Rochdi Wannes

*Design and development of metal structures (acid tanks, trailers, skids, containers) in compliance with ASME, API, IMDG and DNV 2.7-1 standards as well as Aramco requirements.
*Material selection and technical costing based on project specifications.
*FEA simulations and structural validation using SolidWorks Simulation.
*Client collaboration to define requirements and validate technical solutions.
*Preparation of manufacturing documents: 2D drawings, BOMs, and technical datasheets.
*Workshop supervision and production follow-up until final approval.

Projects:
Acid skid tank DNV2.7-1, Industrial Platform, Frac tank, Riser Stand, Trailer, Skid Pump, Container Skid DNV-ST E2.7-1

Optimus Training, Best Challenge Center, Techtus Plus:
Training centers located in Tunisia, Monastir, Sousse, Mahdia, and Sfax

Specializations:
SOLIDWORKS, CATIA V5, AUTOCAD 2D/3D

Software Taught:
SolidWorks (Basic, Advanced, Expert), AutoCAD (2D/3D), CATIA
V5 (Basic and Advanced), 2D Drafting, Sheet Metal Design, Weldment Structures,
Surface Modeling, Mold Design, 3D Printing, Static Simulation.

Analysis of specifications and development of mechanical solutions.
Dimensional design and static/dynamic simulation of structures (welded,
aluminum, sheet metal, machined parts).
CAD design and modeling using SolidWorks, CATIA V5, Solid Edge and
AutoCAD.
Production drawings including assemblies and technical details.
Project management from the design phase to implementation and
standardization.
Used 3D printing for rapid prototyping.
Responsible for implementing continuous improvement projects, in
collaboration with all departments.
Management of continuous improvement ideas via the DRX Ideas system (an
initiative by DRÄXLMAIER focused on innovation and continuous improvement. It
allows employees to propose innovative ideas to optimize processes and
enhance product quality).
Supervision of a team of 5S auditors.
Planned and animated workshops (5S, VSM, Hancho, Drx Ideas ) for employees.
Trainer and 5S auditor.

Dimensionned and elaborated calculations of precision-machined mechanical
parts.
Developed and modeled 3D designs using SolidWorks.
Executed CNC programming and optimized machining trajectories with
MASTERCAM.
Performed mechanical stress simulations to validate design integrity.
Collaborated with production teams to ensure adherence to quality and
precision standards.

Designed and developed machines for production purposes.
Integrated automated solutions to optimize industrial processes.
Collaborated with production teams to adapt machines to specific requirements.
Managed projects from initial design through to implementation.