Dive into the fascinating world of parametric design! Ever wondered how cutting-edge technologies shape the future of industrial design? 🚀 Imagine a realm where creativity meets precision, where designs evolve dynamically. That's the magic of parametric design - a game-changer in the global design industry. Join us on a journey to unravel the secrets behind mind-bending structures and innovative products. Discover how parametric design transforms concepts into reality, pushing the boundaries of what's possible. ▶ Ready to explore the limitless possibilities of parametric design? Watch our latest video and immerse yourself in the world of design innovation! #ParametricDesign #Innovation #FutureOfDesign #TechniconDesign
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Leveling up my design skills! ⏫ Excited to share my updated Industrial Design portfolio, featuring projects from my second year. Check it out and let me know what you think! #IndustrialDesign #StudentPortfolio #DesignThinking
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3D Rendering's Impact on Industrial Design Revolution Revolutionizing #IndustrialDesign: The #world of industrial design has undergone a paradigm shift with the advent of #3Drendering technology. Link to #blog #article: www.tinyurl.com/2c7bars8 #movers #movingservices #movingcompany #movingtips #allaroundmoving #IndustrialDesign #3DRendering #ArchitecturalVisualization #DesignInnovation #VisualizationTech #DesignRevolution #DigitalDesign #InnovativeArchitecture #CreativeRendering #DesignImpact #VisualizationTools #ArchitectureTech #DesignEvolution #3DModeling #VisualizingSpaces #DesignTrends #TechInDesign
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🛠️ It all starts with a vision! Before diving into the design process, the concept is key. Whether it's 3D models, architectural spaces, or digital applications, strong concepts lay the foundation for impactful designs. My approach focuses on understanding your unique goals first, so together we can create innovative, functional, and visually striking results. Let’s turn your big ideas into reality! #3DDesign #ConceptToCreation #DesignProcess #Innovation #ApplicationDevelopment
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June 29 - The positive emotional affect of a device or product is said to be most impactful when behavioural, visceral and reflective design collide. Do you agree with this theory? Celebrate the power of great designs in bringing intelligence to life. Happy World Industrial Design Day! ----- #WorldIndustrialDesignDay #IndustrialDesign #IndustrialDesignInspiration #DesignEvents #GlobalDesignDay #InnovationInDesign #letsgetemotional #industrialdesignday #emotionaldesign
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Creative Strategist | Communications & Design Manager NIC Islamabad | Visual Artist Studio Lel | xPaySa | Industrial Designer NUST'19
On National Industrial Design Day, I'm casting a glance back at my thesis display - an origin point of my journey. Cheers to all my fellow Industrial Designers! Together, we celebrate the boundless creativity and innovation that fuel our profession. Here's to blending passion with purpose and shaping the future through design. #IndustrialDesign #NationalIDDay
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I published this paper for GlassCon Global back in 2014, ten years ago (it seems longer). I've gotten zero feedback over the years, so just sort of forgot about it. Surprised to see Adrian Lowenstein, P.E., MBA commenting on it now, with an understanding of its intent. Thanks Adrian! #facadetectonics #SKINS #facadegeeks #facades #facadedesign #facadeengineering #sustainablebuildings #buildingskins #urbanresilience #buildingresilience #netzerobuildings
Managing Director @ Skyline Windows + Schüco | All Things Facades Podcast
I’ve recently come across Mic Patterson PhD’s concept of the millennium IGU & am quite fascinated – the question becomes, why stop at a façade that will only last 100 years? What we’re really talking about here is a glass assembly that will stand the test of time, considering all of the factors that are so commonly overlooked: ▪️Serviceability ▪️Durability ▪️Embodied Carbon If you’re asking why, there might be a disconnect around the lack of long term thinking when it comes to our ‘business as usual’ practices. It’s critical to understand impact of the typical 1” double glazed unit that you see anywhere and everywhere all over the world today. A few questions to begin with may be as follows: - What happens when there is a breach of the hermetic seal (sealant joint) around the glass unit? Is that unit now deemed useless? - What happens at the end of the useful service life (20-40 years down the line) – can the components within that assembly be reused (recycled)? - What happens when only one of the lites (inner or outer) is broken due to impact? Does the entire assembly now need to be replaced? This is truly a paradigm shift – a new way of thinking about façade system and assembly design. Looking at every single component and asking yourself – how will this not only function efficiently today, but also for the next generation? I will continue to dive deeper into this concept and feature Mic to expand our mind’s on the possibilities, but consider this a thought experiment for innovation.
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Hello, creatives! Material optimization. One of the fundamental aspects of computational design is to help cut down the overall cost of the product and optimize the design for sustainability. Although sustainability is a vast topic, and material optimization alone can't guarantee a sustainable outcome, it's still a great start. With the advancement in manufacturing tech, complex designs are becoming feasible daily. In this example, I have used the principle of stress lines to create a stool design. What are stress lines? The pathways through which load gets distributed on the form surfaces. Reinforcing these lines improves the overall durability of the form. This is a crucial concept where the product is subjected to a significant external load. #design #industrialdesign #computationaldesign #furnituredesign
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Managing Director @ Skyline Windows + Schüco | All Things Facades Podcast
I’ve recently come across Mic Patterson PhD’s concept of the millennium IGU & am quite fascinated – the question becomes, why stop at a façade that will only last 100 years? What we’re really talking about here is a glass assembly that will stand the test of time, considering all of the factors that are so commonly overlooked: ▪️Serviceability ▪️Durability ▪️Embodied Carbon If you’re asking why, there might be a disconnect around the lack of long term thinking when it comes to our ‘business as usual’ practices. It’s critical to understand impact of the typical 1” double glazed unit that you see anywhere and everywhere all over the world today. A few questions to begin with may be as follows: - What happens when there is a breach of the hermetic seal (sealant joint) around the glass unit? Is that unit now deemed useless? - What happens at the end of the useful service life (20-40 years down the line) – can the components within that assembly be reused (recycled)? - What happens when only one of the lites (inner or outer) is broken due to impact? Does the entire assembly now need to be replaced? This is truly a paradigm shift – a new way of thinking about façade system and assembly design. Looking at every single component and asking yourself – how will this not only function efficiently today, but also for the next generation? I will continue to dive deeper into this concept and feature Mic to expand our mind’s on the possibilities, but consider this a thought experiment for innovation.
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A mindful concept of continuing relevance.
Managing Director @ Skyline Windows + Schüco | All Things Facades Podcast
I’ve recently come across Mic Patterson PhD’s concept of the millennium IGU & am quite fascinated – the question becomes, why stop at a façade that will only last 100 years? What we’re really talking about here is a glass assembly that will stand the test of time, considering all of the factors that are so commonly overlooked: ▪️Serviceability ▪️Durability ▪️Embodied Carbon If you’re asking why, there might be a disconnect around the lack of long term thinking when it comes to our ‘business as usual’ practices. It’s critical to understand impact of the typical 1” double glazed unit that you see anywhere and everywhere all over the world today. A few questions to begin with may be as follows: - What happens when there is a breach of the hermetic seal (sealant joint) around the glass unit? Is that unit now deemed useless? - What happens at the end of the useful service life (20-40 years down the line) – can the components within that assembly be reused (recycled)? - What happens when only one of the lites (inner or outer) is broken due to impact? Does the entire assembly now need to be replaced? This is truly a paradigm shift – a new way of thinking about façade system and assembly design. Looking at every single component and asking yourself – how will this not only function efficiently today, but also for the next generation? I will continue to dive deeper into this concept and feature Mic to expand our mind’s on the possibilities, but consider this a thought experiment for innovation.
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Mic Patterson PhD’s millennium IGU concept challenges us to rethink façade design with a focus on longevity, serviceability, and #sustainability. A true paradigm shift in how we build for the future. By Adrian Lowenstein, P.E., MBA #Facades #FacadeDesign #FacadeSystems #FacadeTechnology #EmbodiedCarbon #CarbonReduction #Sustainability #Innovation #BuildEnvironment
Managing Director @ Skyline Windows + Schüco | All Things Facades Podcast
I’ve recently come across Mic Patterson PhD’s concept of the millennium IGU & am quite fascinated – the question becomes, why stop at a façade that will only last 100 years? What we’re really talking about here is a glass assembly that will stand the test of time, considering all of the factors that are so commonly overlooked: ▪️Serviceability ▪️Durability ▪️Embodied Carbon If you’re asking why, there might be a disconnect around the lack of long term thinking when it comes to our ‘business as usual’ practices. It’s critical to understand impact of the typical 1” double glazed unit that you see anywhere and everywhere all over the world today. A few questions to begin with may be as follows: - What happens when there is a breach of the hermetic seal (sealant joint) around the glass unit? Is that unit now deemed useless? - What happens at the end of the useful service life (20-40 years down the line) – can the components within that assembly be reused (recycled)? - What happens when only one of the lites (inner or outer) is broken due to impact? Does the entire assembly now need to be replaced? This is truly a paradigm shift – a new way of thinking about façade system and assembly design. Looking at every single component and asking yourself – how will this not only function efficiently today, but also for the next generation? I will continue to dive deeper into this concept and feature Mic to expand our mind’s on the possibilities, but consider this a thought experiment for innovation.
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