Portfolio

Sam
Jamali

Electronic Systems Engineering Technology student building embedded systems, circuit designs, and network infrastructure.

University
Texas A&M University · College Station
Degree
B.S. Electronic Systems Engineering Technology
GPA
3.25 TAMU  ·  4.0 TAMUCC
Expected Graduation
May 2028
01

Projects

December 2025
IR Remote Light Switch

Designed and programmed an Arduino microcontroller in C using Arduino IDE with an IR receiver to control a stepper motor. IR inputs from a remote activate the motor to toggle a physical light switch on and off. Built a custom enclosure to house all components.

Arduino C IR Receiver Stepper Motor Embedded Systems
November 2025
PWM Speed Controller

Designed a state diagram and implemented it in a logic circuit simulation using logic gates, comparators, and flip-flops. Uploaded the design to hardware and used physical switches to step motor speed from 0% to 90% duty cycle in 15% increments.

PWM Logic Gates Flip-Flops State Machines Motor Control
April 2026
STM32 Assembly Cyclone Arcade Game

Designed and built the cyclone arcade game on an STM32 with assembly code only with the addition of an LED to keep the user updated on the state of the game and keep scrore. After ever correct button press the user's score is increased and the speed of the LEDs bouncing from end to end also increases, making the game more difficult as you progress.

STM32 Assembly LCD Screen LED control Embedded Systems
02

Related Coursework

Completed

Academic Year 2025 - 2026

  • DC Circuit Analysis
    • Focus on Kirchhoff's laws, mesh and nodal analysis, and Thevenin/Norton equivalnets.
  • Digital Electronics
    • Digital applications, number systems, digital logic devices and circuits, including sequential logic.
  • Embedded Systems Development in C
    • Introduction to C programming and embedded microcontroller systems.
  • Microcontroller Architecture & Low level Assembly programming
    • Functions and types of microcontrollers, low level instruction sets and how they are programmed.
  • Network Infrastructure & Programming
    • Study of LANs and MANs, including network design, operation, protocols, hardware, security, cabling, and Internet/TCP/IP communication systems.
  • Power Systems & Circuit Applications
    • Study of energy systems and AC circuits, including power generation, motors, circuit analysis methods, filters, waveforms, measurements, and simulation using Multisim.
  • Six Sigma & Applied Statistics
    • Study of probability and statistics for electronics, including distributions, data analysis, troubleshooting, and Six Sigma quality improvement tools.
Planned

Academic Year 2026 - 2027

  • Analog Electronics
    • Study of semiconductor devices such as diodes, transistors, and operational amplifiers, with applications in signal conditioning, power supplies, filters, amplifiers, and switching circuits.
  • Embedded Systems Software
    • Study of embedded computer software systems with emphasis on real-time systems, programming techniques, and development methodologies.
  • Electronics Testing
    • Study of electronic device and system testing, including test planning, specifications, measurements, calibration, sampling theory, and signal processing methods.
  • Electromagnetics and High Frequency Systems
    • Study of high-frequency concepts including electromagnetics, transmission lines, antennas, RF circuit design, wireless communication, fiber optics, and PCB layout.
  • Electronic Instrumentation
    • Study of control systems, sensors, data conversion, signal conditioning, biomedical transducers, digital signal processing, and computer-based data acquisition.
  • Advanaced Network Systems and security
    • Study of advanced network systems and security, including routing protocols, IPv6, NAT, DNS, VPNs, socket programming, and cryptographic protocols.

Academic Year 2027 - 2028

  • Control Systems
    • Study of automated control systems, including transfer functions, Laplace and Z transforms, feedback theory, simulation, and computer-based control systems.
  • Wireless Transmission Systems
    • Study of microwave, satellite, and cellular communication systems, including power budgets, propagation analysis, modulation, and practical engineering considerations.
03

Skills

Embedded Hardware & Programming

C for embedded microcontroller applications. Python with GUI development for rapid tooling. ARM assembly and microcontroller architecture for STM32 architecture.

Circuit Design & Analysis

Proficient with oscilloscopes, bench power supplies, and digital multimeters. Skilled at troubleshooting series, parallel, and complex DC and AC circuits.

Networking & IT

Mainating, installing, and troubleshooting networking equipment such as switches, aaccess points, and VOIP phoens across 30 schools. IT support for over 500 staff, faculty, and students.

Cybersecurity

Monitored and analyzed security tickets. Investigated malware using Microsoft Defender. Collaborated with IT teams to resolve incidents efficiently.

04

Contact

Open to internships, co-ops, and research opportunities in embedded systems, electronics, network engineering, and related positions.

Email [email protected] [email protected]
Phone 713-992-8714
Location College Station, Texas