Shahad Alneesan

**** **** ********* ***, ** Cajon, CA 92019

619-***-****, ady71i@r.postjobfree.com

SKILLS & QUALIFICATIONS

• Software Language: MATLAB, Java, C/C++, C#, Python, OOP, Linux, and Assembly.

• Testing computer modeling, graphics and developing computer databases.

• Using Verilog (FPGA Programming) to design microprocessors and create personal projects.

• Knowledge in PCB Design, Controls, LTspice, and Multisim.

• Knowledge in signal processing (synthesizing, analyzing, classifying, modifying, transmitting, and receiving signals, such as sound, images, altimetry processing, and scientific measurements).

• Understanding fundamentals of signals, periodicity, energy and power of signals, and signal operations.

• Knowledge in sensors such as Ultrasonic sensors, Laser Light sensors (Lidar), and Electro-optical sensors (converting the light into electric signals).

• Familiar with Types of Transformers.

• Knowledge in Digital System.

• Knowledge of the energy laws, types of energy and energy transportation.

• Familiar with Diodes, Transistors, and Amplifiers.

• Familiar with the functions and the hardware circuit of the Transmitter and receiver of the Radar.

• Familiar with multiple Power Supplies, Oscilloscopes, Signal Generator, Analyzers, and Multimeter.

• Design a logic combinational circuit using Vivado Software, and a power supply.

• Knowledge in Embedded System Using C Language. (IO programming using parallel ports, serial ports, timers, and D/A and A/D converters; interrupts and real-time programming; program development and debugging tools).

• Organized ability to follow directions and updated with modern technology.

• Quick learner and Team worker

School

Projects

• Finding the output of the LTI systems using convolution integral and use Laplace transform to analysis LTI systems.

• Calculating the Fourier series of orthogonal decomposition of periodic signals and calculating the spectrum of signals by using Fourier transform.

• Generating multiple types of signals using a signal generator.

• Measuring the frequency and amplitude of the signal using Oscilloscope.

• Generating, Plotting and Integrating Signals in MATLAB. I used MATLAB to plot continuous-time signals, to compute the definite integrals of functions and find the energy.

• Using MATLAB Simulink to calculate the Total Harmonic Distortion of a Signal. Simulated feedback control systems to find their steady state error by calculating the steady state error for the system for different input function and disturbance function.

• Calculating the desire impedance to transfer the maximum average of power.

• Designing and understanding the circuit and the hardware of the antenna that sends electromagnetic energy towards the object (target) and analyzing the echoes that reflect from that object.

• Completing many experiments using switches. I designed an emergency shut off button by using voltage source, resistors, and switches.

• Using Arduino Board and the Ultrasonic sensor to control the movement of the robot (Senior Design Project).

• Computing the current and voltage of the Ideal Transformer.

• I developed a basic MPEG Video encoder and decoder using MATLAB that helps to compress and decompress videos for transmission between locations.

• Creating a lightweight, multi-agent autonomous robot network that has the ability to traverse over a complex terrain consisting of geographical, physical, and angular obstacles to arrive at a user-defined target sample. (Senior Design Project-Team Project)

• Interface Python IDE and an Arduino with PySerial by implementing the code that sends data to build the robot vision to Arduino to control the movement of the motors. (Senior Design Project-Team Project).

• Implementing multiple software code using Arduino to control the many types of motor controller such as stepper motor and DC motor (senior design)

• Using the combination of the LiDAR, Inertial Measuring Unit (IMU) and the onboard cameras to identify objects of interest (Senior Design Project-Team Project)

• The LiDAR was used in our solution as a sensor for the purpose of remote terrain mapping both to transmit valuable data regarding the local physical environment to the user, as well as providing necessary data for autonomous functionality. Additionally, the LiDAR integrated into the system allows for the robot to search for and recover specified objects of interest in a given location, which was a task that has been successfully completed by the robot.

• Designed Single-cycle, Multi-cycle, and Pipeline Processor and Simulated using Verilog HDL.

• FIR Filter Implementation on the MIPS Pipelined Processor.

• Developing Login and Registration System and Car Rental System using C++ language by implementing classes, object, inheritance, and encapsulation.

• Familiar with using the FPGA board (Basys 3 board). I designed a digital clock using various peripherals of the FPGA board.

• Developing python code that detects the object and measures the distance of the object using a real sense camera and Linux operating system. Installing the packages of a real sense camera on Jetson Nano. (Senior design project)

• Developing a windows application to manage orders and billing for a system using C#.

• Creating filter and detect the noise from recording audio using Matlab and LTspice

• Creating Amplifiers using transistors and Mosfets based on required gain. Test the result of output using LTspice.

• I used theoretical rectifier, filter, and regulator calculations in a practical and hands on manner. In this project, I designed the triple output power supply by using the theories that I have learned about rectifiers, filters, and regulators to convert an AC signal into a DC signal so it can be used to power a digital circuit.

Personal Projects

• Design my own Blackjack game using C language and converted to assembly language.

• Design system to Control Vending Machine using Verilog HDL EDUCTION

San Diego State University B.S. - Computer Engineering May 13, 2023 GPA - 3.859

Highlight courses: MICROPROCESSORS, DATABASE AND WEB PROGRAMING, SIGNALS AND SYSTEMS, FUND OF ENGR ELECTRONICS, EMBEDDED SYSTEM PROGRAMMING, EMBEDDED OPERATING SYSTEMS, DIGITAL CIRCUITS, CIRCUIT ANALYSIS. Grossmont Community College July 2020

A.A. of Mathematics and Sciences with honors (transfer program) El Cajon, CA A.A of Natural and Computer Science with honors.

Certificate of Achievement in university studies

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