Medical Device
Resume:
JIGGER N. SHAH
*** ***** *. ******* **** N, Apt. #2B Harrison, NJ 07029 # 862-***-**** ********@*****.***
SUMMARY
Experienced professional in programming using MATLAB & SIMULINK for Biomedical Applications
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with emphasis on signal processing, optimization, robotics, data acquisition and statistical modeling.
Excellent communication and organization skills, strong initiative, results-oriented, attention to detail, quick
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learner and team player in working collaboratively with others.
Extensive qualification in all facets of project life cycle, from initial feasibility analysis and conceptual
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design through documentation, enhancement and implementation.
Hands on experience in executing preventive maintenance and troubleshooting of medical devices as a
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Biomedical Engineer.
Strong domain knowledge of Medical Devices Design and Development, cGMP, QA/QC, Regulatory
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Pathway, Clinical Protocol, Submission of 510(k) and PMA, and 21 CFR part 820.
TECHNICAL SKILLS
• Proficient in using MATLAB.
• Familiar with HTML, C++, Minitab, SPICE and Lab View.
• Project Management Tools: MS Office and MS Project.
WORK EXPERIENCE
New Jersey Institute of Technology
Research Assistant, August 2010 – Present
Daily reporting of the status of success and failure of the project.
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Programming and testing using MATLAB.
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Implemented and developed new algorithms using toolboxes such as robotics, optimization, data acquisition
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and simulink.
Performed analysis of data support to the projects for development of the algorithms.
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Development of simulations or models using the MATLAB and SIMULINK.
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Documented the program and test performed. Prepared technical reports and proposals.
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Mechanical design and implementation of the robots.
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Actively involved in Lab meetings.
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Prompt in meeting deadlines and making progress.
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Shared responsibilities with the team of five members.
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P.D. Hinduja National Hospital and Medical Research Centre, Mumbai, India
Biomedical Engineer, July 2007-July 2009
Responsible for carrying out preventive maintenance and troubleshooting on a component level of medical
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devices like patient monitoring system, defibrillator, pulse oximeter, syringe pump, ventilator, X-ray, EKG.
Executing Field Service repairs at medical facilities as needed.
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Accountable for maintaining service reports in EMS (Equipment Management System).
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Actively involved in weekly meetings.
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Effectively communicate status and issues to an associate vendor and to the manager.
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Planning and scheduling, organizing, coordinating resources for new medical device equipments.
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Monitor and follow-up on assigned tasks/projects on a day-to-day basis and drive the status meetings.
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Mentored and provided overview of devices and necessary guidance to interns.
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MASTERS THESIS
NJIT, August 2010- June 2011
Accomplish an innovative research in Bipedal Posture for Static Balanced Gait.
• Implemented and programmed Biped Robot using robotics and optimization toolbox in MATLAB.
• Found the center of mass of robot at each stages of static gait cycle.
• Optimized the center of mass to maintain the balance of the robot by a method that will allow the selection of
joint angles of the swing leg and constraints are given to the stance leg angles in order to mimic the human
gait closely.
• This method will generate stance leg angles that bring the robots center of mass over the center of the stance
foot that will provide static balance during swing phase and brings the center of mass between the feet while
both legs are on the ground thus maintaining the bipedal posture while executing the gait.
• Assuredly, this thesis examines the method of maintaining static balance of a biped robot mimicking human
gait closely.
ACADEMIC PROJECTS
• Programmed Human Motion Tracking System using a webcam to acquire the human motion and tracked it
accordingly and found its position and center of axis of rotation using MATLAB.
• Analysis of Segmentation of Micro Calcifications in Mammograms using MATLAB.
• Designed Optocoupler Isolation Stage for Biological Signals and analyzed it using the EKG simulator.
• Drafted a Clinical Protocol and Regulatory Rationale for Class III Medical Device (Skin Graft) with inputs
from Preclinical, Clinical, Regulatory, Quality and Marketing Departments.
• Designed and assembled Ultrasonic Therapy Unit to provide incredible pain relief and for speeding the
healing process.
• Successfully planned work schedules, expenditures and designed Biomass Power Plant System.
RELEVANT COURSE WORK
Computer Methods in Biomedical Engineering Bio-Medical Instrumentation
Medical Devices Design Biostatistics
Signal Processing for Biomedical Applications Medical Imaging Systems
Project Management Virtual Biomedical Instrumentation (LABVIEW)
EDUCATION
New Jersey Institute of Technology M.S. Biomedical Engineering 2011 3.5/4.0
University of Mumbai B.E. Biomedical Engineering 2008 76.8/100
EXTRA CURRICULAR ACTIVITIES
Ambassador for the International Student’s Orientation in spring 2010 at NJIT.
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Volunteer at career fair in fall 2009 at NJIT.
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Held a certificate for managing an event- quizzing affair in the IEEE Intra College Festival 2006.
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Organized a sports event in the Intra College Festival 2004.
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Certificate of Merit, Seva Sangh, Borivali, Mumbai, India.
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Certification for raising fund for the projects that helped the needy peoples.
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