Hire FEA Analysis Designers in Saudi Arabia

I am a passionate versatile 2D/3D modeler and have excellent command with CAD to design 3D prototypes, 3D solid and surface modeling, generative design, concept design, FEA simulations and 2D drafting... Read more

I am a passionate versatile 2D/3D modeler and have excellent command with CAD to design 3D prototypes, 3D solid and surface modeling, generative design, concept design, FEA simulations and 2D drafting or 2D detailed drawings etc. I am very helpful for mechanical industry therein, 3D prototypes, product design, concept design and generative designs. I design toys, machines, appliances, and mechanical tools. I play with 3D solid and surfacing tools of CAD software. I also have great experience with renderings/ photorealistic renderings. I have been working since 2009 and have extensive experience in the same industry. Particularly I provide my best services as mentioned below; 1. 3D Modeling / 3D Design 2. Surface Modeling 3. Product Design 4. Manufacturing Design 5. Concept Design 6. Generative Design 7. 3D Printing / Manufacturing 8. Laser Cut 9. 2D Technical drawings / Drafting 10. Sketch or Image to 3D 11. 3D Scan to 3D modeling My major criteria of working with CAD are below; • Great understanding and skills of all aspects with CAD (3D Modeling/Designing, Drafting, Assembling) • Simulations (FEA/FEM, CFD and Motion analysis and animation) • Mechanical Drafting/ Design • Industrial Design • Traditional Manufacturing Design • Additive Manufacturing (nTopology) • Product Design • Machine Industry Design (tools) • Hydraulic Industry Design (tools) • Aerospace Industry Design (tools) • Kinematic Industry Design (tools) *CAD Software I use so for: ◾ Solidworks ◾ Autodesk Inventor ◾ Creo Parametric ◾ Siemens NX ◾ DS Catia ◾ Fusion 360 ◾ Pro Engineering (Pro E) ◾ AutoCAD Mechanical ◾ Revit Architecture ◾ Keyshot

I am a Lead Mechanical Engineer with over 15 years of specialized experience in pressure vessel design, finite element analysis, and engineering software development, serving the oil & gas, petrochemi... Read more

I am a Lead Mechanical Engineer with over 15 years of specialized experience in pressure vessel design, finite element analysis, and engineering software development, serving the oil & gas, petrochemical, and process industries. Throughout my career I have worked on technically demanding projects that require not only deep code knowledge but sound engineering judgment — the ability to identify what matters, resolve what is ambiguous, and deliver results that hold up under client review, third-party inspection, and regulatory scrutiny. Pressure Vessel Design: Pressure vessel engineering is my primary discipline. I design vessels to ASME BPVC Section VIII Division 1 and Division 2, covering wall thickness calculations, nozzle reinforcement, saddle support design, lifting lug analysis, wind and seismic load evaluation, and MAWP determination. My work extends into technically complex cases: high-temperature reactors requiring creep analysis and time-dependent allowables, sour service material selection per NACE MR0175/ISO 15156, post-forming heat treatment requirement calculations, and fiber elongation calculations for formed heads and shells. I have deep experience with bolted flange joint analysis — one of the most frequently misunderstood areas in pressure vessel engineering. I perform calculations to ASME Appendix 2, ASME PCC-1, and WRC 438, covering gasket seating, bolt load requirements, pre-tension calculations, and leak tightness assessment. I also perform nozzle load evaluations using WRC 107/537 and WRC 297, and I am fully conversant with the limitations of each method and when FEA is the appropriate path forward. I work regularly with major oil company engineering standards, reviewing vendor documents, preparing technical compliance matrices, and issuing engineering comments on fabrication drawings and design submissions. I understand what clients in the oil & gas sector require — calculations that pass and documentation that is traceable, clearly presented, and defensible at every stage of a project. Finite Element Analysis: I perform structural FEA using ANSYS Mechanical for pressure vessels and process equipment, covering linear elastic stress analysis, elastic-plastic analysis, limit load analysis, and fatigue evaluation — interpreted and reported in accordance with ASME VIII Division 2 Part 5 design-by-analysis requirements. I apply FEA where code analytical methods are insufficient: complex geometries, non-standard nozzle configurations, local structural discontinuities, and fitness-for-service assessments. My FEA work is always anchored in engineering judgment. Simulation output alone is not an engineering result — it must be correctly interpreted against applicable code criteria, with proper consideration of mesh quality, boundary conditions, load combinations, and material behavior. Every FEA report I produce is structured to withstand third-party audit. Engineering Software Development I develop custom engineering tools that automate complex code calculations across multiple platforms: HTML/JavaScript for browser-based calculators, Excel VBA for calculation sheets integrated into existing workflows, VB.NET for desktop applications with structured report generation, and AutoCAD .NET plugins for drawing automation. Tools I have built include ASME flange joint calculators, bolt torque and pre-tension tools, WRC 107 nozzle load calculators, fiber elongation and heat treatment tools, and creep damage calculators. These are engineering-grade tools — not generic utilities — built with proper input validation, code references, and clearly structured outputs. What Clients Can Expect: I work as a technical consultant, not simply a task executor. Before starting any project, I invest time in understanding the full engineering context — applicable codes, client requirements, constraints, and what the deliverable needs to achieve. My deliverables are accurate, well-organized, and properly documented. Calculations include clear assumptions, code references, and conclusions. FEA reports are structured for third-party review. Software tools are reliable and maintainable. I am available for pressure vessel design calculations, FEA analysis and reporting, ASME code consulting, engineering document review, vendor submission evaluation, and custom engineering software development.

Freelance Designer - 3D Modeling, - 3D Visualitation, - Concept Design, - Product Design, - Industrial Design, - Mechanical Design, - Rendering, - Strength Analysis, - Technical Product Docu... Read more

Freelance Designer - 3D Modeling, - 3D Visualitation, - Concept Design, - Product Design, - Industrial Design, - Mechanical Design, - Rendering, - Strength Analysis, - Technical Product Documentation - Mookup and Prototyping (3D Printing or Machining), - Machining and Manufacture, - Inhouse SolidWorks Training. - etc