I am at my best when I can make my ideas tangible. I prefer small-scale manufacturing with digital production.
The whole product development process needs creativity. From a conceptual level to defining production details.
Currently I feel most comfortable drawing in SolidWorks, Rhino-Grasshopper and Siemens NX. I've used Autodesk Fusion and Inventor as well.
Digital craftsman. I develop products from first sketch to first out of tool. I love using different digital techniques in new product development, like 3D scanning, parametric/algoritmic modeling models and prototyping to accomplish clever, sustainable designs.
stefan@stefanvanseggelen.comGraduated my MSc Cum Laude in 2015. Electives in plastic manufacturing, CAD, materials and webdesign. Minor in 'Advanced Prototyping' Electives in software and cross-cultural design.
TU Delft - IPD Master's ProgrammeI develop new (and optimize previous), industrial, innovative chairs for the Ahrend group which are well producable, marketable, and profitable. I keep track of the function, design, ergonomics, enviroment, strength & stiffness, safety and cost price. Ahrend chairs are targeted for offices, schools, public spaces and lounge areas.
Visit Ahrend.comI developed lightweight, innovative, new, high end plastic products for industries as consumer goods, industrial products, logistics and automotive for clients all around the world. At BPO, i was involved in every stage of the design process; idea sketching, working principles design, CAD, modelmaking, detailed development, design for production. I turned feedback from topology analysists, FEM-engineers and moldflow specialist into new geometry.
Visit BPO.nlMaster thesis topic: Designing a multi-sports helmet based on 3D ergonomic data. For EGG, i develop a new, adult-sized helmet concept with a strong accent on a marketable, realistic and producable product. With the viewpoint of the departments Design Engineering and Applied Ergonomics & Design in mind, an approach has been developed to find the optimal fitting helmet shape for a large target group. I developed a low-key algorithm in Rhino-Grasshopper that turned various 3D head scan data into an ultimate shape that fits the majority well.
Visit EGGhelmets.comI built the bodywork of 2 hydrogen-electric fuel cell racing cars; The Forze V and VI. The cars were being designed, financed, built and tested in the timespan of just one year. Within my function as board member, I was responsibile for delivering a good looking, aerodynamic car body. This was achieved by managing the workforce, consisting of a team of collegue part-time students of various studies, companies and institutions.
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