1700 Geddes Ave B-4, Ann Arbor, MI 48104
Mobile: 248 425 7271 _____________________________________________________________________________________
EDUCATION:
University of Michigan Ann Arbor, MI BS in Biomedical Engineering, Concentration: Biomechanics May 2015
MS in Biomedical Engineering, Concentration: Biomechanics May 2015
GPA: 3.56/4.0
HONORS AND AWARDS:
• Dean’s List
• University Honors
RELEVANT COURSEWORK:
• Biomechanics, Circuits and Systems, Statistics, Technical Communication, Finite Element Analysis, Bio-Instrumentation Design, Quantitative Physiology, Human Physiology, Regulatory Issues in Medical Device Design, Biofluid Mechanics, Biosolid Mechanics, Pharmaceutical Engineering, Principles of Engineering Materials, Tissue Mechanics
CORE COMPETENCIES:
• Design Validation and Verification, Design Requirements, Design History File, Design Inputs and Outputs, Risk Assessment, Regulatory Compliance Standards (ISO, IEC, FDA), Medical Device Development (electromechanical devices, implants), Data Analysis, Data Collection, Teamwork, Problem Solving,
PROJECTS:
Graduate Design: Hand Tendon Repair Evaluation Device September 2014- May 2015
• Developed a device to assess tendon repair that helped minimize risk of rupture during rehab
• Collaborated with a plastic surgeon to understand the need and design an effective solution
• Created various 2D and 3D models in Solidworks and 3-D printed part of the device
• Conducted tensile machine testing on material and tendon to model the stress-strain relationship
• Designed an auto-ranging ohmmeter with an Arduino for transcutaneous tendon measurement
• Performed validation and verification tests including ISO electrical safety, biocompatibility and service life testing.
• Completed a detailed FMEA analysis identifying controls based on the risk acceptance chart
• Established long-term intellectual property, regulatory, reimbursement and manufacturing strategies
Biomedical Senior Design: vHIT Training Device January 2014- May 2014
• Created a device that acts as a training device for diagnosing vestibular disorders
• Established design controls throughout process including design inputs, requirements and reviews.
• Evaluated various design concepts and made CAD drawings using Solidworks
• Programmed the Arduino microcontroller with the gyroscope sensor to collect angular velocity measurements for user display
• Executed several validation and verification tests on the device to ensure that the design concurs with the design requirements
Finite Element Analysis (FEA) of the Femur Bone September 2013- December 2013
• Modeled the femur using CT data to analyze and make predictions about the mechanical behavior of the structure
• Utilized Mimics and ANSA to create a 3-D model from the CT data
• Analyzed the effect on Von mises stress from body load and inclination angles by altering the boundary conditions on ABAQUS
EXPERIENCE:
Research Engineer, University of Michigan (Ann Arbor, MI, USA)
Cartilage Healing and Regeneration Lab September 2014 – May 2015
• Analyzed CT imaged mouse bone structures for cartilage defects
• Performed mesenchymal stem cell culture and identified possible factors governin...
Login or Register to view the full resume.
