditioner to Dry Mode during high humidity periods.      ▪️ Using a dehumidifier, choosing a capacity suitable for the room (e.g., 20–50 liters/day for 20–40 sqm spaces), and setting the humidity level to 45–55%. ▪️ Choosing allergy-friendly materials and designs: Interior materials that trap moisture and dust can harbor dust mites, mold spores, and VOCs, irritating the respiratory system and triggering allergies. You can address this by:      ▪️ Designing for easy cleaning, avoiding hard-to-clean corners, using smooth surfaces, and skipping heavy carpets in bedrooms. Opt for washable curtains or replace them with blinds.      ▪️ Selecting certified materials, such as those with Thai Green Label, GreenGuard, or FloorScore certifications. Choose low-VOC materials or wood rated E1 or E0.      ▪️ Avoiding high-maintenance materials and instead choosing furniture and finishes that are easy to clean. Replace carpets and thick curtains with blinds or roller shades. Choose flooring that doesn’t trap dust and go for minimal design to reduce dust-collecting crevices.Now allergies are a chronic condition in urban life, your home should actively protect your health. Homes with proper ventilation, humidity control, and safe materials can prevent allergies and protect all your family’s quality of life.Learn more https://risc.in.th/knowledge​Story by Phetcharin Phongphetkul, Sustainable Designer, LEED®AP BD+C, WELLTM AP, Fitwel Ambassador, ActiveScore AP, TREES-A NC, RISC​Reference byWorld Health Organization. (2010). WHO guidelines for indoor air quality: selected pollutants. WHO Regional Office for Europe.​Environmental Protection Agency (EPA). (2021). Indoor Air Quality. Retrieved from https://www.epa.gov/indoor-air-quality-iaq​Mendell, M. J., Mirer, A. G., Cheung, K., Tong, M., & Douwes, J. (2011). Respiratory and allergic health effects of dampness, mold, and dampness-related agents: a review of the epidemiologic evidence. Environmental Health Perspectives, 119(6), 748–756. https://doi.org/10.1289/ehp.1002410​Salthammer, T., Mentese, S., & Marutzky, R. (2010). Formaldehyde in the indoor environment. Chemical Reviews, 110(4), 2536–2572.​Johns Hopkins Medicine. (2020). Allergies and Asthma. Retrieved from https://www.hopkinsmedicine.org​กรมวิทยาศาสตร์การแพทย์. (2564). รายงานสถานการณ์ฝุ่นและไรฝุ่นในประเทศไทย. กระทรวงสาธารณสุข.​Harvard T.H. Chan School of Public Health, Healthy Buildings: https://www.hsph.harvard.edu/healthybuildings/​WHO Guidelines for Indoor Air Quality: Dampness and Mould: https://www.euro.who.int/__data/assets/pdf_file/0017/433074/WHO-EHC-313-eng.pdf​CDC Healthy Homes Manual: https://www.cdc.gov/nceh/publications/books/housing/housing.htm​Jaakkola, J. J., et al. (2013). "Interior surface materials and asthma in school children: a case–control study." Indoor Air 23(3): 179-185.​WELL v2 Materials Concept: https://v2.wellcertified.com/en/materials​LEED v4 Low-Emitting Materials Credit: https://www.usgbc.org/node/2613953​UL GreenGuard Gold Product Guide: https://spot.ul.com

WELL in Action: Future-Proof Your Building for Health and Resilience​

By RISC | 3 months ago

WELL in Action: Future-Proof Your Building for Health and Resilience ลงทะเบียนได้ที่ https://forms.gle/rtqthuuiRUHqAbKq8ราคาคอร์สละ 12,900 บาท เพียง 50 ที่เท่านั้น!!ชำระเงินได้ที่ บริษัท วี บีฟอร์ มี คอร์ปอเรชั่น จำกัดธนาคารกรุงเทพ เลขที่บัญชี 133-5-47655-0Date: 27–29 August 2025GOODVIEW Theater, 3rd Floor, DTGO CampUs (DTGO CampUs Map: https://maps.app.goo.gl/eiPVnWUDVNhJcuSN9)   WELL in Action (Day 1): Morning Session - GOODVIEW Theater (8:30-9.00) ลงทะเบียน(9.00-9.30) บทนำสู่มาตรฐาน WELLอธิบายภาพรวมของ WELL Building Standard ครอบคลุมที่มา วัตถุประสงค์ โครงสร้างของมาตรฐาน และแนวคิดหลักด้านสุขภาวะในอาคาร(9.30-10.30) แนวคิด Resilience ในบริบทของ WELL + future prove buildingนำเสนอแนวทางการใช้มาตรฐาน WELL เป็นเครื่องมือสนับสนุนการออกแบบอาคารให้สามารถรับมือกับสถานการณ์ความเสี่ยงรอบด้าน ทั้งด้านสิ่งแวดล้อมและสุขภาวะ (เบรก 15 นาที) (10.45-11.45) การเรียนรู้ผ่านเหตุการณ์สถานการณ์จริง แนวทางการประยุกต์ใช้ WELL สำหรับเหตุการณ์แผ่นดินไหวและน้ำท่วม ระบุข้อกำหนดภายใน WELL ที่เกี่ยวข้องกับการเตรียมความพร้อมและการป้องกันความเสียหายจากภัยธรรมชาติ(11:45-12:00) Q&A 15 นาที (12:00-13:00 รับประทานอาหารเที่ยง บริเวณ WILLOW Atrium) Afternoon Session - GOODVIEW Theater (13.15-14.30) แนวทางการประยุกต์ใช้ WELL สำหรับมลพิษทางอากาศอธิบายข้อกำหนดของ WELL ที่เกี่ยวข้องกับคุณภาพอากาศภายในอาคาร และลดผลกระทบจากมลพิษ (เบรก 15 นาที) (14.45-15.45) แนวทางการประยุกต์ใช้ WELL สำหรับมลพิษทางน้ำและภาวะขาดแคลนน้ำนำเสนอเกณฑ์การจัดการน้ำที่ปลอดภัย และระบบสำรองน้ำในภาวะวิกฤต(15.45-16.45) แนวทางการประยุกต์ใช้ WELL สำหรับการรับมือคลื่นความร้อน (heat wave)ชี้ให้เห็นข้อกำหนดของ WELL ที่ช่วยสร้างความสบาย (thermal comfort) ในสภาวะอุณหภูมิสูง(16:45-17:00) Q&A 15 นาที WELL in Action (Day 2): Morning Session - GOODVIEW Theater (8:30-9.00) ลงทะเบียน(9:00-11:45) การส่งเสริมสุขภาวะจิตในช่วงวิกฤตผ่านมาตรฐาน WELLนำเสนอข้อกำหนดที่สนับสนุนการออกแบบสภาพแวดล้อมที่ช่วยลดความเครียดและส่งเสริมสุขภาวะจิตใจของผู้ใช้อาคาร (เบรก 15 นาที) (11:00-11:45) แนวคิด Neuroinclusive Designนำเสนอแนวคิด การออกแบบเพื่อรองรับความหลากหลายทางระบบประสาท เพื่อสร้างพื้นที่ที่รองรับความต้องการที่แตกต่างในมนุษย์แต่ละคน อย่างเหมาะสม(11:45-12:00) Q&A 15 นาที (12:00-13:00 รับประทานอาหารเที่ยง บริเวณ WILLOW Atrium) Afternoon Session - GOODVIEW Theater (13:15-14:30) แนวทางการจัดการสารเคมีและวัสดุอันตรายภายใต้มาตรฐาน WELLอธิบายข้อกำหนดเกี่ยวกับการเลือกใช้วัสดุและการจัดการความเสี่ยงจากสารเคมีในอาคารอย่างปลอดภัย (เบรก 15 นาที) (14.45-16.45) แนวทางการประยุกต์ใช้ WELL Health-Safety Rating ที่เกี่ยวข้องกับการควบคุมความเสี่ยงการแพร่ระบาดภายในอาคาร(16:45-17:00) Q&A 15 นาที WELL in Action (Day 3): Morning Session – WILLOW Atrium (8:30-9:00) ลงทะเบียน(9:00-10:00) DTGO CampUs Presentation (เบรก 15 นาที) (10:15-11:45) ศึกษาดูงานโครงการ DTGO CampUsเยี่ยมชมอาคารสำนักงานที่นำมาตรฐาน WELL V2 ไปใช้จริง พร้อมรับฟังแนวคิดและกระบวนการออกแบบจากทีมผู้ออกแบบ(11:45-12:00) Q&A 15 นาที (12:00-13:00 รับประทานอาหารเที่ยง บริเวณ WILLOW Atrium) Afternoon Session – The Forestias และ The Aspen Tree (13:00-13:15) เดินทางไป The Forestias ด้วยรถกอล์ฟ(13:15-14:00) A10-การแนะนำ WELL Community Standard อธิบายแนวคิดของ WELL Community Standard การพัฒนาแนวคิดระดับชุมชน ที่พัฒนาจริงในโครงการ The Forestias เป็นแห่งแรกของประเทศไทย (เบรก 15 นาที) (14:30-17:30) ศึกษาดูงานโครงการ The Forestias และ The Aspen Treeเยี่ยมชมโครงการที่ประยุกต์ใช้แนวทาง WELL Community และแนวคิด Aging in Place พร้อมรับฟังมุมมองจากผู้เชี่ยวชาญที่มีประสบการณ์ทำงานกับโครงการจริง(17:30-18:00) สรุปและปิดหลักสูตร WELL in Actionติดต่อสอบถามเพิ่มเติมได้ที่RISC mail: risc_admin@dtgo.com, RISC Line ID: risc_center, RISC direct call: 063-902-9346