Design robotic reticle handler components/assemblies for industry leading photolithographic machines using NX 9.0.Developed technical product documentation for internal and external suppliers including: drawings, bill of materials, testing specifications, assembly, transportation, and installation procedures.Integrated cross sector team input and managed international out-sourcing in order to realize mature design.Analyzed high level assemblies regarding tolerance stack-up, adhesive bonding, fastener installation, and a variety of additional factors.

Developed SolidWorks models of vacuum pallets and manufactured for rapid implementation.Operated, maintained, and repaired 3 axis mills.Worked with exotic woods and metals in machine shop setting.Created intricate designs using laser cutter.

Used SolidWorks CAD Design Software to model, analyze, and evaluate a new robotics bodyCollaborated on multi-discipline team to create a mass manufacturable robot meant for displaying expressions.Repaired and improved robots that utilized brushless servo motors.Designed and created a robotic head using a 3D printing technology to actuate realistic artificial skin.

Conducted Graduate Level Thesis research over creating a fully 3D printed mobile interactive robot to be used with children for therapy.Used SolidWorks CAD Design Software to model, analyze, and evaluate the robot.Generated source code for prototype field testing.Collaborated on multi-discipline team to explore research of shape memory alloy actuated jellyfish robot.Completely designed the head and neck portions of a fully actuated humanoid robot

• Corrected Monthly Financial Reports for Operations in order to be up to review Wind Farm Site Performance.• Produced/implemented a document of contractual information based on each Wind Farm Site to be distributed through North and South America.• Inspected site vehicles so that all technical equipment, registration, and automotive care are up to date for each vehicle.

• Tutoring and supplemental instruction for UTD students in Physics: Mechanics, College Algebra, Pre-Calculus, Calculus I & II, Linear Algebra, Advanced Engineering Math, and Differential Equations.• Facilitated weekly review sessions to teach students in above studies.

• Assisted in Mechanical Engineering Senior Design Research for a life-sized robotic chess set.• Created and designed robotic chess prototypes capable of wireless communication.• Used Creo Elements/ProE to model and analyze the prototype’s structure.• Generated source code for prototype field testing.

• Fabricated silicon rubber molds for curing dogbone samples made with single carbon fiber in resin.• Engineered dog bone samples made to show that a new way of interfacing carbon fiber with carbon nanotubes is stronger than previous methods of just using carbon fibers in resin.• Designed and created testing apparatus for testing Tensile Strength of samples using Instron Testing Machines.• Composed Research Paper to show the results of my work, proving that the new interfacing of carbon fiber with carbon nanotubes creates a stronger bond when placed in resin.

• Assisted in award winning Electrical Engineering Senior Design Research for a micro cooling system.• Created and designed heat transfer devices for their micro cooling system.• Used Creo Elements/ProE to model the prototype.• Monitored electrostatic devices in use for compression of gases.

• Used AutoCAD to create hallways, rooms, and layouts to make buildings more functional.• Corrected specification files for Building Plans in order to be up to date on US Standards.• Produced tables of information based on several diagrams of different health care facilities to be able to give accurate information to the customer.• Ensured that all technical drawings were shipped to the appropriate consultants for verification.