Computer Engineering Electrical

Ali A Alqudaihi

Auburn Hills, Michigan, USA

248-***-**** ********@*****.***

CAREER FOCUS: ELECTRICAL AND COMPUTER ENGINEERING

Electrical Engineering Ph. D. graduate with sensor fusion, measurement estimation and decision-making experience. Skilled in making and applying algorithms, troubleshooting and problem solving to solve technology issues. I can adapt to different areas where I can employ my technical, organizational and communication skills to meet the requirements of the organization.

EDUCATION

Ph.D. in Electrical and Computer Engineering; GPA 3.63 April 30, 2018 Oakland University, Rochester, MI

Master of Science in Electrical and Computer Engineering; GPA 3.73 Dec 2011 Oakland University, Rochester, MI

Bachelor of Science in Electrical Engineering, GPA 2.73 May 2009 Saginaw Valley State University, Saginaw, MI

WORK EXPERIENCE

Teaching Assistant September 2017 – April 2018

Oakland University, Rochester, MI

Teaching and guiding students in lab with the design of electrical circuits for desired outcomes under the course

‘Introduction to Electrical and Computer Engineering’. Telecommunications Technician “Internship” January 2005 - May 2005 Saudi Aramco, Dhahran Eastern Province, Saudi Arabia

Inspected and tested phone cables, recorded and analyzed test results, to assess transmission characteristics and locate faults or malfunctions.

Measured signal strength at utility poles, using electronic test equipment.

Disassemble broken or defective equipment to facilitate repair and reassemble equipment. TECHNICAL SKILLS

• Computer Skills: Professional in using Microsoft Office (Word, Excel, Visio, and Power Point)

• Modeling, Simulating, and Analyzing Software: MATLAB, Simulink (Modeling and Designing electrical and mechanical systems),

Saber (Design and Analysis electrical circuits), Programming and architectural knowledge of dsPIC30f4013, motor controller30f4011/4012, Arduino.

RESEARCH INTEREST

• Kalman Filter, and Extended Kalman Filter; Fuzzy Logic Control; Digital and Automatic Control Systems; Microcontroller-Based Control Systems; Voice Recognition; Linear and Non-Linear Signals and Systems Modeling and Simulation.

RELEVANT WORK

Ph. D. Thesis: Application Of Fuzzified Extended Kalman, Sensors Similarity And Complementarity And Hyper- Fuzzy Decision To Multi Agent Indoor Security Monitoring.

Landing and Walking on the Moon Control Systems: Designed, modeled and simulated a lunar module lander and a moonwalker robot using MATLAB and Simulink. Developed a reaction control system for the lunar lander and a drive control system for the moonwalker robot.

Omni Directional Robot Drive Control: Modified the drive controls of an existing omni-directional robot. Modeled and developed the pulse width modulation (PWM) control subsystem for the DC motors. Implemented and designed the closed loop feedback control.

Memristors Modeling, Simulation, and Applications: Designed, modeled, and simulated a memristor circuit using Simulink.

Voice Activated Car: Designed and built a voice activated toy-car to be controlled by the voice commands. Designed a speech

recognition program using MATLAB. Developed a dynamic time warping word recognition system. PUBLICATIONS

Alqudaihi, Ali, Mohamed Zohdy, and Hoda Abdel-Aty-Zohdy. "Applying Hyper-Fuzzy Extended Kalman Filter to Indoor Security Monitoring." ICGST International Journal on Automatic Control & System Engineering. Vol.17, Issue1 (June 2017): 41-51.

Alqudaihi, Ali, Mohamed Zohdy, and Hoda Abdel-Aty-Zohdy. "Multi-Sensor Fusion Indoor Security Based on Interval Probability, Extended Kalman Filter and Fuzzy Rules Pruning." ICGST International Journal on Automatic Control & System Engineering. Vol.17, Issue1 (December 2017): 21-28.

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