structural-design

A package for binary and continuous, single and multi-material, truss and continuum, 2D and 3D topology optimization on unstructured meshes using automatic differentiation in Julia.

Auto-differentiable and hardware-accelerated force density method

Inverse design of 3D truss networks with automatic differentiation

Python library to simplify the connection with OpenSTAAD API

Design, analysis, and optimization of structural trusses

Finite element tool to design steel wide-flange (WF) beams and create detailed output report using Latex

Generative UAV models based on CadQuery

Rhino plugin for form finding of spatial networks of compression forces in equilibrium with vertical loads using two-dimensional, reciprocal form and force diagrams.

In this course we will take you from no programming experience to using our world class Structural Analysis and Design API.

Excel VBA library for creating steel shape objects based on the AISC Steel Manual.

Auto-differentiable force density method

A JAVA/Processing sketch that implements the Force Density Method (FDM) and Dynamic Form-Finding (PSS: Particle-Spring Systems). Form finding, structural design and optimization of grid shells. Massachusetts Institute of Technology (MIT). 2015/2017.

Supplementary data for the paper constrained form-finding of tension-compression structures using automatic differentiation (CAD, 2022)

This repository contains a project that employs the Revit API for automated generation of diverse beam and column sizes in large-scale BIM projects, aiming to enhance efficiency, minimise errors, and ensure modelling consistency.

Educational repository for the Reinforced Concrete Design II course — theory notebooks, examples, and Python tools based on ACI CODE-318-25.

Performance-based Design using Perform-3D

A professional-grade structural engineering dashboard for designing reinforced concrete beams to Eurocode 2 (EN 1992-1-1). Performs automated bending, shear, deflection, and cracking checks with professional PDF report exports and real-time 2D visualisations.

A JAVA/Processing sketch that implements a geometric solution to the generation of optimum Mitchell trusses. Structural design and optimization of frames (trusses). Massachusetts Institute of Technology (MIT). 2015/2017.

Python research framework for coherent patterns on graph-coupled networks: nodal dynamics, structural operators, diagnostics and scoped mathematical studies.

Cryogenic fuel tank design for launch vehicles with Al–Li vs composite trade-off, MLI/vacuum insulation, and simple boil-off analysis in Python