Lighting Research & Design’s Post

Explore the beauty and versatility of glass in modern structures! 🌇 In Dr Jawed Qureshi's latest YouTube short, "The Art of Glass in Structural Design: From Skyscrapers to Greenhouses," you'll discover how glass plays a crucial role in today's architectural marvels. This is part 17 of his 100-part series designed to inspire the next generation of engineers. From towering skyscrapers to lush greenhouses, glass is a key material that combines aesthetics with functionality. Dr Qureshi takes you on a journey through innovative design concepts that utilise glass for strength, transparency, and sustainability. Whether you're an engineering student, an architect, or just fascinated by how buildings come together, this video offers valuable insights into the world of structural design. It's a must-watch for anyone interested in how glass shapes the skylines of tomorrow. 🔗 Watch now: https://lnkd.in/eNSAFgmn Don't forget to like, share, and follow for more engineering inspiration! #CivilEngineering #StructuralEngineering #GlassDesign #Architecture #DrJQureshi #YouTubeShorts #EngineeringEducation #Inspiration

In a world filled with concrete, how can we find back nature that cools and restores us? Cooling and Restorative Water-Wind Facade is a Master of Architecture thesis proposing an alternative passive cooling system for buildings in hot and humid climates. Keeping an existing hospital ward intact, water flows down multi-coloured recycled glass panels as cool air is drawn into the ward, with a double-skin facade retrofit. The cool air is generated by stack ventilation and evaporative cooling, with solar chimneys and a stormwater retention system. To know more, check out the full version in my profile’s Projects section. With kind support from Prof. F. Peter Ortner for architectural design, Prof. Zheng Kai for passive cooling systems, Dr Ashutosh A. for decarbonisation, Dr Anuj Jain for biomimicry, and Eu Gin Lee and Selina Seah of Changi General Hospital for the hospital drawings as reference.   #regenerativedesign #buildingperformance #greenbuilding #sustainability

The Art of Blending the Ancient with the Modern For a decade, we have explored how ancient architecture can inspire innovative solutions for modern design. How did they do it before? Without modern technology, ancient builders mastered the art of maintaining pleasant temperatures, all thanks to natural methods and physical laws embedded in their architecture. Our approach: Utilise sunlight, enhance the circulation of underground air, and use walls that naturally regulate temperature. We incorporate these methods with modern materials, such as high-efficiency windows and advanced insulation. Result: Buildings that autonomously regulate their climate. Today, at BIOTONOMY, we merge these age-old strategies with cutting-edge technology to create completely self-sufficient buildings. We specialize in autonomy in heating, cooling, and water management, constructing not only functional spaces but also aesthetically beautiful ones. The past taught us to build in harmony with nature, and modern technology ensures the efficiency and durability of our projects. Rewriting the future, merging the traditional and the modern. #Biotonomy #Future #Architecture

How can we get more natural light into poorly lit indoor spaces? Solar tubes provide natural light to your home. They are also referred to as "sun tunnels," "light tubes," and "daylight pipes." They offer a natural, affordable alternative to utilizing energy to naturally light dim inside spaces, even when they obstruct a pleasant outside view. Reference: Science #innovate #sustainability #natureinspired #whatinspiresme #technology #biomimicry #thinkoutside #nature #naturelover #engineering #chemistry #architecture

Nature designs with purpose - An art modern architecture has forgotten. The pictures below show how Biotonomy's designers use Nature's design principles to develop Autonomous Buildings and Vertical ecosystems.   The Monstera plant features a unique design element that develops holes in its leaves, referred to as fenestrations in biology. Fenestration refers to small openings or pores in various structures or tissues within organisms. Architects can use the principles of fenestrations to improve energy efficiency and create thriving Vertical Ecosystems. For the Monstera plant, the fenestrations (the openings in the leaves) serve three fundamental functions: 1 - Light Distribution: The openings allow sunlight to pass down to plants beneath, ensuring even the smallest plants receive light. 2 - Wind Resistance: The openings enable wind to pass through, preventing the plant from being uprooted during storms, supporting its growth in windy conditions. 3 - Sunlight Capture: As a Monstera leaf matures and develops more holes, it increases its surface area for photosynthesis without becoming more exposed to damage, an intelligent adaptation for thriving in its habitat. The Monstera's design principles - sharing light, resisting wind, and maximizing sunlight absorption - make it an excellent use for developing thriving Vertical Ecosystems and developing Nature based heating systems in buildings. By passing the light from the second floor to the first floor, one can charge building components with heat during warmer seasons and reuse the energy during colder seasons. By paying attention and understanding Nature's design language, we can transform our buildings and cities to become resilient and intelligent. Want to learn more? Sign up to our upcoming online Academy on our website, see the link in bio #biotonomy #biomimicry #naturebasedsolutions

Nature designs with purpose - An art modern architecture has forgotten. The pictures below show how Biotonomy's designers use Nature's design principles to develop Autonomous Buildings and Vertical ecosystems. The Monstera plant features a unique design element that develops holes in its leaves, referred to as fenestration in biology. Fenestration refers to small openings or pores in various structures or tissues within organisms. Architects can use the principles of fenestration to improve energy efficiency and create thriving Vertical Ecosystems. For the Monstera plant, the fenestrations (the openings in the leaves) serve three fundamental functions: 1 - Light Distribution: The openings allow sunlight to pass down to plants beneath, ensuring even the smallest plants receive light. 2 - Wind Resistance: The openings enable wind to pass through, preventing the plant from being uprooted during storms, supporting its growth in windy conditions. 3 - Sunlight Capture: As a Monstera leaf matures and develops more holes, it increases its surface area for photosynthesis without becoming more exposed to damage, an intelligent adaptation for thriving in its habitat. The Monstera's design principles - sharing light, resisting wind, and maximizing sunlight absorption - make it an excellent use for developing thriving Vertical Ecosystems and developing Nature based heating systems in buildings. By passing the light from the second floor to the first floor, one can charge building components with heat during warmer seasons and reuse the energy during colder seasons. By paying attention and understanding Nature's design language, we can transform our buildings and cities to become resilient and intelligent. Want to learn more? Sign up to our upcoming online Academy on our website, see the link in bio BIOTONOMY #biotonomy #biomimicry #naturebasedsolutions #puertorico

As part of the Stanford University Spring Lecture Series Architecture & Landscape 2024, this Wednesday, April 17th at 6:30 Pm, Greg Faulkner will be speaking. Free and open to the public. Lecture info: https://lnkd.in/gfBYjSfv __   Spring Lecture Series | The University Architect / Campus Planning and Design Office sponsors a spring lecture series in architecture and landscape architecture. The purpose of the series is to bring together community enthusiasts, students and staff from across different disciplines to hear the latest innovations in building and design. The lectures provide the Bay Area architectural and design communities an opportunity to hear nationally and internationally renowned experts in the field. The lectures are free of charge and open to the public. Each lecture is valid for one hour of CEU Credit through AIA Silicon Valley.   Theme | Composition in architecture is of paramount importance as it serves as the foundation for creating visually harmonious and functional spaces. The arrangement of elements, such as form, color, texture, and scale, within a design significantly influences the overall aesthetic appeal and user experience. A well-composed architectural design not only pleases the eye but also enhances the functionality and efficiency of the built environment. Thoughtful composition guides the viewer's perception, leading them through spaces with a sense of balance, rhythm, and coherence. It plays a crucial role in conveying the intended message of a structure, whether it's a monumental landmark, a residential dwelling, or a public space. Ultimately, the careful consideration of composition ensures that architecture transcends mere construction, becoming a form of art that engages and enriches the human experience. __ #faulknerarchitects #stanforduniversity #architecturelecture

Researchers at Karlsruher Institut für Technologie (KIT) developed a metamaterial that allows sunlight to enter, maintains a more comfortable indoor climate without additional energy, and cleans itself. The maximising of natural light in a building is good for its users, creating a healthy living or work environment. It can also save on energy costs. However, traditional glass roofs and walls have their challenges, such as glare, lack of privacy and overheating. While there are solutions in coatings and light-diffusing materials, this is not optimised yet. The KIT researchers developed a polymer-based metamaterial film. Read more at https://lnkd.in/eM6Rv-pD #materialinspiration #kit #KarlsruheInstituteofTechnology #metamaterials #glassalternative #silicone #architecture #constructionmaterials #energytransition

I have quite a different view of art and architecture. This is because I see nature and everything in our environment as sources of inspiration. To me, God is the greatest architect. In architecture, there’s something called ‘design consideration(s)’. You cannot carry out a design effectively without considering certain parameters unique to the environment and users of the facility you are designing for. This is exactly what God has done in making the universe. To each, He gave the ability to adapt to their environment, ranging from animals to humans. This is why I love the concept of ‘biomimicry’. For those living in the tropics, He has given flatter noses with considerations to adapt to high temperatures and humidity, facilitating better heat and moisture exchange to cool and humidify the air. In contrast to those in temperate regions with colder and drier climates, their narrower and taller noses help to warm and humidify the air before it reaches the lungs. For those in the temperate region, He made straighter hair, which helps to retain heat and provide insulation against the cold, regulating their body temperature and protecting them from environmental factors. To those in the polar region, where sunlight is scarce for extended periods, He beautified with lighter eye colours (blue or gray), which allow for better absorption of available light. Additionally, their ‘epicanthic folds’ or 'mongoloid’ eye shapes provide some protection against the harsh glare of snow and ice, as well as cold winds. These considerations and attributes cut across skin colour, limbs, metabolic rates, etc to mention a few, adapting to various climate conditions. Yes, nature teaches us and provides numerous design considerations that inspire various fields, including engineering, architecture, and technology. From the hexagonal shape of honeycomb cells to patterns and forms found in nature that can be mimicked for structural strength or optimizing air flow in design (this inspired my master's thesis; #story for another day)... Maybe this is why I connect with the lines “I can see Your heart in everything You've done” and “I can see Your heart, eight billion different ways“ in the song ‘So Will I’ by Hillsong. #architecture #architect #biomimicry #nature #architectscorner #architecturalinnovation #archilovers

Wood is SUSTAINABLE. Breaking The MYTHS. The Best way to learn Architecture is to learn is by building. Hands on Workshop is indeed the most effective way to teach ARCHITECTURE material and details. God is in details - Ludwig Mies Van der Rohe. Wood in india is surrounded by tons of Myth. Myths created to promote Concrete and steel. WOOD U BREak MYTH and Open MIndsets? Wood is a Most Pure, Natural, Healthy Environment Friendly, Sustainable, Fluid, Flexible, Moldable, adaptable, insulative, safe, Aesthetical, Durable, Sturdy, Strong, Hygienic........ Material available to Human mankind for most of its need. from making a small match stick to the biggest structure of this world it one choice and is the most versatile material available on the planet. EACH WOOD PIECE IS UNIQUE. "WOOD HAS MOTHER NATURES FINGER PRINT WITH A CARING WARMTH AND CONNECT" This Workshop Strives to Delve into the students mindsets of how purely by using Wood one can achieve small to product to big structures. #sustainability #architecture #environment #wood #student #innovative