KACTUS’ Post

Beyond Classrooms. I write this so that old-school habits of learning ‘Design’, don't completely vanish. Observe and stay Inspired. Nature’s geometric patterns are a testament to the creativity and innovation of the natural world. It's time to go beyond classrooms and develop a way to identify the beauty of the things that surround us. Geometry in nature is a fascinating topic and is taught to design students for various understandings and real-world applications. It reveals the intricate patterns and structures inherent to the natural world, often following mathematical principles. Let's trigger a sense of curiosity to learn and discover more so that we can uniquely invest our thoughts while honouring our magnanimous nature present there to inspire and guide us in all fields. Yes, that's how it works in my experience, you never know which knowledge comes handy at what time. Mostly unexpected! One of the reasons that our evolution over the years and the different ages has been possible is because of human creativity and innovation. From architecture and art to engineering and technology, observing and understanding these patterns have led to more efficient and aesthetically pleasing designs. Embedding an appreciation of the natural world in our next generation will benefit not only the individual but also the collective, leading to more fantastic outputs from the studios and individuals. #writing #design #whatinspiresme

Had a great night in class tonight at Haaga-Helia University of Applied Sciences in Pasila campus! Expertly guided by Mário Passos A. & co., we delved into the fascinating world of experience design and the importance of multisensory cues. What was our method for exploring this topic? A collage! Which types of cues your service or product has? What dimensions have you designed within your product/ service experience? #ExperienceDesign #MultisensoryCues #Collage #3D

KnitEuler #LSU proudly announces another Master's thesis with an unusual topic. KnitEuler is an interdisciplinary investigation that bridges the art of knitting and the mathematical principles of graph theory. The main inspiration comes from the inherent principle of reusability that characterizes the craft of knitting, an aspect that the project aims to exploit and apply to architectural and structural patterns. Knitting uses a single continuous thread to form a series of patterns and designs. This feature allows for sustainable use due to its unique property of reusability. An entire knitted piece can be methodically disassembled by pulling on one end, returning the yarn to its original state, allowing it to be reused. By applying this fundamental property of knitting to the design of structures, that follows specific logics of Eulerian paths. the research proposes the development of a dynamic system based on the use of a single thin, continuous, and flexible element. Welcome to the Master Thesis defense “Knit Euler” of Moria SCHWARZ, online Friday 23rd February 2024 at 11.00CET. https://lnkd.in/dues3KR2 #architecture #FatFreeDesign #engineering #design #art #LightweightStructures #sustainability #research #uniinnsbruck

This was one of my final projects in my Arts & Design Fundamentals program at @georgiancollege back in 2015. The concept was to show 1 object in 50 different ways. The art of iteration. I chose cactus. 🌵 I didn't know I would miss projects like this when I was cramming in 50 different concepts in one late night fit of rage, caffeine, and creativity, into tiny little squares. But it taught me so much: - taught me to "think different" as some famous company coined sometime ago... - taught me how to put in the grit and hours to come up with so many different ideas, interesting angles, eye-catching concepts. - taught me to trust the process, of starting to sketch something so abstract, and end up with something that makes sense (maybe 33.3% of the time, but still a win) - taught me patience to arrive at the end of a project, never feeling fully "complete" but good enough, even great sometimes and to proud of it. Think its time to dig deep again into the analog practices. #analog #design #art #fundamentals

Semester 3 Design Studio Project: Biomimicry Exploration Our project focused on biomimicry, translating the essence of a chosen animal into a product. Adjectives defined the creature's traits, guiding our design process. This endeavor challenged us to abstract characteristics, creating a product where form, function, and aesthetics harmonize seamlessly. Through this exploration, we honed skills in conceptualizing, abstract thinking, and translating nature into innovative design. This project emphasized the importance of understanding adjectives, fostering a deeper connection between the chosen animal and our final product. It served as a valuable lesson in the symbiosis of creativity and biomimicry, enriching our design thinking and pushing the boundaries of our skill set.

Visualize the power of design in action. A video showcasing the impact of critical thinking and shape formation on load-bearing capacity is essential. With identical materials and dimensions, witness how different designs and mindsets can dramatically alter the output capacity. Observe firsthand how the same resources can yield vastly different results when shaped with intention and insight. #Design #3DModel #Loadcapacity #Designmindset #Designinnovation #Mechanicaldesign #Topology #MechanicalComponants

Sketchplanations - A weekly explanation in a sketch

🎨 'Inspire Your Heart with Art' Day in the Construction and STEM Industries! 🚀 Today, we celebrate the fusion of art and innovation, recognising the profound impact of creativity on Construction and STEM industries. In these fields, where precision meets progress, embracing art isn't just about aesthetics; it's about fostering skills vital for success. 🧡Creativity, the heartbeat of art, sparks innovation and imaginative problem-solving in construction projects and scientific endeavors alike. 🧡Curiosity is the driving force behind every breakthrough. Art encourages us to ask questions, explore possibilities, and push boundaries, a mindset crucial for the continuous evolution of STEM disciplines. 🧡Courage, an inherent quality in both artistry and groundbreaking projects, enables us to take risks, experiment, and pioneer new methodologies. It's the fuel that propels us forward in the face of challenges. Let's celebrate the synergy between art and our industries, recognizing that a canvas is not confined to a frame, and innovation is not restricted by boundaries. Today, let's inspire our hearts with art and, in doing so, invigorate the very essence of progress in Construction and STEM! I had a go at some inspiration with art by trying Origami for the first time - what will you be brave enough to try for the first time? #EverydayDeterminator #InspireWithArt #STEMInnovation #ConstructionCreativity #STEMLearning

While sipping a coffee with an ex-student of my course, 'Learning by Doing 'at FLAME University , we happened to discuss why teaching #paper-prototyping in #designprograms should be a non-negotiable. Another chat with an old student at Sahyadri School (KFI) some weeks ago (who pursued Origami for many years after graduating from school) concurred with ‘the why’ – something my first year students at Flame University seem to agree to, too. 1. Enhances Spatial and #Structural Understanding: Origami involves manipulating two-dimensional materials into three-dimensional forms, which helps students develop a deeper understanding of space, form, and structure. This is particularly useful in fields like #architecture, #productdesign, and #industrialdesign, where understanding spatial relationships is crucial. 2. Fosters #Creativity and #Innovation: By folding paper into complex structures, students learn to create new forms and designs, stimulating innovation. This mindset can translate into designing unconventional solutions in areas like #packaging, #furniture, or even #fashion. 3. Develops Precision and #Attentiontodetail: The exactness required in origami—where precise folds lead to successful outcomes—parallels the precision needed for any designer. 4. Inspires #EngineeringSolutions: Origami principles are used in engineering and technology, influencing designs in robotics, deployable structures (like satellites), and medical devices. By understanding how materials can fold and expand, designers can integrate these ideas into practical, real-world solutions. 5. Promotes #Sustainable #Designthinking: Origami teaches the value of creating with minimal resources. Designers can learn to make the most out of simple materials (like paper), fostering a mindset of efficiency and sustainability in material use—a critical consideration in modern design practices. 6. Encourages #IterativeDesign and #Prototyping: In design, iterative processes are essential for refining ideas. Origami allows for #rapidprototyping where students can quickly fold, test, and adjust their designs, honing their skills in refining and improving concepts. 7. Bridges #Art, #Science, and #Math: Origami lies at the intersection of art and science, incorporating #geometric principles, #symmetry, and patterns. This multidisciplinary approach teaches students how design can be influenced by mathematics and scientific concepts, expanding their toolbox for creative #problemsolving.

Live Architecture (PERFORMING ARTS AND NEW MEDIA STUDIO)                                                                                 This artvideo draws attention to the daily life of students on the main campus of La Sapienza University. It explores the relationships between spaces (architectures), humans, and time and shows how, in the context of time, space and humans communicate with and give meaning to each other.                                                  Concept LA SAPIENZA students were targeted for this project. Inside and outside the university area, students were observed and filmed as they performed their routine tasks. The main concept is to show how different spaces shape the students’ movement and how students can change the identity of the spaces through their presence. In addition, by making the digital reenactment of the students’ movements, who are the spectators of the university, it can be shown how they (with both real and virtual aspects) become the performers, who themselves create and define the architectures and histories through time. This process can allow us to find ourselves back, in our body, in our history, in our culture, and can reconfigure our social position by making us feel connected again in the same environment. So that the final artifact should demonstrate “the concept of making all times into one place, and yet a place that is outside time.” Mona Tamaddoni Farnaz Attar Farnaz Attar  Milad Baghestani Milad Baghestani Professor Letizia Gioia Monda Professor Guilia Panadisi La Sapienza Università di Roma 2022-2023     #performance #digital_art #dance #contemporaryart #visualart #adobphotoshop #adobeillustrator #adobeaftereffects #AdobepremierePro