About us
From concept to creation, together.
PARAMETRIC.solutions is a practice for computational design, parametric modelling and 3D printing. Founded in Münster in 2019 and based in Legden, we work closely with clients and partners across industries, from the first study to production-ready data. Depending on the project, a network of freelance specialists joins in.
Founded
2019 in Münster
Based in
Legden, Germany
Focus
Computational design, automation and 3D printing
Research
Cooperation with Universität der Bundeswehr München and FH Münster
What we stand for
Our mission is simple: to advance the future of design and production by helping clients use new technologies and improve every step of their workflows.
From study to fabrication
We take a project from the first geometry study to data a workshop, a CNC machine or a 3D printer can use directly.
Tools, not one-offs
Instead of drawing every variant, we build scripts and configurators that produce them. The work stays useful after the project.
Close collaboration
We work with clients, fabricators, research partners and freelance specialists, and we build on what our clients already use.
Ventures and partners
Some of our work runs in joint ventures and partnerships. Together they make up the network behind PARAMETRIC.solutions.
UNIKAT.railings
Custom railings by parametric design and 3D printing, funded by an EXIST start-up grant.
Blackengine.io
Joint projects in design automation and large-format 3D printing, for example the handrails in Amsterdam.
lemontree.xyz
A venture for VR and web projects, exploring experimental and creative digital solutions.
wattschleift.de and schlekker.de
Projects we support or run alongside our client work.
Research and publications
Research keeps our methods current. Many of our tools start as research questions.
- 2026Wesseler, M.; Kiendl, J.; Loibl, M.: An Integrated Design-to-Manufacturing Workflow for Balustrades in Additive Manufacturing: An Isogeometric Approach. WCCM ECCOMAS, Munich.
- 2026Wesseler, M.; Kiendl, J.; Loibl, M.: An Integrated Design-to-Manufacturing Workflow for Thin-Walled Structures in Additive Manufacturing using Isogeometric Analysis. IASS-IWSS Annual Symposium, Torino.
- 2024Gálvez Paredes, J.; Wesseler, M.; Schneidenbach, K.: Stützstrukturvorrichtung, Stützstruktur und Stützstrukturerstellungsverfahren. Patent DE102022212005A1, assignee FH Münster.
Management
Moritz Wesseler, M.A.
- Since 2022PhD research in cooperation with Universität der Bundeswehr München on digital design and fabrication
- 2021EXIST start-up grant for UNIKAT.railings
- 2020Master’s degree, MSA | Münster School of Architecture
- 2019Founded PARAMETRIC.solutions
- 2018Bachelor’s degree, MSA | Münster School of Architecture
Want to work with us?
Clients start with a typical example from their daily work. Talents start with a short message and a portfolio.