Electrical Engineer Engineering

DIJIMBA KABUYI ILUNGA, EIT

**** ********** ****** ***. **** Arlington, TX 76006

+1-214-***-**** ***********@***.***

PROFILE

Recent graduate in Electrical and Electronics Engineering in Fall 2016 seeking full time position as an electrical engineer. Perfectly bilingual in French and English. Equipped with a diligent work ethic and able to excel in a multidisciplinary team. Capable to sustain a fast-paced schedule, and to adapt in any environment. Obtained certificate from the World Bank Group with statement of leadership accomplishment in Financing for Development. Competent in design and analysis of: printed circuit board, digital logic circuit, transmission line, closed loop system, analog bipolar junction transistor, field-effect transistor amplifier circuit and antenna systems. Special interests in microelectromechanical system and electric power system including electric power generation, transmission, and distribution.

EXPERIENCE

Tarrant County College District – South Campus

Computer Hardware Lab Assistant Fort Worth, TX 2018

- Organized programmable logic controllers laboratory items

- Systemized electronics building inventory room (Excel sheets, electronic component arrangement)

- Tested, programed and troubleshooted PLC (Allen-Bradley MicroLogix 1100, Allen-Bradley MicroLogix 1500, Allen-Bradley PLC 5, Allen-Bradley ControlLogix, Siemens SIMATIC S7-1200)

One Community Global

Engineering Consultant Los Angeles, CA 2017

As part of an open source earthbag village, the One Community organization was in the process of building and blueprinting an ultra-eco vermiculture (worm composting) solid waste processing option that includes a traditional toilet and septic option. The purpose of such design is to demonstrate indoor worm composting as an option for repurposing human waste and ultimately demonstrating the duplicity of a unit leading to a complete village model capable of producing zero waste.

Roles:

-Researched commercial bathroom requirements

-Created initial electrical layout of the unit and proposal in AutoCAD and AutoCAD Electrical

-Created breaker panel design specifics in AutoCAD Electrical

-Created detailed electrical parts in AutoCAD Electrical

-Designed power riser diagram and defined wiring method, feeder sizes, proper grounding and bonding jumper sizes

-Designed reflective ceiling plan in AutoCAD

-Designed power plan showing floor layout and electrical equipment location in AutoCAD

-Determined working clearances in accordance with Article 110, Part II of the National Electrical Code

-Created cost analysis using Excel

PROJECTS

First Responder Vehicle Early Warning System in Mock Up System

Student Arlington, TX 2016

Modern cars are endowed with efficient sound-insulated cabins and audio system that can transform a civil vehicle into one of the most dangerous hazard to clear for first responder vehicle. This project consisted in designing a device to alert the driver of the presence of an approaching emergency vehicle before said driver can hear the sirens. The mock-system was comprised of the Arduino tweeny microcontroller (central) communicating via CAN bus with other Arduino Uno for directionality of siren provenance.

Roles:

-Wrote simulation code for detecting the sirens in MATLAB using Wheelen Engineering siren tones library as base

-Chose microphone sensors achieving a 1400 feet, 360 degree effective range of sound detection

-Developed an algorithm for the device to determine direction of siren emission in C++

-Designed printed circuit board for detection system forming broadside and endfire beamforming system

Digital Compression in Telecommunication

Student Arlington, TX 2016

This project consisted in implementation of at least two digital compression techniques on samples of audio files as well as video files using the MATLAB software.

Tasks conducted:

-Read audio and video samples into MATLAB, audio going first then video after

-Applied Pulse Code Modulation (PCM) with 16 quantization levels

-Applied Differential Pulse Code Modulation (DPCM) on both side of a channel (transmitter and receiver) to the original sample (audio/video) with a 4-bit quantizer for the difference signal and a 1st order linear predictor

-Added a bit-encoder to the transmitter and a bit-decoder to the receiver of the DPCM system with use of on-off line code and raised cosine for pulses

-Added a Binary Frequency Shift Keying (BFSK) modulator at the transmitter and a BFSK demodulator at the receiver side of the DPCM system (1 Kbps data rate; 1 MHz frequency of ‘0’; frequency of ‘1’ selected according to minimum spacing criteria)

-Test the channel for signal-to-noise ratio (SNR) of -20, -10, 0, 5, 10, 20 and 30 dB

-Run inter-frame compression for original video sample

EDUCATION AND CERTIFICATION

University of Texas Arlington 2016

Bachelor of Science in Electrical Engineering

Texas Board of Professional Engineers 2018

Engineer-In-Training

Tarrant County College District 2018

Programmable Logic Controller Formation

COMPUTER PROFICIENCIES

C

VHDL

MPLAB X IDE

Unix

Microsoft Office

PsPice

Eagle PCB

Matlab

HTML

RsLogix 500

PTC MathCAD

MS-DOS

Python

Multisim

AutoCAD Electrical

MEMBERSHIP

Institute of Electrical and Electronics Engineering (IEEE) 2012 - present

Contact this candidate