Mohamed A.

I am a Mechanical Design Engineer with over 12 years of experience bridging the gap between advanced digital design and physical manufacturing. I specialize in Design for Manufacturing (DFM), ensuring that every 3D model I create translates seamlessly to the shop floor, including design of injection molds, die casting tooling, sheet metal dies, laser cutting and precision CNC machining. ★ Core Manufacturing & Design Expertise: ⋆ Mold & Die Design: Complete injection mold and die design services and analyses. ⋆ CAM Programming: Creating CAM programs for CNC machining. ⋆ CAD & DFM: Advanced user of ONSHAPE, SOLIDWORKS and other powerful CAD tools. ⋆ CAD Automation: Building custom CAD configurators and automating complex workflows. ⋆ Process & Static Equipment: End-to-end design of ASME & TEMA-compliant pressure vessels, heat exchangers, phase separators, and extraction systems using PV Elite, Autopipe and HTRI. ⋆ SCAN-TO-CAD/Pointcloud-to-CAD: Reverse Engineering 3D scans using Geomagic Design X. ⋆ MRI/CT-SCAN to CAD/STL: Converting MRI/CT-SCANs to CAD models. ★ Technical Foundation & Credentials: ⋆ Education: B.Sc. in Mechanical Engineering; M.Sc. Candidate in Aerospace Engineering. ⋆ Certifications: 9x Certified SOLIDWORKS Professional (Dassault Systèmes). I don't just deliver drawings; I deliver production-ready engineering solutions that are mathematically sound, code-compliant, and built to be manufactured efficiently. Services I offer: ► Mechanical Design/ Industrial Design/ Product Design. ► DFM / Design for Manufacturability. ► Design of pressure vessels and heat exchangers according to ASME SEC VIII and TEMA. ► PLM services ► Parametric design. ► Assembly drawings with BOM (Bill of materials) ► FEA studies/ finite element analysis. ► Complex surfacing/ hard surface modeling. ► 2D Drafting/ 2D manufacturing drawings. ► 3D/ CAD Modeling. ► Design of enclosure/ housing. ► Design for Metal casting. ► Design for plastic injection molding. ► Design for CNC machining (milling and turning) ► Design for sheet metal fabrication. ► Design for 3D Printing and rapid prototyping. ► Design for welding and piping ► Reverse engineering, scan cleanup and scan to CAD conversions. ► Complex assembly design ► CAD automation (Solidworks Macros/VBA, DriveWorks, Inventor iLogic, Onshape Featurescript) ► Revit to CAD/STEP & CAD/STEP to Revit conversions. ► Creating CAD/ 3d models for VR/AR applications, GLB and FBX. TOOLS: ► Solidworks ► Onshape ► SolidCAM ► Powermill ► MasterCAM ► Siemens NX ► Cimatron ► Autodesk Fusion 360 ► Autodesk Inventor ► Geomagic Design X ► FreeCAD ► SWOOD ► PV Elite ► Bentley Autopipe Vessel ►HTRI ►ZW3D