Project archive

Work, methods and evidence.

Seven projects across structural design, physical modelling, FEM, BIM and AI. Each summary shows the task, the work and a route to supporting material.

Concept visualization illustrating gravity and wind loads through the building

01 / Structural design study · 2024

Multi-family house structural concept

A complete structural concept developed from foundation strategy through vertical and horizontal load transfer.

Task: Define a credible structural system for a multi-family house.
Work: Foundation, columns, beams, walls, slabs, roof, bracing and position plans; checks for self-weight, imposed loads, snow and wind.
Evidence: Selected calculation pages and a load-path illustration.

View calculations ↗View load path ↗

Truss model with members, nodes, a load and supports

02 / Bachelor’s thesis · FEM · 2025

Interactive truss analysis

A Python interface to draw trusses, apply supports and loads, and run FEM analysis.

Task: Make unstable strut-and-tie models solvable and easy to inspect.
Method: Detect rank deficiency and add very soft springs to unconstrained degrees of freedom.
Result: Interactive views of forces, displacements, reactions and strain energy.

Try browser model ↗View thesis poster ↗

03 / Physical model

Timber and chain arch bridge

A 2.8 m bridge model designed, built and crossed during a physical load test.

Task: Check whether the arch-and-chain system transfers the test load safely.
My work: Static system, self-weight check, support reactions, force flow and test documentation.
Evidence: Calculation sheets, measured mass and load-test video.

Watch load test ↗View analysis ↗

Concept image for physics-informed structural machine learning

04 / Master’s study project · 2026

Physics-informed machine learning

A computational study connecting neural-network predictions to structural equilibrium and FEM data.

Task: Predict a deep beam’s displacement field while respecting structural mechanics.
Method: Combine displacement data with an equilibrium loss based on the finite-element residual K·u−F.
Evidence: Prediction and FEM comparison for a 2D deep-beam example.

View comparison ↗

IFC dashboard showing model loading and a 3D viewer

05 / BIM software project

IFC model dashboard

A Python and Streamlit application for loading, inspecting and navigating building information models.

Task: Make model content easier to inspect outside authoring software.
Method: Combine IFC metadata, entity and room data, diagnostics and a 3D viewer.
Tools: Python, Streamlit, IfcOpenShell, pandas, Ifc.js and Three.js.

Try browser IFC inspector ↗

06 / AI workflow prototype

AI command center & prompt library

Reusable context and structured prompts for progress reports, formal notices and risk registers.

Task: Keep repeated reporting consistent and easier to review.
My work: Built and customized context blocks, versioned prompts, templates and example outputs.
Output: Structured document drafts for engineering review.

Read case study ↗

07 / AI tool prototypes

AI tools for the technical office

Five document workflows for RFIs, submittals, non-conformances, inspection plans and drawing revisions.

Task: Structure review work across documents, specifications and site observations.
My work: Built and customized document inputs, prompts and review interfaces.
Output: Five HTML tools that prepare drafts and comparisons for engineer review.

Read case study ↗Explore HTML tools ↗