Matthias Seitz

think different

Munich, Bavaria, Germany

About

Welcome to a world where creativity knows no bounds. I'm Matthias Seitz, and I'm thrilled to offer you an unparalleled industrial design service that embraces the cutting-edge technologies of 3D printing and parametric design. Unlocking Limitless Possibilities: With 3D printing, we defy convention, materializing your boldest ideas into tangible realities. Parametric design adds a new dimension, crafting dynamic, adaptive solutions tailored precisely to your needs. Sustainable Solutions, Timeless Beauty: Embracing sustainability, my designs minimize waste and energy consumption. Combining function and aesthetics, I create products that enrich lives while standing the test of time. Collaborative Innovation: Together, we'll embark on a journey of collaboration, where your vision merges seamlessly with my expertise. Through open communication, diverse perspectives, and unwavering dedication, we'll shape an extraordinary outcome. Join the Design Revolution: Are you ready to revolutionize your world with forward-thinking design? Let's embark on this transformative journey together. Experience the future with Matthias Seitz – where imagination becomes reality.

Experience

  • Designer (Freelance) at Matthias Seitz Office
    Apr 2014 - Present · 12 yrs 4 mos

    Design for Additive Manufacturing Generative Design Lattice Design Product Design Software Education I am passionate about what I do and I love working with creative people who bring a new perspective to industrial design. I offer a variety of services that can be adapted to the specific needs and preferences of each client. With my experience and capabilities, I master all your design assignments with top-notch results.

  • Design for Additive Manufacturing at BMW Group
    Jan 2018 - Dec 2021 · 4 yrs

  • CEO at anylamp
    Nov 2016 - Nov 2017 · 1 yr 1 mo

    Anylamp Are you familiar with off-the-peg luminaires? Standard products that tend to get boring. Anylamp gives customers the opportunity to design their own high-quality pendant luminaires online. The individualisation of the product is done via an online configurator. On the website www.anylamp.de, the shape of the luminaire is defined via an intuitive interface and displayed in a live 3D preview. If the customer is satisfied with the design, the fully automated manufacturing process starts after the order is placed. The data for production and shipping are generated and sent to the manufacturer. The manufacturer produces the individual parts with a laser cutter, assembles them and ships the finished product. All processes and parts are standardised, making it possible to produce a unique luminaire at low cost. www.anylamp.de

  • CEO at d-hoch-k
    Aug 2016 - Nov 2017 · 1 yr 4 mos

    d-hoch-k - The Design Collective from Regensburg We are d-hoch-k, a collective of progressive product designers. Together we work on web-based customisation concepts, our own products and help you to further develop and realise your own product ideas. Our current location in the TechBase Regensburg allows us to tap into a broad network of different disciplines to pave the way for visionary ideas to become reality. Our expertise in product innovation, development and presentation makes us the first port of call when it comes to product design. We are d-hoch-k - our profession: the further development and implementation of your ideas and concepts - from the mere impulse to the finished product and its media-effective presentation.

  • CEO at AERIA Multicopter Solutions
    Mar 2015 - Nov 2017 · 2 yrs 9 mos

    The product developed by Aeria Multicopter Solutions is a work drone capable of cleaning, coating or working on facades, industrial plants or other high-altitude objects. The patented modification of the multicopter consists of two components: a base station and a spray lance application. The base station uses two lines to transport working material and power up to the multicopter, while the spray lance attached to it distributes the working material on the desired working surface. Here, integrated 3D positioning enables precise, safe and economical work. The goal is to develop a software solution for the product that will allow it to be used (semi-)autonomously.