I will do magic with your planning execution in mechanical design

1. Project Intake

• Requirement Gathering: Collect specifications, constraints, and performance targets from the client.
• Documentation Review: Study existing drawings, standards, and prior simulations.
• Scope Definition: Clarify deliverables (CAD models, FEM reports, optimization studies).

2. CAD Design Workflow

• Concept Modeling: Create initial 3D geometry in SolidWorks, CATIA, or Siemens NX.
• Design for Manufacturability (DFM): Ensure tolerances, material selection, and assembly feasibility.
• Version Control: Maintain structured file naming and revision history.

3. FEM Simulation Workflow

• Pre-Processing:
• Import CAD geometry into ANSYS, Abaqus, or COMSOL.
• Define material properties, boundary conditions, and loads.
• Mesh generation with quality checks (aspect ratio, skewness).
• Solving:
• Run static, dynamic, or thermal analyses depending on project scope.
• Validate convergence criteria.
• Post-Processing:
• Interpret stress, strain, and deformation results.
• Generate contour plots, graphs, and performance summaries.

4. Optimization & Validation

• Design Iterations: Adjust geometry based on FEM results.
• Parametric Studies: Explore sensitivity to material, load, or geometry changes.