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Embedded platforms
Linux systems, STM, NXP, ESP and custom board support, from first concept to implementation.
Emad Shamsaki Available
Freelance Embedded Software Engineer | Control Systems Engineer
Embedded systems projects for Linux, STM, NXP, ESP, BeagleBone, control systems, communication stacks, Linux drivers, sensor integration, and project architecture.
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Project execution
Motor control, Linux drivers, sensor and camera integration, debugging, optimization, and bring-up.
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Industrial workflow
RTOS, communication protocols, Git collaboration, and structured development for technical projects.
About
I help clients transform embedded ideas into clear technical plans and working systems. My focus is on embedded Linux, STM, NXP, ESP, BeagleBone, motor control, communication protocols, and product architecture.
I can support projects such as Linux driver development, adding new components and devices (sensors or cameras, etc), integrating communication such as CAN, Modbus, UART, SPI, or I2C, and improving control applications for motors and industrial devices.
This website allows clients to understand my profile first, then move into a structured consultation request with a questionnaire and booking section. The consultation process is designed to clarify the client's needs and technical scope, ensuring a productive and focused session.
Embedded Linux
STM / NXP / ESP
Motor Control
Linux Drivers
Sensor Integration
CAN / Modbus / UART
BeagleBone
Industrial Software
Turn the client idea into a clear project request.
The client can choose the project core, describe the engineering need, explain the project, and request an appointment time and day.
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Select the platform core such as Linux, STM, NXP, ESP, or BeagleBone.
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Choose the project topic such as motor control, Linux driver, sensor extension, or communication.
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Write the project explanation and choose the appointment date and time.
Typical consultation topics
Motor control for DC, AC, stepper, and servo systems.
Linux driver development and debugging.
Adding sensors, cameras, and new board extensions.
Communication setup with CAN, Modbus, UART, SPI, and I2C.
Architecture review and technical planning for embedded products.
Technical notes
Open articles page
Control methods, solved issues, and engineering write-ups.
Controller structure, tuning choices, and implementation notes.
Publish articles about PID loops, cascaded control, current regulation, filtering, anti-windup, and embedded implementation tradeoffs.
Real debugging stories from boards, drivers, and field systems.
Document hard problems such as unstable feedback loops, bus timing issues, driver bring-up, and integration failures with a clear before-and-after explanation.
Code, formulas, plots, and implementation snippets in one place.
The layout is ready for long-form notes, code blocks, equations, and compact technical references without needing a separate CMS.