Abdelhalim Elashram

Master Thesis as a Part of the M.Sc. Program in Biomedical Engineering (TH Lübeck) - Analyzing Foam Bubble Characteristics and Stability Using Image Processing and Coriolis Sensor. - Developing image processing techniques for foam analysis that are essential for medical products. - Performing Video Analysis and Data Collection. - Building Experimental Setups for Controlled Foam Studies using laser. - Evaluating Foam Stability Under Various Conditions. - Implementing MATLAB Code for Automated Analysis.

I provided tutoring services in Physics 2, helping students understand complex concepts and improve their problem-solving skills. My approach was focused on simplifying difficult topics, enhancing student comprehension, and supporting them in achieving academic success.

Researched methods to improve preamplifier decoupling techniques in radiofrequency coil arrays. Developed strategies to minimize mutual inductance between coil elements. Achieved higher signal-to-noise ratio in magnetic resonance imaging, leading to better clinical images.

Extensive hands-on experience with advanced ophthalmology devices, including the Eva Dorc and Quantil Medical laser systems. In addition, worked with Mebo technology, specializing in dry eye treatment. Contributed to the development, maintenance, and optimization of these state-of-the-art medical devices, focusing on enhancing their performance and improving patient outcomes.

Assisted in the development, maintenance, and optimization of laser devices used in medical applications. Collaborated with medical professionals to ensure the safe and effective operation of laser equipment, performing troubleshooting, calibration, and quality control to meet industry standards.

Experienced in working with Vinno Ultrasound devices, including performing both preventive and corrective maintenance. Focused on ensuring optimal device functionality and minimizing downtime through regular maintenance and timely troubleshooting.

Gained in-depth, hands-on experience with advanced radiology and ultrasound technologies, focusing on the Aucson NX3 ultrasound system. Assisted in the calibration, maintenance, and troubleshooting of ultrasound equipment to ensure optimal performance and accuracy in clinical settings. Collaborated with medical professionals to enhance the application and efficiency of ultrasound imaging for patient care and diagnostics.