Vrinda Sood’s Post

*My first Design Conference* 🐰 This week, I attended my very first design conference “Design the Future” hosted by Design Buddies and it was literally the most Kawaii experience thanks to the incredible host Grace Ling ✨. It was her first time hosting a conference and I think she did a phenomenal job. Not only were the speakers enlightening, but the impressive vibrancy and spirit of the community she has built. Deeply immersed in my passion for Human-AI design, I was completely captivated by Shuya Gong's talk about emotional ergonomics. It was fascinating to explore how the cyber-physical space can profoundly affect the way we feel. Then, Jennifer Jing took the stage, sharing great insights on crafting experiences for GenAI product tools, and discussing the clever ways to leverage AI in product design. Her talk truly struck a chord with me. My amazing fellow school alumnus, Dylan Rabin, gave an insightful talk on GenAI and Mixed Reality, showcasing SAP's innovative product design. It was bursting with invaluable insights into product design thinking. The Role of Design in the Evolution of Autonomous Vehicles by Aishwarya Bagaria was an enlightening look at the unique challenges of AI design, highlighting key aspects such as human trust, explainability, and transparency. Then came Adam Syed, who brilliantly dissected the First Principle concept, reminding us all that every UX process begins by identifying a problem. But the star of the conference was undoubtedly spatial design. This captivating subject was explored in depth, with amazing speakers guiding us through a deep dive into the topic. Julian Park, Cecilia Uhr, Daniel Marqusee, Karen Campa-Perz, and 🌱Resham Khanna. (Bezi Spline) I think what made this experience super kawaii were the brilliant people I met - Anne, Tany, Jackeline, Trisha, Aayushi, Amit, Aurum, Mahima, BP, Leon, Jonathan, Yliana, Gitanjali, Nick, Richard Pia, Yiya, Kayla, Pravardh and many more! My experience with Design Buddies was nothing short of spectacular! Can't wait for more delightful encounters, aka #config. Hope to see most of you there! ;) Watch the talks here: https://lnkd.in/gSA_ffu3 🌟

Unlocking the Future: Displays, Controls, and Virtual Environments In today’s rapidly evolving technological landscape, the integration of displays and controls within virtual environments (VEs) is transforming how we interact with digital systems. Here’s a deep dive into the key aspects and challenges of this exciting field. 1. The Power of Displays and Controls Effective displays and controls are the backbone of any user interface, whether in industrial settings or virtual environments. The goal is to create intuitive, efficient, and error-free interactions. Here are some critical considerations: Spatial Correspondence: Ensuring a high degree of spatial correspondence between controls and displays can significantly reduce cognitive load and errors. For example, aligning the layout of stove burners with their controls can prevent operational mistakes. Population Stereotypes: Leveraging common expectations, such as the “clockwise-for-anything” rule, can enhance usability. However, designers must be mindful of cultural differences, especially when designing for diverse user groups. 2. Virtual Environments: Bridging the Real and Digital Worlds Virtual environments offer immersive experiences that can revolutionize training, design, and visualization. However, they come with their own set of challenges: Technological Limitations: Current VEs often suffer from issues like system lag, low refresh rates, and limited resolution. These factors can lead to cybersickness, characterized by nausea, oculomotor disturbances, and disorientation. Head-Mounted Displays (HMDs): While HMDs can enhance immersion, they must be carefully designed to avoid visual strain and ensure synchronization with head movements. Discrepancies in lens and display alignment can cause undesirable visual effects. 3. Ergonomic Design: A Path to Efficiency and Comfort Ergonomic design is not just about comfort; it’s about optimizing human-machine interaction for better performance and safety. Historical examples highlight the financial benefits of ergonomic improvements: Industrial Sewing Machines: Redesigning speed controls and using variable-speed motors have shown significant reductions in task time and errors, leading to increased productivity. Digital Gauges: Replacing traditional vernier gauges with digital indicators on lathes has markedly reduced setting times, enhancing machine utilization. 4. The Future of Virtual Environments To fully realize the potential of VEs, we need to address current technological limitations and focus on user-centric design. Key areas for improvement include: High Resolution and Fast Refresh Rates: Enhancing visual quality and reducing lag can improve the sense of presence and reduce cybersickness. Natural Inputs and Consistency: Ensuring that interactions are intuitive and consistent with user expectations can make VEs more accessible and effective. #VirtualReality #Ergonomics #UserExperience #Innovation #Technology

Reflecting on my experience with the ShapesXR design challenge, I discovered a new fascination with the intricacies of cars. As a proud pedestrian, I have never considered the complexity of driving systems. (Why drive and contribute to pollution and increase the risk of a driving accident, when you could work remotely and never need a car‽). Embracing this unknown territory, I realised that my struggle to comprehend diverse dashboards and interconnected systems wasn't a personal hurdle, but a common challenge in car system design. In theory in-car digital interfaces seem better, as they offer more space, but they increase complexity and can be unsafe for the driver. What I found most challenging was deciding the logical order and representation of content within the limited interior space. This makes adding the additional course modules related to these interior controls even harder. Understanding how various features function and when certain features override others and in which cases these exceptions occur was very confusing. CHALLENGES: - Cars with sim cards vs LTE vs wifi vs GPS vs none. - IoT devices often connect intermittently, resulting in parts of the service being out of sync with other parts. - Our inability to control latency means responsiveness of our systems are affected when interactions are routed via the internet. (This is where connected products differ from design of physical things, where the expectation is for immediate response).- This can result in perceived reduced reliability. - Interoperability --with so many platforms, do we address the problem from a specific platform level or do we group devices by different network types? Is the device directly addressable on the internet, or does it need to be connected via a gateway? -- And what additional security risks does this add? - Which sensors will be available? Facial recognition, eye tracking? - Inaccurate information output eg. Inability of car system to differentiate slippery roads from potholes. I do not have all the answers, but I am sharing for those who want to build on from my research. Moving forward, I believe in prioritising the following areas essential for navigating the evolving landscape of car technology: - Risk, Safety and Human Reliability - Strength capability of user - Spatial accommodation: namely, seating or standing position and visual field and obstruction of view - Cognitive and perceptual ergonomics, work stress and work training, mental workload, decision-making, optimising of user or team performance. - Predictive maintenance To learn more, see case study of various use cases: Jaguar, Tata Motors, Meta AI at Meta, Ray-Ban: https://lnkd.in/ghsMmCHj Feel free to share your feedback (I have added links to 3 of my Shapes XR prototypes in my case study, for you to view in VR or via your browser) #instructionaldesign #xr #ux #connectedservices #justforfun

AR is going to transform everything. These days, it's simple to create augmented reality QR codes, record objects in 3D, and share these immersive experiences with others. This technology is revolutionary, particularly in the realm of internet purchasing. You can now view a product in your home before making a purchase, so there's no need to guess about its size or appearance. For things like furniture, gadgets, and home decor, this is really helpful. This marketing is excellent. Companies may design interactive, attention-grabbing advertisements that deliver genuine benefits. Consumers can investigate products in a fresh, engaging manner, improving comprehension and elevating contentment. This is made feasible by tools like AR Code, which make it simple to generate AR QR codes and do 3D scanning. #ai #tech #innovation #technologytrends2024 #ar #arcode #3d #qrcodes #transformation #augmentedreality

HIGHRISEBUILDERS Designing Your Dream with Future-Ready Construction Introduction to High Rise Builders High rise builders are synonymous with excellence in construction, offering innovative solutions and unparalleled craftsmanship to create visionary projects worldwide. With a focus on quality, sustainability, and client satisfaction, they lead the way in shaping the future of architectural design and urban development. Cost-Effective Innovations Efficiency in cost management remains a top priority. High rise builders utilize prefabrication, modular construction, and lean construction principles to streamline processes and maximize resource efficiency. Value engineering ensures that projects stay within budget without compromising on design or functionality. Technological Advancements Technology plays a pivotal role in shaping the future of construction. High rise builders harness Building Information Modeling (BIM) for accurate planning and collaboration, while augmented reality (AR) and virtual reality (VR) enable immersive design visualization and client engagement. IoT (Internet of Things) devices enhance building efficiency and occupant comfort through smart building systems. Future Trends in Construction Looking ahead, the future of construction is characterized by transformative trends. Innovations such as robotic construction, 3D printing, and AI-driven project management are set to revolutionize the industry. Sustainable practices, including biophilic design and net-zero energy buildings, will drive forward-thinking solutions to meet global challenges. Facebook: https://lnkd.in/dmxKqQMN Instagram: https://lnkd.in/dw2_xt4c Linkedin https://lnkd.in/diVQFAM6 YouTube https://lnkd.in/d_ZChPsw #highrisebuilders #highrise #highrisebuilding #highrisebuildings #high #highrisebuildingproject

1.🌟 Digital Twins: Revolutionizing Furniture Design! 🔄🛋️    🚀 What Are They?    Digital Twins are virtual replicas of physical objects, think of them as  design magic in the digital realm! 💡    🤖 How Do They Work?    Using AI and simulation, we create precise digital replicas, allowing us to perfect designs, streamline manufacturing, and catch issues before production. 🖥️✨    Why Does It Matters?    Digital Twins = Precision + Efficiency. It's not just tech; it's commitment to exceeding design standards!💪    Join the Conversation:  🤔 How do you see Digital Twins shaping the future of design and manufacturing?    Let's  chat! 💬✨ #futureofdesign #sustainabledesign #techforgood #designthinking #dubaidesign

Exploring the Edge of Realism....... Real-Time Rendered Virtualization for Industrial Design In the fast-paced world of industrial store creation and solution prototyping, the ability to visualize ideas quickly and realistically is paramount. Real-time rendered virtualization stands out as a game-changer, offering a suite of benefits that propel design processes into the future. 🚀 Speed: With real-time rendering, designers can iterate rapidly, making adjustments on the fly and immediately seeing the results. This accelerates the prototyping phase, allowing for quicker decision-making and shortened project timelines. 👀 Visual Fidelity: The high-quality graphics produced by real-time rendering engines provide an immersive experience that closely mimics reality. This level of detail helps stakeholders better understand and evaluate designs, ensuring that the final product meets expectations. 🔧 Flexibility: Real-time virtualization allows for dynamic interactions with the virtual environment. Designers can test different scenarios, manipulate elements, and explore various solutions without the need for physical models or extensive rework. 💡 Innovation: By leveraging the power of real-time rendering, industrial designers can push the boundaries of creativity. They can experiment with complex textures, lighting, and materials that might be too costly or time-consuming to trial in the real world. 🌐 Collaboration: Real-time rendered environments can be shared with team members and clients globally, facilitating seamless collaboration. Feedback can be implemented instantly, ensuring that everyone is aligned throughout the design process. Real-time rendered virtualization is not just a tool; it’s a transformative approach that reshapes how we conceive and develop industrial spaces. Embrace this technology to stay ahead in the competitive landscape of industrial design. We can produce results in a days that would have traditionally taken weeks through photogrammetry and visual plotting. #Virtualization #RealTimeRendering #IndustrialDesign #Innovation #Collaboration AI enhanched image

Improve your marketing with these game-changing #AECindustry trends! Top trends I see unfolding in the AEC industry: ▪️ Digital transformation integrates tech for efficiency. ▪️ AI enhances design, planning, and project management. ▪️ VR and AR offer immersive design and project visualization. ▪️ XR combines AR, VR, and MR for innovative workflows. ▪️ BIM creates detailed 3D project models. ▪️ Sustainability integrates green practices into projects. ▪️ Cloud tech improves data storage and collaboration. ▪️ Drones aid in surveying, modeling, and inspections. ▪️ Remote work transforms workforce management. ▪️ Adaptive design ensures resilience and sustainability. ▪️ Efficient water management reduces consumption. ▪️ Integrated solutions streamline operations. ▪️ Laser scanning enhances data accuracy. ▪️ Modular and prefab construction cut time and costs. ▪️ 3D printing revolutionizes design and efficiency. How to incorporate them in your #marketing: ▪️ Adopt Digital Transformation: Implementing cutting-edge technologies like BIM, AI, and digital twins can showcase your firm's commitment to innovation and efficiency, attracting forward-thinking clients. ▪️ Leverage AI and Data: Use AI-driven insights and data analytics to tailor marketing strategies, demonstrating your ability to deliver precise, data-backed project solutions. ▪️Embrace XR Technologies: Utilize VR and AR for immersive client presentations and virtual tours, enhancing client engagement and trust in your firm's capabilities. ▪️ Promote Sustainability: Highlight your firm’s sustainable practices and green certifications in marketing campaigns to appeal to environmentally conscious clients and stakeholders. ▪️ Showcase Modular and Prefab Expertise: Market the efficiency, cost savings, and quality control benefits of your modular and prefabricated construction projects to stand out in a competitive landscape. #aecmarketing #aecindustrytrends #aecindustry #digitalmarketing

Innovative User Experience in EV Charging with POLICHARGER - ULARTEC Today, we would like to share a deeper look into our collaboration with Ulartec on their Electric Vehicle AC Charger (Wallbox Policharger IN). 🔍 Project Focus was capacitive technology interface. Our team took on the challenge of integrating a new capacitive technology into the charger interface. This upgrade provides users with: - Enhanced intuitiveness: A seamless and user-friendly interaction. - Modern aesthetics: A sleek, tech-forward appearance that aligns with the innovative nature of the product. - Improved reliability: Robust performance ensuring long-term satisfaction. Joseba Ulayar, CEO of Ulartec, shares: "We are very satisfied with the work carried out and the experience with bigD throughout the process has been very positive." 👉 Discover more about our projects and services at www.bigd.es or contact us at info@bigd.es. #innovation #UX #EV #charging #technology #industrial #design