The Fantastic 3D Printed Neckties from the 3DTie Project Look and Move Like Real Fabric. The remarkably strong 3D printed fabric is made from PLA, and it can really take a beating. The knots are highly customizable, and are available in four styles. There are the traditional Windsor and Trinity knots, plus a Gear knot that was made to hold inserts, like a spinning gear or a custom logo. The newest knot design is the Texture option that shares the basic shape of the Windsor but repeats the triangular pattern of the tie fabric across the knot. (Scott J. Grunewald, 3DPrint.com)

Strong and mature leader with a well-established track record of successfully managing large, distributed R&D teams of over 200 developers world-wide. He combines excellent mathematical and true analytical skills with a very strong business and financial acumen and is proven to be capable to tackle the most convoluted problems in a practical, comprehensive, and sustainable manner, which is a very rare skill. Has an envious ability to articulate complex challenges in terms that can be easily understood. (Michael Brook, PTC)

Seeking to design useful products, which can be produced by FDM technology in economically viable manner. Pushes the boundaries of FDM printing using geometry and topology, inside knowledge of CAD, and use of mixed media. Equates good design with the product of utility, symmetry, and sound architecture principles brought over from the software realm: modularity, agility, separation of concerns, etc.