Muneer Majed Alsulami

Skilled Electrical Engineer with hands-on experience in designing, developing, and testing electrical equipment. Strong understanding of electrical systems, signal processing, and power distribution. Significant contributions in previous roles include innovative design solutions that enhanced system efficiency and reliability. Display excellent problem-solving abilities coupled with a knack for technical leadership.

• EEGR202: Electrical Circuit
• EEGR221: Signal and System
• EEGR317: Electronic Circuits
• EEGR410: Introduction to Networks
• EEGR424: Element of Power System Analysis
• EEGR480: Intro to Cyber Security

• Non-Traditional Communication Device (CIA-Sponsored) : Developed a secure, portable communication device designed to ensure confidential communication without reliance on centralized infrastructure. The device features advanced encryption for data protection, file-sharing capability, and a compact, key fob-sized design with a battery and button.
• Frequency-to-Voltage Conversion and LED Display Project: Worked on a project to demonstrate frequency-to-voltage conversion using the LM331 Integrated Circuit (IC), where different input frequencies were used to control a 7-segment display. The frequency from a waveform generator was converted into a corresponding voltage, and based on this voltage, one of seven LEDs lit up to display the numbers 1 through 7 on a 7-segment display. The project involved configuring an ADC, BCD decoder, and various resistors to create a functioning circuit, with practical applications in signal conversion and display technology.
• Power System Analysis:The project involved constructing a detailed one-line diagram using the SKM software and performing various power system studies, including short circuit and load flow analysis. Key tasks included evaluating 3-phase and single-line-to-ground fault currents, determining power factor and reactive power flows, and analyzing the impact of adding a capacitor bank on system performance. The project also included equipment evaluation to identify overstressed panels and explored both utility and generator-fed operation scenarios to ensure system reliability. This experience enhanced my proficiency in power systems engineering, fault analysis, and the use of SKM tools for real-world electrical infrastructure modeling.