Embedded / Firmware
C/C++embedded CArduinomicrocontrollersARM platformsbare-metal programmingSPIUARTsensor integrationactuator controlfirmware debugging
Electrical Engineering • Embedded Systems • Hardware Prototyping
Mohammad Siam
Electrical Engineering Student | Embedded Systems | Hardware Prototyping | Robotics
I build and debug embedded hardware systems that connect sensors, firmware, and electromechanical control.
Last updated: June 7, 2026
About
Engineering between firmware, electronics, and motion.
I’m an Electrical Engineering student at Texas Tech University focused on embedded systems, firmware, and robotics. I build and debug microcontroller-based systems that integrate sensors, actuators, motor control, and communication protocols, with an emphasis on reliable real-time performance through testing, calibration, and iteration.
Skills
Tools and fundamentals I use to build and debug systems.
Hardware / Prototyping
breadboardingsolderingcircuit designKiCadschematic designPCB layout fundamentalscomponent selectionhardware troubleshooting
Digital Logic
VerilogFSM designcombinational logicsequential logicwaveform verificationdigital logic design
Testing / Data
PythonMATLABMathematicaPandasMatplotlibSeaborndata analysissensor calibrationprototype validation
Featured Projects
Project work in embedded systems, robotics, and digital logic
Hands-on engineering projects with source code, diagrams, and documentation covering firmware, sensors, motor control, communication protocols, and digital logic design.
Interactive Code Viewer
Representative code files for embedded, digital logic, and data projects.
Code tabs include the Arduino, MSP430, rover, RFID, and digital-logic samples currently included in this portfolio. ALU is kept as GitHub-only and Python data is kept as Colab-only.
Engineering Fit
Why this portfolio fits embedded, hardware, and EE internships
My background fits well with electrical engineering, embedded systems, robotics, and hardware internship roles because I have worked across electronics prototyping, firmware development, sensors, motor control, circuit fundamentals, hardware/software debugging, and electromechanical systems. The common thread in my work is designing a system, building a prototype, validating behavior, finding what fails, and iterating until the hardware and code work together more reliably.
I can contribute as a student engineer who is comfortable learning from test data, debugging at the boundary between firmware and hardware, documenting work clearly, and making independent engineering decisions while staying honest about what has been tested and what still needs validation.
Resume Snapshot
Concise summary
Education
Texas Tech University
B.S. Electrical Engineering
Expected May 2028
GPA 3.81
Experience
Embedded systems research involving C/C++ firmware, robotic prototypes, sensor integration, actuator testing, calibration, and debugging.
Python data analysis research using health data, feature engineering, classification accuracy, Pandas, Matplotlib, and Seaborn.
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