From Concept to Creation, Together
Founded in Münster in 2019 and based in Legden, PARAMETRIC.solutions is a small but mentionable practice in computational design, parametric modeling and 3d printing. With a focus on building meaningful connections, we collaborate closely with clients and partners across diverse industries to deliver innovative and efficient solutions.
Our mission is simple: to advance the future of design and production by empowering clients to leverage cutting-edge technologies and optimize every step of their workflows. We believe in the transformative power of digital solutions to help our clients stay ahead of the curve and succeed in a dynamic, rapidly evolving world.
Join Us as we shape the future of computational design, parametric modeling, and automation. If you’re driven by innovation and want to be part of a team that values growth, creativity, and collaboration, PARAMETRIC.solutions is the place for you. Apply Now.
Moritz Wesseler, M.A.
Managing Director
• 2018 – Completed Bachelor’s degree at the MSA | Münster School of Architecture, developed a deep interest in combining architectural design with technology.
• 2019 – Founded PARAMETRIC.solutions, bringing a vision for innovative, data-driven design solutions to life.
• 2020 – Achieved Master’s degree at the MSA | Münster School of Architecture, further honing skills in computational and parametric design.
• 2021 – Awarded the EXIST-Gründerstipendium for the startup UNIKAT.railings, focusing on parametric design for custom railings through 3D printing.
• 2020–2024 – Collaborated on collective projects with lemontree.xyz and blackengine.io, exploring experimental and creative digital solutions.
• Since 2022 – Pursuing Ph.D. in cooperation with the Universität der the Bundeswehr München, where his research dives into innovative approaches to digital design and fabrication.
Publications
2022 Stützstrukturvorrichtung, Stützstruktur und Stützstrukturerstellungsverfahren
J. Gálvez Paredes, M. Wesseler, K.Schneidenbach (2024); Current Assignee: Fachhochschule Münster; Patent No. DE102022212005A1; Stützstrukturvorrichtung, Stützstruktur und Stützstrukturerstellungsverfahren; https://patents.google.com/patent/DE102022212005A1/de?oq=DE102022212005A1