Ariana Abad-Martinez

www.linkedin.com/in/abad-martinez

adii45@r.postjobfree.com

206-***-****

PROFESSIONAL COMPETENCIES

Design Optimization/Testing

SolidWorks Modeling/FEA

Creo Elements/Direct Modeling

Quality Management

Design for Manufacturing

FMEA implementation

PROFESSIONAL EXPERIENCE

Mechanical/Hardware Engineer II (LaserJet Supply Chain Operations)

HP Inc. Boise, Idaho

May 2019-Present

Brought cost savings/avoidance of over $500,000 in FY20 while procuring and improving design quality of sheet metal, plastic, cables, and fastener parts through implementation of technical skills (CAD/simulation/drafting) and communication between engineers and suppliers.

Reduced overall size of control panel to improve aesthetic quality while supporting Control Panel R&D in design of subassemblies and drawing creation.

Mechanical Engineering Intern

HP Inc. Boise, Idaho

May 2017-May 2019

Designed and tested custom plastic ribbing patterns for an injection-molded component assembly of a future product with the objective of resisting torsion while remaining inconspicuous to the customer.

oIncreased pattern stiffness by up to 62% while reducing material by up to 16%.

Designed hot-plate welding ribs for an injection-molded component with the objective of increasing the strength of a future product.

Undergraduate Research Assistant

Washington State University. Pullman, Washington

February 2017-May 2018

Designed and tested 3D printed biopsy needles meant to extract tissue from patients while being minimally invasive.

Mixed plastics with carbon fiber to create conductive 3-D printing filament composites.

EDUCATION

Washington State University. Pullman, Washington

Major: Bachelor of Science in Mechanical Engineering (BSME)

Minor: Material Science and Engineering (MSE)

Cumulative GPA: 3.68

August 2014-May 2019

PROJECTS/LEADERSHIP

Suture Tensile Testing Project

January 2019-May 2019

Generated and performed an experiment evaluating the mechanical performance (breaking strength and elongation) of non-absorbable sutures (silk and nylon) at varying pH solutions to simulate the various environments inside of the human body using ASTM D5034-09(2017).

Arm Simulator Sleeve Subsystem Lead

August 2018-December 2018

Led a group in designing and producing a skin/sleeve subsystem for a wearable arm simulator meant to allow medical students to practice professional-patient communication during blood draw and intravenous insert procedures for the Pullman Regional Hospital.

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