Adam W. Gil | Electrical Engineering

Technical Skills

Programming

Python C Java MATLAB ARMSim

Design & Simulation

Multisim LabVIEW SolidWorks Fusion 360

Lab & Hardware

Oscilloscope NI-ELVIS Breadboarding GPIO PWM

Tools & Platforms

VS Code GitHub Google Colab Linux

Projects

🤖

Pi Car Pro Autonomous System

Built a Raspberry Pi-based robotic vehicle integrating servo motors, GPIO, and onboard sensors. Developed Linux and Python-based real-time control with PWM motor drivers, UV-based line tracking, and camera-based object detection.

Demo 1 — Line Tracking

Demo 2 — Object Detection

Python Linux GPIO Raspberry Pi PWM Computer Vision

⚡

Two-Stage Operational Amplifier Design

Designed and simulated a discrete two-stage op-amp using a CA3046 NPN transistor array and MPSA-13 Darlington pair on a ±10V supply. Achieved differential gain A_d = 400–500, input impedance R_id ≥ 20kΩ, and output impedance R_o ≤ 200Ω. Verified performance using Multisim Bode plots, CMRR measurements, and hardware testing on NI-ELVIS.

Multisim BJT Design NI-ELVIS Bode Analysis Analog Design

📡

Second-Order RLC System

Modeled and tested an RLC circuit, analyzing transient behavior, resonance, and bandwidth through time and frequency domain measurements.

MATLAB Oscilloscope Circuit Analysis

🔁

Sequential Logic & State Machines

Designed and implemented digital state machine systems, verifying correct operation through simulation and hardware-level testing.

Digital Systems Logic Design Hardware Testing

🔋

Op-Amp Voltage Regulation

Developed an op-amp-based voltage regulation circuit providing stable, low-noise power for sensitive electronic subsystems.

Op-Amp Analog Design Multisim

📊

Diode I-V Curve Tracer

Programmed a LabVIEW-based diode I-V curve tracer to automate measurement and visualization of current-voltage characteristics.

LabVIEW Instrumentation NI-ELVIS

E-Portfolio

A complete collection of lab work from Junior Lab I (EECE-3100) at LMU — including pre-lab reports, post-lab write-ups, data sheets, and simulation files spanning 11 experiments in analog circuits, digital systems, instrumentation, and amplifier design.

Download E-Portfolio (.zip)

Contains PDFs, data sheets & simulation files

Experiments Included

00 DC Circuit Analysis

01 Two-Port Circuits

02 Op-Amp Applications

03 Digital Decoder Design

04 Intro to LabVIEW — Ohm's Law

05 Power Supply Design

06 LabVIEW Diode Tester

07 Op-Amp Regulator Design

08 Sequential Logic Design

09 Second-Order RLC Circuit Design

10 LabVIEW Transistor Tester

11 Amplifier Design

Experience

Introduction to Engineering Lab TA

Aug 2025 – Present

Loyola Marymount University · Electrical & Computer Engineering

Led four lab sections of 34 students through circuit debugging, waveform analysis, and oscilloscope-based measurements
Evaluated lab reports and provided technical feedback to reinforce core electrical engineering concepts
Set up and maintained electronic instrumentation and test equipment

Calculus Grader

Aug 2025 – Present

Loyola Marymount University · Mathematics Department

Evaluated coursework for two Calculus sections, ensuring accuracy and consistency in assessment
Maintained academic records and supported faculty with timely feedback to students

Scheduling Office Assistant

Aug 2023 – Aug 2025

LMU Conference and Events

Coordinated scheduling and logistics for 1,000+ campus events using Mozevo and internal systems
Communicated daily with clients to support room assignments, event setups, and operational requirements

Education

Loyola Marymount University

2023 – 2027

B.S. Electrical Engineering · GPA 3.19

Coursework

Microprocessors Electronics Signals & Linear Systems Digital Systems Electromagnetics Computer Programming

Activities

🔭

PEEC Living Learning Community

STEM-focused residential cohort with weekly engineering seminars and visits to the Mount Wilson Observatory.

💡

LMU Entrepreneurship Certificate

Designed an AI-driven food delivery business model using dietary data to optimize grocery selection and meal planning.

🏒

LMU Club Ice Hockey

Maintained a full engineering course load while training, traveling, and competing in collegiate club athletics.