Profile
An energetic professional Systems Analyst, Programmer Analyst, Project Manager, Research Assistant, Test Engineer and Electrical Designer with proven results Knowledgeable in analog and digital electronics, as well as designing, implementing, and testing of software and communication systems Specialized in Ultrasound image processing with proven results Motivated, enthusiastic with excellent result-oriented, problem-solving and communication skills Demonstrated skills and ability to work in a team and independently Holds an Enhanced Reliability Security Clearance
Education
Carleton University
• Masters of Applied Science, Biomedical Engineering (June 2014)
Key Courses: Biomedical Image Processing, Medical Instrumentation, Biological and Engineering Materials, Biomechanics of Skeletal Systems, Motion and Tissue, Interactive Networked System and Telemedicine
• Bachelor of Engineering , Biomedical and Electrical Engineering with distinction (June 2012)
Skills and Attributes
• Hardware: Signal Generator, Spectral Analyzer, Power Meter, Oscilloscope, Logic Analyser, Soldering, Multimeter, Current Probe
• Software Languages: C/C++, Java, Assembly (8086 and 8051)
• Software Applications: Matlab/Simulink, Dev C++, Xilinx ISE, Cadence Concept, OrCAD, Cadence Allegro, pSPICE, Labview, ADS, Adobe Photoshop, Adobe Acrobat, Visual Studio 2008, Clevemed, ART.LAB, Vicon MX System, MSOffice 95/97/2000/XP/XP Prof/Vista, Advanced Excel, Word Intermediate Power Point, MS Exchange, MS Outlook
Applied Experience
Research Assistant: Carleton University (Sep 2012 – April 2014)
• Undertook and led research in ultrasound imaging with the guidance of Carleton’s most prestigious instructors Dr. Christopher Joslin and Dr. Yuu Ono
• Researched and conducted a literature review about: Various medical imaging modalities in general and about ultrasound imaging specifically, Motion tracking in ultrasound using various methods, Image registration and Extending the field-of-view of ultrasound imaging
• Analyzed different methods that could be used to track the motion of the ultrasound probe
• Succeeded in tracking the motion of the ultrasound probe using a sensor-less method which uses image processing techniques (Digital Signal Processing)
• Implemented different functions on MATLAB to track the motion of the ultrasound probe
• Tested the developed algorithms by designing and conducting several experiments
• Extended the field-of-view of ultrasound imaging by devising a method to stitch the separate ultrasound images obtained by moving the probe
• Reached the goal of the research of improving the visualization through ultrasound images
• Wrote a thesis about this research which is published under the name of “Motion Estimation and Registration of B-Mode Ultrasound Images for Improved Visualisation”
Systems Analyst/Programmer Analyst: Carleton University (Sep 2012 – April 2013)
Visual Hand Tracking for Robot Manipulator Control in Tele-operation Applications:
• Implemented a vision based interface system to control a robot at a remote site by providing the hand gestures that would be needed to complete a specific task
• Tracked hand motion using Vicon MX system at the motion capture l...
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