Sr Software Quality Assurance Verification/Validation, responsible for testing automation framework for 4-arm robotic medical system, software verification and coordinating software releases. Includes testing of specified components and overall system functionality of every subsystem to ensure product safety. In all aspects of Software development, with my strong understanding of testing and release processes in a regulated industry, and able to work with a multi-disciplinary engineering teams including, software development, software testing, electrical engineering, mechanical design engineers, and other functions to ensure highest quality for a marketed medical surgical device. I’m a motivated self-starter with the I can make it happen attitude.Task Assigned:• Bring up simulation station using Python script. • Using python scripts/bootloader to bring up a 4-Arm-robitic Combo stations including 4-Arms/i_platform/user interface console/Controller Tower.• Bring up and install updated software versions to run HW/SW compatibility.• Collecting and submitting Bug tickets• Retesting bug fixes• Preform bring up smoke test• Preforming VTPs testing• Using confluence as our VTPs hub• Used JFrog Artifactory to pull updated SW software • Used Jira to input workflow

• Performing all duties in compliance within ISO13485, IEC 60601-1, FDA's Quality and Regulatory requirements• Review existing fixtures and make recommendations to improve accuracy and repeatability.• Review drawings tolerance for stack up, and GD&T recommendations.• Work on problems of complex scope and analysis data involves multiple competing factors. • Demonstrate 95% confidence level using Z-score method to obtain system analysis.• Interact with engineering and maintain strong working collaboration and relationships.• Listen to and understand others' points of view and articulate tactfully and respectfully one's own perspective, in writing, and in presentations.• Ability to work independently with flexibility to new and varied responsibilities.• Strong understanding of Client processes.• Excellent time management with respect to priorities with self-management skills.• Execute priorities with speed and agility.• Wrote Test protocols:o Accuracy and comparison to a competitor’s data will be used for their 510K claims.o Transportation o Environmental o Immunity (IEC 60601-1) EMI/EMC/ESDo System acceptance requirementso General System testingo System Safety Test

2-year contract with Meta,on development of CAPex equipment to mimic the user experience, internal DOE and test setups for verification on existing product Ray-Ban Stories glasses to better understand potential issues or product improvement, and setting up the roadmap for future product testing, example on test equipment developed:• Camera stabilization fixture, to mimic user experiences (Running/Jogging)• Designed a fixture with an artificial eye tracking using Liquid Lens Camera to measure the heads-up display quality in different lighting conditions• Deformation fixture to simulate large users’ heads, to help understand the camera Lens Skew• Wrote scripts on different environmental profiles conditions, using a thermal chamber • Designed test fixtures (touch/swiping/Torque) using an Instron in combination with a strain gauge, that connected to a DAQ for data acquisition• Designed an Acoustic chamber 7' x 7'x 5', to simulate different environments and to test privacy audio while on the phone, and background noise, to calibrate ANC• On/Off head detection fixture, to test a proximity switch while the glasses are on the user’s head, or to detect if the glasses are NOT on the user’s head, to conserve power• Assembled wired up a (UR3) robotic arm added safety enclosure and interlock on each door for safety to make sure that the robotic arm will shuts down if the doors are open• Managed and built a Solar chamber to run any devices under solar radiant load from 27C and 35C @ 700-900W/m2• Deigned the Floor plan layout for three Labs one for the Disneyland Park and the other Enchanted TiKi lab and one offsite Lab (Quest) Legoland, coordinated with facilities and operation on getting the permits in place for (Capital equipment) the thermal chamber/acoustic chamber and the layout of the benches for power drop requirement, and for Legoland power requirements and capital equipment

As CTO of Product Development and FounderI'm Taking in-ear wearable devices to the next level.• Personalized Sound to Unique Hearing Profile (V2)• Will Connect To AI Platforms• Mild Hearing Loss• Patented Swappable Batteries • Hot Swap Combined 40 Hour Battery Life with Charger Case• All Bluetooth Capabilities • Clean, More Compact Design • Incredible Sound Speaker• Fits Multiple Ear Sizes, For All Day Wear.• Bone Conduction Mic with Active Noise Cancellation• Bluetooth Antenna with 40+ Foot Connectivity RangeVisit my website: https://www.acouva.com

I have Designed a wearable in ear device using the CSR 8670 chip with 4.1 Bluetooth capabilities developed the program code through Spy interface. Based on my pass experience with InSound Medical/Ihear Medical, I have successfully designed working prototypes in five months this allowed us to secure angel funding of 4 million. The working prototype consists of:CSR 8670 has a DSP/Codec CSR 8670 classic Bluetooth 4.1 TWSCSR 8670 also has ANC capabilitiesCSR 8670 also has BLE capabilities Two microphones (Lic.Beam forming) Accelerometer (Step count/Tap functions) Rechargeable device with Charger CaseRemovable Cap for a Disposable battery with membrane protectionDesigned replaceable Seals with membrane protection (XSmall /Small/Medium/Large/XLarge)Working with a team on the development of our own AI platform9 wearable headset Patents, and 5 have been accepted.

I have Designed a100% invisible extended wear (CIC), hearing device that is completely in the ear canal. I have successfully designed working prototypes that’s currently being sold in the market, I have designed all test fixtures to help characterize our seals and designed custom seal molds, implemented a process for nano-coating to allow for the device to be submerged up to 3 feet under water. Filed a 510(k) to allow for OTC hear test. Successfully obtained our Declaration of Conformity (CE mark). I have 22 Patents, and 11 have been accepted.Patent no:20110058697 Canal Hearing Device with Disposable Battery Module20130243229 Battery Module for Perpendicular Docking into a canal Hearing Device20140003639 Method and System for Transcutaneous Proximity wireless control of a hearing device20140150234 Tool for Insertion of a Canal Hearing Device into the Ear Canal20140153761 Dynamic Pressure Vent for Canal Hearing Devices20140153762 Earpiece Assemblies with Foil Clip20140254843 Disengagement tool for a Modular Canal Hearing Device and System Included20140254844 Rechargeable Canal Hearing Device and Systems20130294631 Earpiece assemblies with foil clipWO2011031881A2 Canal hearing device with disposable battery moduleUS20160192050 A1 Smart Flexible Interactive EarplugHands on and overseeing the design development. Manage cross-functional teams from EE engineers and software, interacting closely with our outside vendors, manufacturing, business development and marketing functions. Supervised and worked close with our senior engineers, technicians and project managers to meet our company goals.My technical focuses are on mechanical and flex circuitry design, particularly high-volume micro injection molded products. I have the need on keeping a deep understanding of the logistics and technical challenges with COGs.The device consists of:1. Using an ultra low-power On-Semi chip (SB3229 ) circuitry in combination with a proprietary DSP algorithm.

Assisted on the development of the Lyric, from the foam seals/custom battery/flex circuitry/electronics. Made recommendations and implemented processes for repeatability; Build a DHF directory, created a standard drawing format with standard note, designed a bill of material that all attributes to populate the bill of materials Via SolidWorks, coordinated and wrote SOP, test methods, risk analysis and verification and validation reports. Developed tooling fixtures to support the production line, based on MPI for manufacturing processes to support the manufacturing floor. Designed micro ejection molded parts and selected polymer for Bio-compatibility for contact in the ear canal, reduce cost to keep in line with the COGs. Collaborated with an internal cross-functional team, 3rd party design partners and suppliers. Created an ERP system from scratch to track cost and product tractability.

Provided technical assistances and designing from tooling to system product with a project team of engineers that developed an application for drug coating stents. System allows repeatability up to 100% yield in product delivery. Developed and implemented a Q.C. station for a radiation chamber to inspect the level of the radiated source wire. Process developed for manufacturing and pilot build improved yields from 20% to 80%, decreased turnaround time by 75% and reducing floor space by 65%. Redesigned and implemented mandrel loosener head. System used to separate coating from a titanium wire. Prior to redesign, loss of product reached 80%. After redesign, the loss is a minimal 3% producing a cost savings of 3 to 4 million dollars per year. Provided technical and documentation assistance, designing from tooling fixtures to system product development, with engineering project team to develop applications for new laser welding source wire tip with a diameter of .010 inch. Delivered systems and supporting documentation to manufacturing by release date for FDA approval and laser safety. Implemented a redesign of an eight-jaw servo crimper because system down time was 92% and there was 85% difficulty for repeat build and calibration. After redesign, the down time reduced to 5% for maintains only and 2% for difficulty of reassembly and calibration. Designed tooling and documentation for several projects including a fully automated system for laser cutting device using yag laser for cutting stents and a SYNRAD laser system, used for welding balloons on to a source wire. Released documentation for validation and assemblies for incoming inspection. Developed and implemented Designed 19 inch racks systems to house UPS, computer and Impact controller for motion control. Generated the documentation for hardware validation and qualification, along with all the detail drawing to support the release of products for FDA approval using DOP32.

Developed and implemented, with project team of engineers, a 200-DVD changer; manufactured in Dongguan City, Shenzhen, China. Developed rapid tooling for sheet metal and ejection molds. Set up process control parameter for the production line, for incoming inspect and validation to support product release. Documented appropriate G.D.T. tolerance for fabricating sheet metal, rapid tooling, ejection molds and die stamps parts. File management of all-electronic files to keep the main layout current and files in order. Established controlled drawings for PCB cable assemblies and component specifications supporting all products and repeat builds.

Lead a high accuracy team of eight to redesign an electro static printer with a front end loading and handling of the media. We improved the accuracy output, thereby improving customer satisfaction. Supplied CAD designs and drawings for fabrication. Worked with model shop to produce a prototype unit. Trained field service on performing upgrades. Lead team members in problem solving brainstorming using the "Fishbone" diagram for list classification and reduction. Performed design of experiments for data gathering. Filtering for effect, cost and delivery time. Created molds for sand casting and blow molding to reduce cost of new products. Provided technical assistances and designing for an electro static printer. Assisted in designing an ink jet printer from ground up. Generated tooling fixtures to support the manufacturing department's assembly process. Strong geometric tolerance background ensured all parts were machined to a tight tolerance. Worked with manufacturing engineers to cut costs and improve the assembly process. Developed exterior packaging, sheet metal structure, skins, and panels. Generated drawings for product release. Wrote ECO's to revise drawings for production build.