# Alizahi

> Mechanical and hardware engineering case studies.


## Pages

- [Project 8](https://alizahi.com/project-8/): Final case study summary covering the validation records, drawing sets, and FEA reports available for inspection, and the direct channels for mechanical and hardware engineering evaluations.
- [Project 7](https://alizahi.com/project-7/): Engineering domain: mechanical design and prototype validation. Timeline: prototype test cycle. Role: lead design engineer.
- [Project 6](https://alizahi.com/project-6/): Engineering domain: Mechanical and hardware engineering. Timeline: [project dates]. Role: Design, fabrication, and verification lead.
- [Project 5](https://alizahi.com/project-5/): Engineering domain: Mechanical and hardware systems. Timeline: iterative prototype test cycles. Role: lead engineer, diagnostics and redesign.
- [Project 4](https://alizahi.com/project-4/): Parametric models set the geometry and tolerances, and the shop process was built to hold them.
- [Project 3](https://alizahi.com/project-3/): First-principles free body diagrams resolved peak bending and shear forces at each load-bearing member before any geometry was committed.
- [Project 2](https://alizahi.com/project-2/): Engineering domain: Mechanical and structural design. Timeline: to be confirmed. Role: Lead engineer.
- [Project 1](https://alizahi.com/): The root-cause problem is described here: the failure mode or design gap that motivated the project, stated in measurable terms.
- [Home](https://alizahi.com/home/): Led the design and 4-axis Okuma CNC machining of precision locating fixtures for the 2027 vehicle to control thermal weld distortion and hold tight suspension hardpoint tolerances.


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