Resume

If you are interested in my resume - please download from this link.

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Professional Experience

Autonomous Systems Engineer Honda R&D America Marysville , OH Jan 2022 - Present

• Led ECU system level development and validation across multiple vehicle models from project kick off to mass production while working cross functionally to define, design and perform tests.
• Designed and implemented both HILS and on vehicle solutions for validating new and existing regulatory requirements for ECU development.
• Focused on FMEA, test design, dynamic and static testing of TCU (Transmission controllers) for the first year and a half. Transitioned into the Autonomous Systems role where I am currently developing a localized HILS bench for next gen ADAS system *Technologies Utilized: Automotive Bus (CAN, Ethernet), ETAS, VECTOR, IPEtronik, and CATIA

EE Co-Op - HW Test/Development Toast Inc Boston, MA Jun 2021 - August 2021

• Fabricated a fully custom automated robotic hardware testing platform based on the ESP32 microcontroller.
• Worked closely with a cross disciplinary team of engineers to create detailed specifications for an upcoming tablet. Collaborated with ODM/JDM manufacturing vendors through out the product development lifecycle.
• Analyzed and reviewed designs with multiple high speed signals such as MIPI, LVDS, gigabit ethernet and USB C.
• Technologies Utilized: ESP32, Python, Fusion 360, RF Explorer, and PADs viewer.

EE Co-op: Automation/R&D HW Development WardJET - Waterjet Cutting Machines : Tallmadge, Ohio May 2020 - May 2021

• Designed and implemented multiple data collection and analysis systems to assist with root cause analysis of clogs in cutting operations.
• Worked closely with engineers to develop processes for prototyping, testing and manufacturing of microphones and electronics for usage in waterjet process.
• Technologies Utilized: Python, Digital Signal Processing,Raspberry Pi, and MATLAB.

Lab Assistant for LTA Research & Exploration University of Akron Undergraduate Research: Akron, Ohio Sep 2018 - March 2019

• Worked closely with a multi-disciplinary team to develop custom rapid prototyping and fabrication solutions for a innovative Unmanned Aircraft System.
• Retrofitted new safety equipment, maintained, and calibrated a 300 watt industrial laser cutter.
• Maintained a print farm of over 15 industrial-grade 3d printers which ran 24/7.
• Technologies Utilized: SolidWorks 2018, Simplify3D, Octoprint, and RDWorks laser controller software.

Focused on building products and prototypes quickly in my free time. Developing a strong capability both electrically and mechanically. Split into an Electronics lab with additive manufacturing capability and 2000 sq ft shop space with equipment/tools and machines need for general fabrication and automotive repair.

Some Highlights include:

Electronics Fab

• Programmable Power supplies - GPIB/Serial/Analog
• Data Aquisition units - Fluke Hydra II DAQ, HP Programmable AC/DC Multimeter
• Oscilloscopes: Tektronix 100 mHz dual chanel analog, Siglent 50 mhZ dual channel digital
• Hakko FX888D Soldering Station
• Generic Chinese Hot Air reflow station
• Circuit Specialist - Reflow board preheated
• Wiring harness fab tools
  • Automotive harness
  • Automation panels MLL Electronics Reflow oven *Still in development - custom reflow controller

Metal Working/General Fab

• Miller Econo TIG; AC/DC up to 100 amps
• Miller Matic 142 MIG Welder
• 3D Printers - Voron 2.4r2, Ender 3, EPAX X1 SLA Resin
• Drill press
• Craftsman Belt sander
• Horizontal Band saw
• LMS 3990 CNC mill - *Restoration still in progress
• Southbend 9A lathe - *Restoration in progress

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