Francisco Díaz Pisano
Project Manager & Structural Engineer
Finite element analysis (Abaqus) · Temporary structures, scaffolding and Eurocode certification
Gothenburg, Swedenqdpisano@protonmail.com linkedin.com/in/francisco-diaz-pisano Download PDF
Profile
Civil engineer and structural engineer (dual MSc: Universidade da Coruña and Chalmers) with close to ten years at RISE Research Institutes of Sweden, where I combine non-linear finite element analysis with full-scale physical testing to assess and certify temporary structures. I work as an independent third-party assessor at an accredited institute, certifying manufacturers' products against the requirements of the European standards — from the first model to the signed report — for clients across Europe and Asia. I run my projects end to end and answer for their outcome, budget included: a yearly portfolio worth around 2 MSEK.
Experience
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Project Manager & Structural Engineer
RISE Research Institutes of Sweden-
EN 74 certification, manuals and process automation
- Extended the scope to testing and certification of scaffolding couplers and connections to EN 74-1/-2/-3, and to the assessment of manufacturers' assembly and use manuals.
- Automating recurring calculation and reporting workflows in Python, on a long-term plan of my own initiative.
- Integrating Claude Code on top of that automation, as support for building the tools themselves — alongside Abaqus, never a substitute for calculation.
AbaqusEN 74PythonClaude Code
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System certification and Swedish scaffolding regulations
- Took on the assessment of complete systems against the Swedish work-environment regulation AFS 2013:4 and the Norwegian Produsentforskriften, alongside the scaffolding standards, and the drafting of the certificates themselves.
- Certified around 10 complete scaffolding systems to EN 12810 and EN 12811 as an independent third party at an accredited institute — each a 1.5–2 year project from the first Abaqus model to the signed report — for manufacturers across Europe and Asia, principally Germany, Poland, Sweden, Denmark, Portugal and China.
- Extended the calculation work to tents (EN 13782) and mobile access and working towers (EN 1004).
- Owned the projects end to end and their economics: budgeting, invoicing, cost follow-up, client dialogue and responsibility for the final result — a yearly portfolio worth around 2 MSEK.
AbaqusEN 12810EN 12811AFS 2013:4AFS 2023:9Produsentforskriften
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Finite element analysis and mechanical testing
- Non-linear Abaqus models of scaffolding, grandstands and temporary roofs (contact, geometric imperfections, second-order effects), correlated against full-scale laboratory tests.
- Preparation and evaluation of mechanical and load-capacity tests to EN 12811-3 with the RISE testing laboratory — 3–5 campaigns a year: designing the set-up, acquiring the data in Catman, then calibrating the numerical model against the measured response.
AbaqusCatmanEN 12811-3Eurocodes
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Junior Consultant
Indra- Functional and technical support to the regional tax administration on its revenue-management systems; data analysis over Oracle databases in SQL, and triage and tracking of incidents in JIRA.
Oracle BIEEOracle SQLJIRA
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Project Assistant — DREEAM (EU H2020)
Chalmers tekniska högskola- Researched renewable and energy-efficient construction technologies for the European DREEAM project, focusing on façades and PV systems, and built a UK refurbishment database.
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Master Thesis Researcher (Internship)
Thomas Concrete Group- Modelled early-age thermal cracking in concrete in Diana 10, assessing the influence of shrinkage and creep on crack formation during hardening.
Diana 10
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Research Collaborator
Rodmon Energy Invest- Researched renewable-energy solutions — principally wind — and the applicable legislation for northern Spain.
Skills
- Structural engineering
- Scaffolding & temporary works·Finite Element Method (FEM)·Abaqus·Eurocodes (EN 1990-1999)·Structural analysis·Mechanical testing·Project management: budgeting, invoicing & cost control
- Standards & regulations
- EN 12810·EN 12811-1/-2·EN 12811-3·EN 74-1/-2/-3·EN 1004·EN 13782·AFS 2023:9·AFS 2013:4·Produsentforskriften
- Software
- Abaqus·Catman·SAP2000·Diana·Mathcad·AutoCAD·SolidWorks·HEC-RAS·EPANET
- Programming
- Python·MATLAB·Fortran·C (basic)·Git·Claude Code
Education
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MSc in Structural Engineering and Building Technology
Finite Element Method for structures, structural concrete, structural design, timber engineering, materials performance. Thesis on early-age thermal cracking in concrete.
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Bilateral exchange — Civil Engineering
Concrete structures, maritime engineering, building renovation. Two final projects: a prestressed girder bridge and building energy efficiency.
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BSc + MSc in Civil Engineering (Ingeniería de Caminos, Canales y Puertos)
Mathematical modelling and computation, soil mechanics, concrete and steel structures, building construction, project management.
Selected Projects
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Early-Age Thermal Cracking in Concrete Jan 2016 – Jul 2016
Study and 3D modelling of the mechanisms driving crack formation during the early stages of concrete hardening.
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Cultural building on the outskirts of Stockholm Oct 2014 – Jan 2015
Structural design of a building comprising a library, an auditorium and a glass façade.
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Precast prestressed girder bridge, Niterói (Brazil) Sep 2013 – Jun 2014
Sizing of the superstructure of a prestressed beam bridge.
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Building energy efficiency — PROCEL Edifica Sep 2013 – Jun 2014
Energy-efficiency analysis of buildings against the Brazilian PROCEL Eletrobras labelling requirements.
Languages
- Spanish
- Native
- English
- Fluent
- Swedish
- Professional working proficiency
- Galician
- Fluent
- Italian
- Intermediate
- Portuguese
- Intermediate
- French
- Basic
Certifications
- Jul 2026
- AI Fluency: Framework & Foundations · Anthropic
- Jul 2026
- Introduction to Claude Cowork · Anthropic
- Jun 2026
- Introduction to Agent Skills · Anthropic
- Jun 2026
- Claude Code 101 · Anthropic
- Jun 2026
- Claude 101 · Anthropic
- Jun 2026
- AI Capabilities and Limitations · Anthropic