Muhammad Jamil Email & Phone Number

Innovative and enthusiastic researcher having strong communication and interpersonal skills with ability to accomplish multiple projects from conceptualization to completion as evidenced by timely completion of projects. Proficient in medical imaging such as medical ultrasound, optical coherence tomography (OCT). Experienced in handling 2D and 3D patient image data to build model for testing and validation Designed medical imaging based hemodynamically optimized dual lumen catheters for Extracorporeal membrane oxygenation (ECMO) improving the efficiency by 50%.Developed novel ultrasound based diagnostic solutions for mitral regurgitation and achieved 50% reduction in uncertainty of patient stratificationExpert in analysis and design of Extracorporeal Membrane Oxygenation (ECMO) Catheters/Cannulae and Heart valves. Expertise in modeling, simulation and in vitro experiments of Biological systems with ability to understand, interpret and communicate complex scientific knowledge as evidenced by 13 peer reviewed scholarly journal publications and multiple conference communications. Experienced in carrying out thermal, flow, thermofluids and multiphysics simulations using softwares such as Solidworks, GeoMagic, AutoCAD, COMSOL, ANSYS Fluent, ESI-CFD package and custom written python, MATLAB codes. Expert in medical device design, prototyping, analysis and imaging of clinical devices. Flexible, self-motivated and goal-oriented team player and aim to work in R & D industry in the broader fields of Biomedical and Mechanical Engineering. Possess excellent organisational, leadership and project management skills as evidenced by successfully leading and motivating technical teams to achieve timely completion of technical projects. Exhibited oral and written communications skills to share new findings with the scientific community. If you want to know more connect with me at jamil632@gmail.comSpecialties: Simulation of Cardiovascular flows | Imaging of medical devices (catheters) | In vivo and in vitro design evaluation (heart valves) | Capactive hyperthermia | Radiofrequency ablation | Subdomain radial basis collocation method | Computational fluid dynamics simulations involving heat transfer and fluid flows|

Listed skills include Matlab, Pro Engineer, Autocad, Labview, and 18 others.