PROFESSIONAL EXPERIENCE
Summary: Over 10 years experience in electronics engineering and over 8 years experience in different areas of biomedical research. In over a decade of practicing electrical engineering, I have been involved in design, modeling, fabrication, and testing of microelectromechanical systems (MEMS), as well as experience in IC fabrication technology, analog/digital circuit design, analytical and numerical modeling, and design of integrated circuit and microsystem technology devices. Extensive experience in device design verification using ANSYS, interface circuit design using OrCAD, and data analysis and image processing using Matlab. Extensive experience in electronic instrumentation and maintenance. I'e also served as technical design lead on many projects, and as Principal Investigator in SBIR (Small Business Innovation Research) grant. Besides electrical engineering, I also have 8 years experience in different areas of biomedical research. Main research interests are in biomedical device design, simulation, fabrication, and data analysis. I have been involved in designs of miniaturized medical ultrasonic sensors, cell separation systems, and pressure sensors.
Engineer 2 Dept. of Neurology 2010.9-2012.7
Case Western Reserve University, Cleveland, OH
>> Data acquisition and analysis of test subjects on gait, balance, and vestibular function using Vicon motion capturing system and Nexus motion analysis software.
>> EMG data collection using Noraxon wireless system. Write and employ Matlab programs for data analysis and image processing of EMG data.
>> Build electrical and mechanical devices for experiments.
Principal Research Dept. of Biomedical Engineering, Learner Research Institute, 2003.1-2010.5
Engineer Cleveland Clinic, Cleveland, OH
>> Design, modeling, and testing of MEMS devices for medical applications including ultrasonic transducers, pressure sensors, micro inductors, cell separation systems.
>> ANSYS simulation of implanted capacitive pressure sensors for spinal cord recovery detection.
>> Using OrCAD for transducer interface circuit simulation, verification, and optimization.
>> Using industrial standard design tool (SONNET) to simulate performance of micromachined coil inductance for spinal cord recovery detection.
>> Debugging and writing Matlab scripts for intravascular ultrasound data processing and imaging.
>> Providing system administration for the computational facilities within the BioMEMS group.
Design Engineer Advanced MicroMachines., BF Goodrich Corporation 1996-2002.9
Cleveland, OH
>> Design, modeling, and testing of MEMS devices, with experience in pressure sensors, temperature sensors, flow sensors, acoustic sensors, inertial sensors (accelerometer and angular rate sensor), optical switch, and chemical sensors.
>> Principal Investigator (technical and administrative) for development of angular rate sensors for aerospace applications. Designed an integrated Bi-CMOS/MEMS device that was fabricated in the inaugural run at Analog Devices.
>> Key technical and MEMS device lead for chemical sensors and acoustic sensors for cross-divisional internally funded aerospace programs.
>> Key technical and MEMS device lead for an integrated pressure, temperature, and flow sensor for a soft drink dispense system.
>> Significant experience interfacing with production cleanroom fabrication team with additional 5-year fabrication experience for prototype devices. Utilized process modeling tools such as Suprem.
>> Extensive FEA experiences with ANSYS for MEMS device modeling in support of design and fabrication efforts through the Advanced MicroMachines Business unit.
>> ASIC interface circuit design for MEMS sensors through MOSIS. Experienced with circuit simulation package...
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