Maximilian Hans
Studio for Cyber-Physical Products
Specialized research, design and development
- Design
- Robotics & Hardware
- Software
- Artificial Intelligence
From ambitious idea to successful product.
About
I develop products anad tools that are new, complex and challenging — from AI and robotics to bioprinting and power tools.
Currently, I am working on the robotic manufacturing of bicycles using industrial robots and a universal framework for connecting machines with generative AI.
I am building and mainting the package tiny-serial which is a lightweight replacement for Serialport which also runs in Bun.
Besides project work, I teach Emerging Technologies and Prototyping at Karlsruhe University of Arts and Design and ABK Stuttgart.
I am open to freelance and contract work – if you have a challenge you are trying to solve: let's talk.
Clients
Clients span from early-stage startups to established corporations.
- Jetplan
- SOL Motors
- To Teach_
- Lindenmuseum Stuttgart
- Festo SE & Co. KG
- Mercedes-Benz
- Finster3000
- Intuity Media Lab
- Universität Tübingen
- HapticLabs IO
- …and a couple more.
Projects
While many of my client projects are not disclosed, find some of my public and experimental work below.
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Fluid Works
Building made-to-measure bike frames with robots and lasers.
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Roam
An AI-driven exhibition planning and orchestration tool making knowledge and culture alive and accessible for everyone
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Dustform
A super fast and efficient CAD/CAM solution with AI superpowers
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movemaster.js
Reviving a 40 year old robot and integrating it into the JavaScript ecosystem
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nigiri
A new concept for working with ideas and thoughts in the context of generative AI
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ubiquitous technology
Technology moves more into the everyday. How does it behave?
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"Die Halligen"
Transforming phenomena of a different everyday reality into tangle artifacts
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Intuity Minimic
Low-cost, robotic Microscope with Image Analysis for Malaria
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creative hacking
Transforming scrap into weird and interesting drawing devices
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Very Huge Machine
Exploring how machines could look like if precision relied on intelligence rather than rigidity