Electrical Engineering · Howard University

AMARU
MONGER

I'm Amaru Monger, an Electrical Engineering student focused on hardware, circuit design, power and computational engineering.

Amaru Monger
Selected engineering work

Featured Projects

2025—2026
Operational amplifier lab documentation
01 / HARDWARE

Operational Amplifier Signal Analysis

Built and evaluated an LM358 amplifier circuit using a XIAO SAMD21 signal source and oscilloscope measurements, then analyzed unexpected output behavior.

LM358 · XIAO SAMD21 · Oscilloscope · Breadboard
RLC transient response LTspice lab
02 / CIRCUIT SIMULATION

RLC Transient Response & Damping

Modeled series and parallel RLC networks in LTspice to study pulse-driven transient behavior, ringing, damping and resistance-dependent response.

LTspice · RLC Networks · Transient Analysis
Digital logic D latch and D flip-flop diagram
03 / DIGITAL SYSTEMS

Digital Logic & Sequential Systems

Designed and simulated multiplexers, D latches and master-slave D flip-flops while validating combinational and sequential behavior with timing analysis.

Logisim · Multiplexers · D Latch · D Flip-Flop
MATLAB computational electromagnetics lab
04 / COMPUTATIONAL EM

Gauss's Law & Divergence

Used MATLAB numerical field models to verify Gauss's law across multiple closed surfaces and study convergence of divergence calculations.

MATLAB · Electromagnetics · Numerical Modeling
About Me

Engineering with purpose.

Amaru Monger

I’m Amaru Monger, an Electrical Engineering student at Howard University with a strong interest in hardware, electronics, power systems, and computational engineering. I enjoy taking engineering concepts beyond the classroom—building circuits, testing hardware, analyzing system behavior, and using simulation and code to understand how designs perform.

Through coursework, technical projects, and engineering experience, I’ve developed a foundation in circuit analysis, digital systems, MATLAB, Python, LTspice, AutoCAD, and Revit. I’m continuing to grow as an engineer by combining hands-on experimentation with analytical problem solving and collaborative design.

MATLAB Python LTspice Logisim AutoCAD Revit Circuit Analysis Digital Logic Design Digital Systems Analog Electronics Operational Amplifiers RLC Circuit Analysis Transient Analysis Oscilloscope Testing Breadboarding Microcontrollers XIAO SAMD21 Boolean Algebra Karnaugh Maps Sequential Logic Electromagnetics Gauss’s Law Numerical Modeling Engineering Simulation Technical Documentation Engineering Design
Experience

Building beyond the classroom.

Ghafari Associates
Electrical Engineering Intern
Summer 2024
Whirlpool Corporation
BUILD Program Extern
Summer 2023
Howard University
B.S. Electrical Engineering · GPA 3.7
Dean’s List
Expected 2028