K.H.A.N.D.A.Q
Designed and implemented an SDR-based RF monitoring and signal analysis system. Key Features: Spectrum scanning, signal detection, signal classification, and protocol analysis across multi-frequency bands.
I build and learn through hands-on projects while preparing to transition from early experience into a professional career.
A collection of hands-on projects and work experiences that show practical engineering skills, problem solving, and growing technical proficiency.
Designed and implemented an SDR-based RF monitoring and signal analysis system. Key Features: Spectrum scanning, signal detection, signal classification, and protocol analysis across multi-frequency bands.
Engineered an industrial-grade embedded system board featuring an STM32 microcontroller and integrated RF communication capabilities. Implemented robust PCB layout for industrial environments, signal integrity optimization, and low-latency wireless communication protocols.
I build and learn through hands-on projects while preparing to transition from early experience into a professional career.
I am Ibrahim Sharaf Aldin, a third-year Computer Engineering bachelor student. I have some practical work experience and I'm exploring projects and roles as I prepare to officially start my career.
Experience
Instructor
Junior Engineers · 08/2026 – Present
Freelance PCB Designer
Freelance · 01/2026 – Present
Education
Lebanese International University
3rd Year Bachelor of Science in Computer Engineering
Skills
Designed and implemented an SDR-based RF monitoring and signal analysis system. Key Features: Spectrum scanning, signal detection, signal classification, and protocol analysis across multi-frequency bands.
Engineered an industrial-grade embedded system board featuring an STM32 microcontroller and integrated RF communication capabilities. Implemented robust PCB layout for industrial environments, signal integrity optimization, and low-latency wireless communication protocols.
Designed and built an autonomous mobile robot capable of detecting, sorting, and transporting color-coded blocks in real time. Integrated HuskyLens AI vision sensor for object detection/recognition and programmed an Arduino microcontroller for motor actuation and steering control.