Electrical Engineer

Haidar Al Hassan New Graduate Electrical Engineer

PERSONAL INFORMATION LinkedIn: www.linkedin.com/in/haidar-al-hassan Mobile: 520-***-**** Email: ****************@*****.*** Location: Milwaukee WI KEY SKILLS

• Planning, Problem Solving, Critical Thinking, Time Management, Adaptability, Work Under Pressure, & Creative.

• Leadership, Excellence Interpersonal Communication, Active Listening, & Team Working.

• Languages: English (Fluent) & Arabic (Native).

TECHNICAL SKILLSET

• Programming: MATLAB, C, C++, Simulink, SimPower, Microsoft Office, PSCAD, RT-Lab, MPLAB X IDE, Vivado, LabVIEW, Arduino IDE, OrCAD, PSpice simulation, RSLogix, PLC, Eagle PCB CAD, VHDL, Verilog.

• Operations: OP-AMPS, Transistor – MOSFET/BJT, Oscilloscope, Function Generator, Potentiometers.

• Microcontrollers: Arduino Uno, PIC18F45K50 (HPC), Raspberry Pi. ENGINEERING PROJECTS

Senior Design, Wearable COPD Stethoscope August 2019 – May 2020

• Documented and set requirements based on use cases developed of old stethoscope prototypes.

• Conducted and construed a research of microphone filtration and tuning based in their schematic and results

• Designed the system with an op amp & gain potentiometer to retrieve a better filtered signal to detect abnormality sounds.

• Evaluated the overall power flow of the system to avoid shortage and overvoltage in OrCAD Pspice.

• Executed Arduino board to power up the system with safe voltage and Raspberry Pi board to collect the signal data being generated in the system.

• Generated spectral thermal analysis in MATLAB to indicate the level of the waveform of the lung sounds.

• Designed schematic and a PCB layout of the prototype utilizing Eagle PCB CAD. Energy Delivery Systems, Microgrid Control January 2019 – May 2020

• Designed a grid synchronized three phase power converter connected to a weak microgrid using different methods of Phased Lock Loop (PLL) to balance the microgrid’s voltage and frequency from an injected voltage imbalance.

• Used the PSCAD tool to build control system architecture and compare different PLL approaches by looking at Real and Reactive power tracking.

• Per unit analysis was used to illustrate steady-state values from the D and Q frames to successfully show decoupling of positive and negative sequence components leading to effective measurement.

• Paper currently being reviewed for IEEE submission: https://bit.ly/31Cvu6D Mechatronics for Innovation, Conveyor Belt March 2020 – May 2020

• Operated Logix pro for PLC’s to create ladder logic functions or optical sensors such as forward, reverse, and stop.

• Implemented a stepper motor connected with Arduino Uno that able to operate under given conditions.

• Designed a 3D model of the conveyor belt by Inventor Autodesk. Power Quality, Voltage Sags and Short Interruptions January 2019 – May 2019

• Conducted research to mitigate the problem using different methods such as Uninterruptible power supplies and Fast transfer switches, Energy storage flywheels and motor-generator sets, and Ferro-resonant transformers. SOFTWARE

RT-Lab Simulator: Built three-phase power system analysis models to measure voltages and currents from different structures of balanced three-phase circuits.

LabView: Utilized an FPGA board to set the parameters of an induction machine in order to study and identify the slip characteristics of the machine, torque and speed.

PSCAD: Compared the performance of a single-phase rectifier with a three-phase rectifier in terms of total harmonics distortion (THD), DPF, and PF.

SimPower/Simulink: applied Voltage fed converter model in SimPower to measure the Real/Reactive power and compare the result in Simulink model synchronous dq-frame. EDUCATION

BS in Electrical Engineering, University of South Florida May 2020 Cumulative GPA: 3.21 out of 4.00

RELEVANT COURSES/LABS

POWER COURSES: Energy Deliver Systems, Electric Machines and Drives, Power Electronics, Power Quality, Sustainable Energy, & Electromechanical Systems.

MECHATRONICS/CONTROLS COURSES: Embedded Systems, Mechatronics for Innovation, Linear Control Systems. OTHER COURSES: Electronics I, Semiconductor Devices, EM Filed, Signals & Systems, Intro to Electrical System I&II. LABS: Power Lab, Linear Controls Lab, Computer Tools Lab (MATLAB), & Basic circuit Lab. AWARDS & ACHIEVEMENTS

Fall 2019 & Spring 2020 Dean’s list for excellence academic performance during Fall and Spring Semesters Spring 2014 – Spring 2020 King Abdullah Scholarship Program by the government of Saudi Arabia

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