Objective

Seeking, challenging and rewarding career with a company where I can utilize my interpersonal skills along with my professional expertise towards the growth of the organization. Also, being an aspiring engineer pushes me to want to help companies advance in solving their problems and goals.

Education

San Francisco State University

Spring 2014 – Present

Bachelor of Science in Electrical Engineering

Expected Graduation: December 2017

GPA(4.0 Scale): 3.6

Relevant Coursework: Digital Design, Linear Systems Analysis, Digital Signal Processing, Microelectronics, Intro to Computer Programming, Intro to C Programming, Intro to Unix/Linux, Design with Microprocessors, Operational Amplifier Systems Design, Data Structures, Electric Circuits, Electromechanical Systems, Control Systems, Communication Systems, Electromagnetics, Computer Systems, Digital Systems Design, Renew Power System and Smart Grid.

Experience

SFMTA Fleet Engineering

San Francisco, California

Engineering Intern

June 2017 – December 2017

Collected and gathered on-the-field engineering data.

Conducted periodic field visits to maintenance yards.

Prepared road call reports for Trolley buses.

Used Visual Basic and Python to prepare Excel reports.

Learned about Trolley and Hybrid vehicle subsystems.

Learned how to read vehicle system schematics.

Conducted research and held meetings for new sliding electric doors for the new electric buses.

Conducted research about power requirements for the plug in and overhead chargers for the new electric buses.

Ross Dress for Less

Antioch, California

Sales, Cashier/Customer Service

May 2015 – September 2015

Ringing up sales on cash register and did returns/exchanges.

Recovered and organized items and products on shelves and displays.

Provided excellent customer service.

Projects

Autonomous Avoiding Obstacle Robot

Developed an autonomous robot that sensed and avoided obstacles

The system successfully interfaced two PSOC 5LP microcontrollers and an Ultrasonic Range finder.

PSOC 5LP was programmed in C using PSOC creator 4.0.

Also, this autonomous avoiding obstacle robot was developed and programmed using an Arduino Mega 2560.

Contactless Sensing for Transplant Rejection Research Project

Developing a device that detects impedance measurements of a body organ wirelessly

The system is programmed with C and interfaced a digital impedance meter, AD5933 and an op-amp, AD8606 using an Arduino microcontroller.

The data from the microcontroller is sent out via a Bluetooth transmitter.

PCB layout using Eagle.

Skills

Languages/Software:

Matlab/Simulink, LTSpice, Xilinx ISE, Cadsoft Eagle, NetBeans, Unix/Linux, Microsoft Office, Excel, C, Java, Python, VHDL, familiar with Verilog, Autodesk fusion 360, Visual Basic, familiar with HTML, familiar with AutoCAD, and Arabic.

Equipment:

Oscilloscope, Waveform Generator, Digital Multimeter, Power Supply, Soldering, FPGA, Microcontrollers (Tiva, Arduino, PSoC 5LP).

Honors & Activities

Member of the Institute of Electrical and Electronics Engineers (IEEE)

Tau Beta Pi 2016 – Present

Dean’s list at San Francisco State University 2016 – Present

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