Reinforced concrete buildings
Analysis and design of floors, slabs, beams, columns, walls and foundations. Our work includes load paths, bracing, seismic analysis, formwork and reinforcement drawings.
Concrete design →
SG STRUCTURAL MODELING · ENGINEERING & TRAINING
Structural engineering
in steel and reinforced concrete
From concept to construction, we support your building, industrial structure and civil engineering projects.
Structural analysis, calculation reports, construction drawings and construction methods: our engineers bring practical experience to your project. This work also informs our Robot, Revit and Eurocodes training.
BUILDINGS · INDUSTRY · STEEL STRUCTURES · CIVIL ENGINEERING
Structural design, from concept to construction
Our engineering office carries out steel and reinforced concrete studies through the different stages of construction: preliminary sizing, calculation reports, construction drawings and construction methods.
Industrial structures
From permanent and imposed loads to fabrication drawings, we undertake steel and civil engineering studies for industrial buildings and equipment.
Industrial engineering →Steel structure design
Member sizing, structural stability and verification of bolted or welded connections. Support reactions inform foundation design using the project’s geotechnical data.
Steel engineering →Infrastructure & civil engineering
We help select structural solutions from the start of a project. Structural studies, temporary works, sequencing and construction methods account for site and erection requirements.
Civil engineering →SELECTED REFERENCES
From structural models to construction sites
Nanterre · Arena stadiumSteel roofing & BIM monitoring
Development of the FABBIM platform to monitor fabrication, quality, delivery and erection of the steel roof structure.
Project details (French) →
Les Ardoines · Sanofi footbridgeSteel footbridge engineering
Structural and construction methods studies, Eurocode verification, Tekla construction drawings and footbridge vibration analysis.
Project details (French) →
Grand Paris · Les Ardoines stationTemporary works & civil engineering
Waler design and construction drawings for strut connections supporting the diaphragm walls of the underground station.
Project details (French) →TRAINING BY PRACTISING STRUCTURAL ENGINEERS
Training developed for structural engineering teams
Learning to model a structure takes more than knowing software commands. Our courses bring together analysis tools, structural behaviour and the application of the Eurocodes.
Starting out in steel or reinforced concrete design? Looking to develop your knowledge of connections, reinforcement or dynamic seismic analysis? Our courses address these engineering challenges.
Our trainers use Autodesk Robot Structural Analysis, Revit Structure and CBS in their engineering work. This practical experience informs the discussions, modelling methods and examples covered during training.
Autodesk Robot Structural Analysis
Create analytical models, analyse forces and design steel or reinforced concrete elements. Courses for beginners and experienced users.
Robot training
Revit Structure & BIM modelling
Build structural models and understand the connection between the physical model in Revit and the analytical model in Robot.
Revit training
Applying the Eurocodes
Put Eurocode 3 into practice for steel design and Eurocode 8 for seismic analysis using Robot.
Eurocode training
Concrete Building Structures
Model reinforced concrete buildings and calculate static load paths with Autodesk CBS.
CBS trainingIn person or online: tell us about your experience, software and the goals of your team.
Discuss training dates →SOFTWARE DEVELOPED FROM OUR ENGINEERING PRACTICE
Connecting BIM models to analysis and construction
BIM raises a practical question for structural engineers: how do we keep the model, calculations and fabricated structure consistent? We develop tools to support that work.
Tekla Structures↔RoboTeklApp↔Autodesk Robot
RoboTeklApp: from Tekla Structures to Robot
RoboTeklApp connects the physical model created in Tekla Structures with the analytical model in Autodesk Robot Structural Analysis.
- Transfer the geometry and properties of beams, columns, walls and slabs.
- Create an analytical model from the physical model, or the physical model from the analysis.
- Update geometry, materials and sections as the project evolves.
Understand the Robot–Tekla workflow (French) →
FABRICATION · QUALITY · DELIVERY · ERECTION
FABBIM: from fabrication to site
Keep steelwork information connected throughout the project. FABBIM links the BIM model to component tracking, from fabrication through to erection on site.
- Identify components by QR code and access their information.
- Track fabrication progress and quality checks.
- Share photographs, documents and observations with project teams.
SG STRUCTURAL MODELING SINCE 2011
Engineers who design, teach and develop
We started by providing training in Autodesk analysis software. Our clients’ requirements led us to develop our structural engineering work and then our own BIM tools.
Sara Gambioli
Structural engineer · Training & consulting
A University of Cagliari graduate and former RoboBAT and Autodesk trainer, Sara has worked at Saipem and CTICM. Her experience in steel and composite structures and the Eurocodes informs her practical approach to teaching.
François Pedeboscq
Structural engineer · Engineering office
A graduate of the École nationale des ponts et chaussées, François worked in methods and structures at Vinci Construction Grands Projets. His experience combines structural design, complex construction operations and software development.
CONTACT US
Engineering, training or BIM support?
Tell us about your project, training experience or team requirements. Together, we can define a service suited to your needs.