Mahmoud Mirza

424-***-**** ac5ojk@r.postjobfree.com ***0 S Pointe Pkwy Phoenix, AZ 85044

SUMMARY:

Mechanical Systems Engineer with internship experience in Mechanical Design, CAD Modeling, Product Development, 3D Printing, and research seeking a career in Mechanical Design Engineering.

EDUCATION:

B.S.E. Mechanical Systems Engineering; Dec 2017

Arizona State University - Phoenix, AZ 3.25 GPA

TECHNICAL SKILLS:

Skilled in SolidWorks

Talented in Detailed Drawing

Proficient in 3D printing methods

Capable in Heat Sink design

Experienced in MATLAB

Proficient in Excel

PROFESSIONAL EXPERIENCE:

Wamar Technologies, LLC. San Diego, CA

Mechanical Design Intern Apr 2016 – Dec 2017

Implemented cost-effective equipment to help improve safety factor, reliability and output.

Designed interior layout plans for FBI Surveillance vans and other governmental agencies

Performed simulations on load bearings, material tensile testing, and fracture propagation using SolidWorks

Utilized MATLAB and Excel to collect and interpret high frequency data acquisition.

Integrated solutions for hardware to design analog interface using digital motor controllers

Improved existing designs to reduce material stress and fatigue using SolidWorks simulations.

ACADEMIC PROJECTS:

Capstone Design Project, ASU Phoenix, AZ

Team Lead Spring 2017

Designed a Pat-Trap loading and feeding system capable of holding 2700 clay targets.

Managed a team of five members with diverse engineering backgrounds

fabricated the prototype, Designed required SolidWorks parts and assemblies, and BOM

Achieved High frequency data extraction and sorting using MATLAB for accurate prediction justification

Baja SAE Car Project, ASU Gilbert, AZ

Suspension System and Chassis Design Fall 2016

Performed Static and dynamic material strength analysis on the Mini Baja vehicle suspension system and chassis

Fabricated rear suspension analysis using dual stud cell data collection for testing on harsh terrain

Achieved clear interpretation of data using MATLAB to summarize outcomes of testing

Performed verification for Selection and Reasoning of Strain Gauges

Fabricated a mounting mechanism for (IMU) sensor using 3D printing and SolidWorks.

Completed mathematical modeling iterations on MATLAB to confirm the theory behind the design chosen

Integrated new chassis and Suspension designs to accommodate torsional loading analysis conclusions

Fluid Mechanics Design Project, ASU Phoenix, AZ

Fall 2016

Involvement in junior design project concerning fluid (silicon die) removal processes for stain removal solutions from microchip surface

Personal

American Citizen - Willing to Relocate - Single

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