Quelles technologies émergentes pouvez-vous utiliser pour rationaliser votre processus de conception industrielle ?

🚀 As an industrial designer specializing in kitchen cabinet design, I'm always on the lookout for emerging technologies to streamline my process. One game-changer has been the integration of VR and AR in the design phase. 🕶️ 💻 By using VR and AR tools, I can visualize cabinet designs in real-world settings before manufacturing begins, allowing for more accurate assessments of aesthetics and functionality. 📐 This not only saves time and resources but also enhances client collaboration and satisfaction. 🤖 Another innovative technology I've implemented is generative design software. This AI-powered tool helps generate numerous design iterations based on specified parameters, facilitating rapid prototyping and iteration. 🔄

Acquiring faster and more reliable machines was a game changer for us, especially with the incredible improvements in 3D printers today, thanks to the advanced software developed by some brands. Now, we can print a complete prototype in just a day, speeding up our design iterations and making it incredibly easy to validate designs in real life.

Man, AI is a buzzword these days. I'm all for embracing the future instead of fearing it, so here in our UX agency, we started experimenting with apps like Dall-E for quick ideation, ChatGPT for making quick sense of the non-sensitive data we have, and Adobe Firefly/Suite for optimising tedious tasks like removing backgrounds, increasing background via content-aware fills, or even adding certain elements in visual assets. It's pretty fun.

I like to see what generative engineering is able to do and help in providing solutions. Those new shapes are often inspiring from the design/look perspective, which means we can then build on it from the meaning and brand perspective.

Aquela história de cada um modelar no seu computador já é antiga faz tempo. Existem diversos softwares e ferramentas que podemos utilizar para projetar em time, de maneira síncrona ou assíncrona, desde o querido Figma, até o mais robusto Onshape para modelagem 3D no estilo árvore. Além do feedback em tempo real, você ainda evita aquele estresse de ir salvando inúmeras versões ou perder os arquivos.

Leveraging the computing capabilities of today's microcontrollers can be incredibly useful for validating how intuitive your product's user interaction really is. By gathering data on how a prototype is used by your first beta testers (your office colleagues), you can gain early insights into whether your UX design is performing as expected.

🔴One significant advancement we've integrated is CAD software with AR capabilities. This technology allows us to visualize and test different cabinet designs in real-world environments virtually, saving time and resources in the prototyping phase. 🔴Additionally, we've adopted advanced manufacturing technologies like CNC machining and 3D printing to produce prototypes and custom components with precision and efficiency. 🔴These technologies enable us to iterate designs rapidly and tailor solutions to meet our clients' specific needs, ultimately enhancing our overall design process.

Emerging technologies are revolutionizing the industrial design process, offering new tools and techniques to streamline workflows and enhance creativity. One such technology is generative design, which uses algorithms to explore countless design options based on user-defined parameters, resulting in optimized and innovative solutions. Virtual reality (VR) and augmented reality (AR) enable designers to visualize and interact with their creations in immersive environments, facilitating rapid prototyping and iteration. Additive manufacturing, commonly known as 3D printing, allows for the rapid production of prototypes and custom parts, accelerating the development process and reducing costs.