Jarod Ramirez Email and Phone Number

Year-long Senior Project during academic career at San Diego StateUniversity sponsored by Fluidra, a leading global company dedicated tothe pool sector. The goal of this project was to illuminate a steady,adjustable jet of water for decorative use in home pool applications.• Created project management plan, risk assessment/mitigationstrategies, and an organized file naming convention to ensure projectsuccess using: Microsoft Excel, Google Drive, Docs, and Slides.• Designed product for manufacturing by injection molding and for easeof assembly using Solidworks.• Used CFD data from Solidworks Flow Simuation to achieve laminarwater flow under variable pressure in conjunction with LED light.• Designed refractory optical component to focus light from a multicolorLED light into stream of a laminar water jet using Solidworks.

Summer Job between Fall and Spring semesters.Oliver has been developing sterile, cost-effective, protective healthcareand medical device packaging for over 40 years.• Maximized usable material during simultaneous operation of multipledigital cutting tables by adjusting the orientation of cuts.• Optimized job order schedules to efficiently reduce machine time byusing JobBoss to send job orders to different cutting machines basedon their overall dimensions.• Manufactured parts from drawings using manual lathe, mill, and more.

Cognionics offers a wide range of advanced, mobileelectroencephalogram (EEG) systems. These systems are used tomonitor and evaluate electrical activity in the brain. • Manufactured, assembled, and quality-controlled EEG headsets. • Designed enclosures of printed circuit boards and other electroniccomponents, jigs for use in manufacturing, and molds for castingusing Solidworks. • Created humidity controlled booth to minimize failure rates of silicone-resin casted parts • Prototyped and implemented product improvements such as comfortand signal quality using 3D printing (ABS, PETG, PLA, Nylon, SLA), aswell as resin and foam casting. •Improved design of products worth over $10,000 by implementingsystems consisting of springs and swivel mechanisms usingSolidworks.• Reduced require labor time of dry-EEG sensor production by over300% through the incorporation of an abrasive-fluid method.• Designed geometry and manufacturing method of in-ear EEG sensorsfor long term applications.Key Accomplishments: 1. Band-Pad Comfort: • Developed multi-axis pivoting earpads allowing user to wear EEG headset for longer periods of time. 2. EEG Headset Component Changes: • Redesigned enclosure geometry due to multiple changes on PCB of preexisting EEG device.3. EEG Headset Central (Cz) Sensor Comfort: • Developed mechanism to increase comfort of central sensor on different caliber EEG headsets allowing user to wear the device for longer periods of time. Accommodated two different sensors. 4. In-Ear EEG Sensor: • Designed different geometries of in-ear sensors aimed at maximizing comfort while reducing impedance