Electrical Engineering Microsoft Office

THAOLAM T. NGO

206-***-**** linkedin.com/in/thaolamngo ac4ebb@r.postjobfree.com

OBJECTIVE: Looking for an Electrical Engineering full-time positions or internships SUMMARY OF SKILLS & KNOWLEDGE

• Software: Java, C, Verilog HDL, MATLAB, LabVIEW, SSH, GIT

• Developmental Platforms: Linux Environment, Altera Cyclone IV FPGA, Arduino UNO, Beagle-Bone Black

• Integrated Designing: ARM Cortex A8 Microprocessor, RF TX-RX Bluetooth, IR Distance Sensor, H-bridge, CMOS

• Testing instruments: Oscilloscope, System DC Power Supply, Function Generator, Digital Multimeter, Transformer

• Other Skills: Schematic Design, Circuit Prototype, Breadboard Assembly, Microsoft Office EDUCATION

• University of Washington, Seattle, WA

• GPA: 3.73 (Dean’s list 5 quarters)

• Bachelor of Science in Electrical Engineering: Dual concentrations in Embedded Systems & Power Electronics

• Expected graduation: June 2018

PROJECTS AND EXPERIENCES

Wirelessly Powered LVAD – UWEE Entrepreneur Capstone (Winter 2018 – Spring 2018)

• Design a vest embedded with a transmitter that is used to wirelessly provide power to LVAD via a receiver implanted inside human body

• Responsible for implementing wearable ECG sensors to monitor heart pulse and adjust blood flow accordingly

• Develop C program to transfer data between transmitter and receiver via Bluetooth Electrohydrodynamic (EHD) Propulsion – (SEAL) Research Assistant (Winter 2018 – Spring 2018)

• Designing an avionic system using a plasma actuator to reduce wind-flow separation to prevent stalling

• Performing test on NACA 0015 airfoil with an asymmetric dielectric barrier discharge (DBD) actuator in wind tunnel

• Experimenting with MEMs modeling using COMSOL and MAXWELL software Interruptible Embedded System Design (Spring 2017)

• Built a RoboTank with automotive and controlled operational functionality

• Developed C program to collect analog data from controller, to read/store converted digital data via Bluetooth and IR sensors; the data later used to generate signals inputted to H-Bridge for driving motor Computer Architecture (Winter 2017)

• Developed and simulated a pipeline CPU comprising: data memory, data path unit, and control unit following the Harvard computer architecture

• Designed a 16 x 2k SRAM architecture featuring a 11-bits address bus, a 32-bit bidirectional data bus, a 32 x 32 Register File, and a 16-bit ALU using Verilog HDL

• Hand-compiled: C fragment into assembly code, and assembled into machine language for an instruction set Synchronous Buck Converter (Autumn 2017)

• Designed a DC – DC step-down converter meeting the design specs with closes loop control

• Compared different commercial PWMs, MOSFETs, and controllers for design optimization Power Flow Solver (Autumn 2017)

• Designed and documented a MATLAB program solving a power flow problem using Newton Raphson method with a 12-bus system input data, one swing bus, 4 PV buses generators, and 7 PQ buses

• Tested power system’s behavior under base case and contingency conditions informing users about any power overflow or violations only with 3 iterations

Cash Office Clerk (June 2016 – Present)

• Cash management using RATEX; record University Bookstore revenue includes: cash sheets, deposit summaries, audit or discrepancy reports, word processing or spreadsheet software; mentor new employee

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