Mechanical Engineer — B.S., Seattle Pacific University

Abdullah Ibraheem.

Designed. Analyzed. Built.

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CSWASolidWorks Certified
Seattle
3.5GPA — Class of 2026

Senior Capstone

Wayfinder Smart Watch.
An outdoor smartwatch, engineered to survive.

Altimeter, barometer, compass — taken from concept to a validated, field-serviceable prototype. I owned the housing architecture, the materials system, the mechanisms, and the test program that proved them.

Novel ball-detent attach/detach latch making the electronics field-serviceable

316L stainless rail · 6061-T6 aluminum housing · Delrin sliding components

FEA stress studies on the latch housing and waterproof case (SolidWorks Simulation)

Authored V&V test specs TD001–TD003: drop impact, detent retention, removal force

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Interactive CAD model
Drag to rotate · Scroll to zoom
Interactive CAD model
Wayfinder Smart Watch
Wayfinder Smart Watch
SolidWorksFEAGD&TDfM

Junior Design

Water Planter System.
A solar irrigation system with zero leaks.

5.3 gallons, solar-powered, every housing 3D-printed — then sealed. Tolerances iterated across revisions until layer-line porosity stopped mattering.

Custom sealant strategy achieving a full waterproof rating on FDM assemblies

Tower outlet for controlled water flow, integrated solar charging

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CAD view of tower outlet and stand
3D-printed tower outlet designed for controlled water flow
3D-printed tower outlet designed for controlled water flow
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CAD view of the irrigation tower components
The 5.3-gallon main water reservoir with sealed fittings
The 5.3-gallon main water reservoir with sealed fittings
Fully assembled solar irrigation tower undergoing assembly
Fully assembled solar irrigation tower undergoing assembly
Indoor assembly of the multi-tier planter structure
Indoor assembly of the multi-tier planter structure
Water proofing of tower rings
Water proofing of tower rings
FDMWaterproofingIteration

Software & Systems Engineering

JobHub.
A production-deployed search platform.

Designed and deployed a self-hosted job search platform driven by the requirements of an external user. Operating within strict constraints—including API rate limits, network security, and compliance—I built a system prioritizing uptime and low latency. Deployed in Docker on a local NAS and secured via Cloudflare Tunnel.

Implemented scheduled caching over on-demand execution to eliminate rate-limit failures and minimize UI latency Prioritized system reliability by performing a tradeoff analysis on data sources, dropping inconsistent endpoints Mitigated legal and IP risks by substituting automated scraping of restricted government portals with curated deep-linking Diagnosed and resolved a state-lock failure mode, adding automated flag clearing to ensure continuous operation

Systems ArchitecturePythonDockerFlask

Capabilities.

CAD & DesignSolidWorks (CSWA), Simulation, GD&T
AnalysisFEA, stress testing, design validation, V&V authorship
ManufacturingFDM printing, CNC-intent DfM, material selection
ProgrammingPython, MATLAB, C#, JavaScript — Flask, Docker, REST, LLM APIs
DocumentationTest specs, engineering drawings, technical writing

Let's build something.

[email protected]
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