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Hassan Abdelgader

@hassanabdelgader

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I am a biomedical engineer specializing in medical devices, image processing, and nano-bubble cancer research.

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What I'm looking for

I seek R&D or engineering roles in biomedical devices, imaging, or nanotechnology where I can apply MATLAB, sensor development, and clinical-device expertise in a collaborative, research-driven environment that supports professional growth.

I am a biomedical engineer and MSc candidate with hands-on experience in medical device operation, maintenance, and research. I have worked as a biomedical engineer in a clinical setting and currently serve as a research assistant, developing nano-bubble therapies, fiber-optic sensors, and MATLAB-based medical image processing tools.

My work blends clinical device troubleshooting, numerical and stochastic methods, and experimental sensor development to solve biomedical problems. I have designed a noninvasive dehydration sensor, developed MATLAB code for breast-lesion detection in ultrasound, and am investigating nano-bubble motion and oxygen delivery to tumors.

Experience

Work history, roles, and key accomplishments

Current

Research Assistant

Current

Qatar University

May 2024 - Present (1 year 3 months)

Conducting experimental research on oxygen nano-bubbles and developing fiber optic sensors with MATLAB signal-processing workflows to track nanoparticle motion and detect low-concentration formic acid (<100 ppm).

Bubbles Nanoparticle Tracking Analysis Matlab Fiber Optic Sensors Signal Processing Experimental Design Optical Sensing Data Analysis

Biomedical Engineer

Sudan Heart Center

Jan 2020 - Jan 2021 (1 year)

Managed scheduling, installation, and corrective and preventive maintenance of medical devices, trained interns, and implemented CT scan QA practices to improve device reliability and patient care.

Troubleshooting Telemedicine Matlab Training

Education

Degrees, certifications, and relevant coursework

University of Gezira

Master of Science, Biomedical Engineering

2021 -

Activities and societies: Research on engineering oxygen nano-bubbles for reversing tumor hypoxia; tracking Brownian motion of nano-bubbles using nanoparticle tracking analysis and MATLAB; development of fiber optic sensors and MATLAB-based medical image processing (breast lesion detection).

MSc Biomedical Engineering focusing on nano-bubble cancer treatment and fiber optic sensor development. Coursework included Digital Image Processing, MEMS, Medical Electronics, Telemedicine, Nuclear Medicine, and Stochastic Processes.

Sudan International University

Bachelor of Science, Biomedical Engineering

2014 - 2020

Activities and societies: Designed a prototype to measure sodium levels non-invasively using a 950 nm infrared sensor, operational amplifier noise reduction, Arduino control and Proteus simulation; device variance ranged +0.8 to -1.2 compared to chemistry analyzers over 30 samples.

Bachelor of Science in Biomedical Engineering with practical experience in medical device design and maintenance. Completed a capstone project to develop a non-invasive infrared device for blood sodium measurement.