MSE Master Thesis: Concrete Reuse
Probabilistic framework using Monte Carlo (10,000 iterations, MATLAB / UQLab) to assess structural safety of reclaimed concrete per SIA 262. Grade 6/6.
Civil Engineer bringing the domain depth most data scientists lack -- MSc Data Science Candidate, HSLU 2026-2028.
I'm a structural engineer formalising the data side at HSLU -- bringing the domain knowledge most data scientists lack, not the other way around.
With 10 years in the civil engineering industry -- from my apprenticeship as a drafter to structural design, FEM analysis and infrastructure project management -- I've seen the limitations of traditional methods. My practice increasingly leverages probabilistic modelling and Monte Carlo simulations, and I'm now formalising my data science skills at HSLU.
Applied statistical learning and probabilistic modelling for sustainable construction -- Bayesian inference and Monte Carlo simulation to quantify material uncertainty.
Full-spectrum structural engineering across a diverse project portfolio -- from expert assessments to large-scale infrastructure development.
Built a structured database of past infrastructure projects -- linking geometry, materials, costs and year -- enabling rapid cost interpolation for new proposals.
4-year professional apprenticeship in civil drafting. Developed expertise in technical drawing, blueprint reading, CAD tools, and engineering documentation across infrastructure and building projects.
Probabilistic framework using Monte Carlo (10,000 iterations, MATLAB / UQLab) to assess structural safety of reclaimed concrete per SIA 262. Grade 6/6.
Structured Excel database of GVH Tramelan's completed projects (cost, geometry, year) enabling rapid cost estimation for new proposals via parameter interpolation. Built across three summer internships.
Parametric optimisation study across 6 composite cross-section typologies. 180+ automated FEM runs via Python. Optimal steel-concrete ratio for 30 m urban spans.
Conception and full dimensioning of a 45 m prestressed reinforced concrete railway bridge. Static & dynamic load cases, SIA 260 compliance.
Probabilistic service life model using Bayesian inference. Software tool developed at HEIA-FR iTEC for residual capacity assessment of reclaimed structural concrete.
Main steel-concrete composite bridge spanning motorway N01, plus a connecting composite bridge. Full modelling and dimensioning.
Structural check and dimensioning of the tunnel's intermediate slab under fire risk scenario.
Structural engineering works on the Vue-des-Alpes tunnel, covering inspection, assessment and technical documentation.
Conservation and rehabilitation study of the existing bridge over the Suze river.
Large-scale bridge project including full structural engineering scope.
Replacement of the bridge and access ramp with a new structure spanning N16 and the CFF Biel–La Chaux-de-Fonds line. Beam bridge, BAP deck slab, heavy traffic (Vigier 120 t).
Structural verification of a beam bridge with cantilevered slab on unstable slope. Elliptical protection shafts included.
Replacement of the existing CFF bridge with a new prestressed reinforced concrete trough-section bridge. Execution by lateral launching; CFF track raised on both sides of the viaduct.
Modelling, static analyses and verifications of a prestressed reinforced concrete overpass. Maximum span check, widths and load capacity.
Construction of two residential buildings (7 and 5 storeys). Scope includes structure, retaining walls, earthworks, and watertight enclosure with groundwater control.
Specialisation in Generative AI and Machine Learning. Applying data science methods to engineering and infrastructure challenges.
Structural & sustainable civil engineering. Thesis on concrete reuse -- probabilistic analysis with ML methods (MATLAB / UQLab): excellent evaluation.
SIA distinction for outstanding Bachelor's thesis at HEIA-FR.
Structural mechanics, geotechnics, hydraulics, project management.