Mechanical Engineering Intern Candidate, Summer 2026

Mohamed Abdelaziz

*********@********.*** 214-***-**** Dallas, TX U.S. Citizen

SUMMARY

Motivated Mechanical Engineering student with hands-on experience in mechanical design, testing, and manufacturing support. Strong problem-solving skills and proven ability to work effectively in both lab and production environments. Seeking a Summer 2026 mechanical engineering internship. EXPERIENCE

Inogen — Mechanical Engineering Intern Jan 2026 – Apr 2026 Plano, TX

• Updated and released detailed mechanical component drawings in SolidWorks using GD&T;, supporting Engineering Change Orders (ECOs) through MasterControl.

• Supported sustaining engineering efforts for production medical devices, maintaining configuration control and documentation accuracy for released hardware.

• Participated in testing by reviewing methods, observing reliability and functional testing, and documenting results.

• Collaborated with manufacturing and operations teams on the production floor to address assembly issues and improve manufacturability.

Budget Auto Shop — Mechanical Assistant May 2022 – Aug 2023 Dallas, TX

• Assisted technicians with hands-on mechanical repairs involving braking systems, suspension components, and fluid systems.

• Diagnosed mechanical issues using inspection techniques and basic diagnostic tools in a fast-paced shop environment.

• Performed component disassembly and reassembly while following established safety procedures and quality standards.

SKILLS

SolidWorks, Creo, GD&T;, Engineering Drawings, MATLAB, Excel (Data Analysis), Root Cause Analysis, Testing & Validation, BOM Management, Technical Documentation, Troubleshooting, Manufacturing Process Improvement, Assembly Support, Field Support, Cross-Functional Collaboration EDUCATION

The University of Texas at Dallas — B.S. Mechanical Engineering May 2027 Richardson, TX

PROJECTS

Solar Panel Positioning System Feb 2025 – May 2025

• Designed and validated a 4-bar linkage solar tracking mechanism to enable controlled tilt adjustment and improved energy capture.

• Performed kinematic and geometric analysis to determine optimal linkage geometry, motion range, and mechanical constraints.

• Built and tested a functional prototype to evaluate motion accuracy, repeatability, and structural stability. Heated Compression Testing of Cylindrical Aluminum Specimens Nov 2024

• Conducted temperature-dependent compression testing of cylindrical aluminum specimens using a universal testing machine.

• Prepared specimens, aligned compression platens, and collected load–displacement data under elevated temperatures.

• Analyzed stress–strain behavior to identify yield characteristics, work hardening, and thermal softening effects.

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