Max Dufner is a multidisciplinary product designer and interactive developer currently studying at UDK Berlin (University of Arts Berlin). This portfolio showcases innovative product design and interactive development projects that demonstrate technical expertise and creative design solutions. With a unique background spanning precision toolmaking, automotive plastics manufacturing, and fashion eyewear production, Max brings technical expertise to creative design challenges.
This product design and interactive development portfolio features innovative projects including the Sensory Anchor tactile interface, The Stringing Tool 3D design application, and Compliant Branch folding mechanism. Each project in this portfolio demonstrates the intersection of traditional craftsmanship and modern interactive development and product design methodologies. View all projects in the complete portfolio.
A revolutionary tactile interface that redirects feedback from visual to haptic channels, allowing users to focus more fully on sound. This project explores sensory ergonomics and demonstrates how interfaces can guide attention meaningfully rather than stealing it. Learn more about the Sensory Anchor project.
An innovative digital application for sketching complex 3D objects in a minimalistic way, making Computer-Aided Design (CAD) accessible in earlier stages of the design process. Inspired by Gaudi's hanging model techniques, this tool bridges traditional design methods with modern technology. Explore The Stringing Tool project or try the interactive tool.
A symbiosis of technology and memory, creating a multipurpose object through innovative folding mechanisms. This project represents an exploration of how mechanical systems can embody abstract concepts like memory and emotion. The design process involved extensive research into biomimicry, material science, and kinetic structures. Through iterative prototyping and testing, the Compliant Branch demonstrates how traditional engineering principles can be applied to create emotionally resonant objects. Read about the Compliant Branch design process.
A comprehensive exhibition design project showcasing interactive installations and digital art pieces. This project demonstrates expertise in spatial design, user experience planning, and the integration of physical and digital elements in gallery environments. The exhibition features carefully curated interactive experiences that engage visitors through multiple sensory channels, creating memorable and educational encounters with contemporary digital art and design practices.
An innovative Arduino-based gaming project that combines physical computing with interactive entertainment. Syncro Snake represents the intersection of hardware programming, user interface design, and game mechanics. This project showcases skills in embedded systems programming, sensor integration, and creating engaging user experiences through physical interaction. The game demonstrates how traditional gaming concepts can be reimagined through tangible computing interfaces.
Max Dufner's technical expertise spans multiple disciplines within product design and interactive development. Proficiency in industry-standard CAD software including SolidWorks, Fusion 360, and Rhino enables the creation of complex 3D models and technical documentation. Advanced skills in 3D modeling and rendering using Blender and Cinema 4D support both prototyping and presentation phases of design projects. Interactive development capabilities include programming languages such as JavaScript, Python, and C++, enabling the creation of responsive web interfaces and embedded system applications.
Max Dufner's product design and interactive development approach combines precision manufacturing knowledge with creative innovation. This portfolio represents areas of expertise including interactive design, 3D modeling, tactile interfaces, product development, and digital fabrication. The design methodology emphasizes user-centered design principles, iterative prototyping, and the integration of traditional craftsmanship with modern technology. Currently pursuing advanced studies in interaction design and digital art at UDK Berlin, with a focus on innovative product design solutions that address real-world challenges through creative problem-solving.
Drawing from extensive experience in precision manufacturing, Max Dufner brings unique insights into material properties, manufacturing processes, and design for manufacturability. This background includes hands-on experience with CNC machining, injection molding, and precision toolmaking techniques. Understanding of materials ranging from high-performance plastics to precision metals enables informed design decisions that balance aesthetic goals with functional requirements and manufacturing constraints. This expertise proves invaluable when developing products that must transition from concept to production.
Currently pursuing advanced studies at UDK Berlin (University of Arts Berlin), focusing on the intersection of traditional design methodologies with cutting-edge digital technologies. Academic work explores topics including human-computer interaction, sustainable design practices, and the role of technology in enhancing human experiences. The innovative work at UDK Berlin has been featured in the university's design showcase, including The Stringing Tool project featured on UDK Berlin Design, highlighting the intersection of traditional craft techniques with modern digital tools. Previous formal education includes a Master's degree in precision toolmaking from Handwerkskammer Würzburg, providing a solid foundation in technical skills and manufacturing processes that inform contemporary design practice.
Work from this portfolio has gained recognition within the academic design community. The Stringing Tool project has been featured on the official UDK Berlin Design website, showcasing innovative approaches to 3D design applications. This recognition demonstrates the quality and innovation of the product design work, contributing to the broader discourse in digital design tools and interactive development. The project is featured among other outstanding product design projects at UDK Berlin, representing cutting-edge work in contemporary design education and practice.
Professional experience in product design spans toolmaking (Master's degree from Handwerkskammer Würzburg), automotive plastics manufacturing, and high-end fashion eyewear production. This diverse background provides unique insights into material properties, manufacturing constraints, and design feasibility for both traditional product design and modern interactive development projects. Industry experience includes working with precision manufacturing equipment, quality control systems, and production optimization processes. This combination of theoretical knowledge and practical experience enables the development of designs that are both innovative and manufacturable.
Looking toward the future of product design and interactive development, Max Dufner continues to explore emerging technologies and their applications in creating meaningful user experiences. Research interests include sustainable design practices, the integration of AI and machine learning in design processes, and the development of more intuitive human-computer interfaces. Ongoing projects investigate how traditional craft techniques can inform modern manufacturing processes, and how digital tools can enhance rather than replace human creativity and skill.
Available for product design consultations, interactive development projects, and creative collaborations. This portfolio demonstrates capabilities in both traditional manufacturing and cutting-edge digital design technologies. Based in Berlin, Germany, with extensive experience in product design and interactive development. Learn more about Max Dufner's background and experience or contact directly for product design and interactive development project inquiries.