26 years old, Tunisian
Paris, FranceProfile
Civil Engineer | Double Graduate from Polytech Clermont and the National School of Engineers of Tunis-ENIT.
During my dual curriculum between Tunisia and France, I chose a broad and multidisciplinary path, convinced that an engineer must be able to comprehend a project in its entirety and from various angles. My professional journey has provided me with the opportunity to deepen my skills in the design and sizing of structures, as well as in finite element analysis..
Passionate about new technologies, I apply my programming skills to create tools for modeling and calculating structures.
My proficiency in BIM gives me an excellent understanding of data modeling tools and construction information, as well as the ability to manipulate BIM software.
Currently, I am a nuclear civil engineer at Egis, where I continue to apply my skills to contribute to the success of exciting projects.
Education
September 2021 - September 2022
Clermont-Ferrand, France
Diploma: Master's Degree in Civil Engineering
National Engineering School Tunis
September 2018 - July 2021
Tunis, Tunisia
Diploma: Diploma in Civil Engineering, CTI accredited
Professional experiences
Conception, Research, and Development Engineer
-
Structural study of buildings for the «EPR2» nuclear power plant project.
- Development of a macro to automatically generate the geometry and structural elements of buildings in ANSYS, including volumes for rafts, shells for walls and slabs and lines for beams, and columns.
- Simultaneous programming using Python and APDL languages.
- Managing BIM models.
Technical environment : ANSYS APDL, Python, BIM Vision, BricsCAD, Navisworks, Rhinoceros 3D
February 2023 - Present | Paris, France
Master Thesis
-
Development and validation of calculation tools for structural sizing according to nuclear standards.
- Development under ANSYS APDL, Python, and Mathcad environments.
- 3D modelling using finite element software.
- Sizing of reinforced concrete elements.
- Sizing of shallow and deep foundations.
- Dynamic analysis.
- Reinforcement calculations.
- Technical report writing.
Technical environment : ANSYS APDL, Python, Mathcad, Code Aster, Eurocode 2/7/8, BAEL, RCC-CW, NF P 94-261/262
End-of-Studies Project
-
Study of a prestressed box bridge built by successive corbelling and dimensioning of a road section in Brazzaville-Congo.
- Hydrological and hydraulic study.
- Study and design of the road section.
- Design of the structure's geometry.
- 3D modelling of the bridge with finite element software.
- Prestressing sizing of the structure.
- Study of the longitudinal bending of the deck.
- Study under severe load conditions.
Technical environment : Alize, AutoCAD, CSI Bridge, ELECTRE III, Global Mapper, Piste 5, Eurocode 2/8
Internship
-
Design and sizing of the structural elements of a building.
- Structural design.
- Structural modeling.
- Sizing of the structure's elements.
- Seismic analysis.
- Determination of formwork and reinforcement plans.
Technical environment : AutoCAD, Arche Graitec, Advance Design Graitec, BAEL, Eurocode 2/8
-
Conception et dimensionnement de la structure d'une charpente métallique.
- Structural design.
- 3D modeling.
- Wind, Snow, and Seismic Analysis.
Technical environment : Robot Structural Analysis, Eurocode 3/8, CM66, Microsoft Excel
Internship
-
Assisting the construction engineer in his daily tasks.
- Monitoring foundation operations.
- Verification between the existing and the drawings.
Technical environment : Construction site, Deep foundations, Piles
Academic projects
-
Design of an elementary school leisure center.
- Architectural design.
- Structural analysis.
- Thermal analysis.
- Collaborative working on the KROQI platform.
Technical environment : BIM, Revit, Robot Structural Analysis, PHPP, Timber construction, Eurocode 5, KROQI.
-
Analysis of a case of fire.
- Fire calculation of structures.
Technical environment : DIFISEK, Microsoft Excel, Eurocodes 1/3, ISO fire, parameterized fire.
-
Dynamic study of structures.
- 3D structure modelling.
- Verification of structures under severe stress.
Technical environment : Robot Structural Analysis, Eurocode 8.
-
Thermal analysis of a PASSIVHAUS house.
- Thermal analysis using the PHPP tool.
Technical environment : PHPP, Microsoft Excel.
-
Development and study of a complete interchange.
- Traffic study.
- Pavement dimensioning.
- Modeling of the bridge by finite element method.
Technical environment : SAP2000, AutoCAD, Alizé.
-
Calculation of the sanitation network of an urban agglomeration in Mhammedia in Tunisia.
- Construction and modeling of the network with EPANET and EPASWMM.
- Analyse of the hydraulic and water quality behaviour of a piping network.
- Study of the quantity and the quality of storm water runoff produced from urban areas.
- Attribute the storm water drainage network in the site.
Technical environment : EPANET, EPASWMM, Microsoft Excel.
-
Design and study of a VIPP bridge with intermediate spacers.
- Pre-dimensioning of the deck components.
- Calculation of the transverse distribution coefficient (TDC) of beams.
- Calculation of SLS and ULS loads.
- Modelling of the bridge.
Technical environment : SAP2000, BPEL, Microsoft Excel.
-
Design and dimensioning of an L1 motorway in Tunis.
- Designing the project.
- Geotechnical study of the soil.
- Traffic analysis.
- Pavement dimensioning.
- Estimating costs.
Technical environment : AutoCAD , Piste 5, Alizé, ICTAAL.
-
Dimensioning of an earth dam at Arrara - Foussasna, Tunisia.
- Hydrological study.
- Hydraulic study.
- Stability study.
- Simulation of the dam.
Technical environment : Global Mapper, GeoStudio, Microsoft Excel.
-
Conception and dimensioning of a HALL type metal building.
- Conception of the structure's elements.
- 3D modelling of the structure.
- Wind, snow and earthquake analysis.
Technical environment : Robot Structural Analysis, Eurocode 3/8, CM66, Microsoft Excel.
-
Design and study of a VIPP bridge with intermediate spacers.
- Pre-dimensioning of prestressing.
- Detailed calculation of instantaneous and deferred losses.
- Verification of sections.
Technical environment : BPEL, Microsoft Excel.
-
Shear force justification of reinforced concrete beams.
- Comparison between Eurocode 2 and BAEL 99 regulations.
Technical environment : Arche Graitec, BAEL, Eurocode 2, Microsoft Excel.
-
Exploring data from the Tunisian portal.
- Extracting and manipulating databases relating to Tunisia.
Technical environment : GIS, QGIS.
-
Study of the reinforced concrete structure of a villa.
- Architectural design of the project.
- Structural design of the project.
- Reinforced concrete calculation of the building structure.
- Modelling of the structure.
Technical environment : Arche Graitec, AutoCAD, BAEL.
-
Conception and dimensioning of a drinking water supply network for an urban area.
- Consumption calculations.
- Location of the water tower and calculation of its required volume.
- Determination of pumping station characteristics.
- Drawing of the water distribution network.
Technical environment : EPANET , AutoCAD.
Skills
Technical skills
- Architectural conception of structures.
- Structural conception of buildings, steel structures and bridges.
- Road design and pavement dimensioning.
- Development of modelling and design tools for nuclear structures.
- Foundation dimensioning.
- Dynamic analysis and verification under severe stress.
- Geotechnical analysis.
- Hydrological and hydraulic analysis.
- 3D finite element modelling.
- Writing technical reports.
- Translating technical documents between French and English.
- Pricing.
- Site monitoring.
- Verification between the existing and the plans.
- Programming.
Activity sectors
- Buildings.
- Nuclear.
- Bridges.
- Linear structures.
Standards and methodologies
Eurocodes
BAEL BPEL
CM66
RCC-CW ETC-C
BIM
SIG
Software
ANSYS APDL
ArcGIS
GRAITEC
AutoCAD
BIM Vision
Covadis
CSI Bridge
Dlubal
EPA SWIMM
EPANET
G.Mapper
Navisworks
QGIS
Revit
Rhinoceros 3D
Robot Structural
SAP 2000
Tekla
Computer science
Pack Office
Python
VBA
C/C++
Git
Adobe Photoshop