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Medical Device Engineer

Location:
Atlanta, GA
Posted:
October 25, 2013

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Resume:

YANDONG SU

**** ********** **** *******, ******* 30339

404-***-****

*********@*****.***

SUMMARY

A reliable, results-oriented and quality-driven engineer with over 10

years experience in the biomedical industry with proficiency in

medical device design, design verification testing, product validation

testing and physician training with an in-depth knowledge of current

GMP, GLP, Quality System Regulations. Secure interacting with

physicians, research scientists, suppliers, contract manufacturers,

consultants, quality personnel, regulatory affairs personnel, and

external consultants.

EXPERIENCE

Aderans Research Institute (Bosley Medical group AFFILIATE) Atlanta,

Georgia

Senior Engineer 2003-2013

< Invented bald head fixture for product training, Co-Inventor of

micrometer assisted delivery system, and ARI-PEN cell injection

device.

< Developed clinical doctor medical device training protocol,

coordinated the clinical training program that successfully completed

training of more than 80 physicians from different clinical centers

worldwide successfully in the use of the ARI MADS and ARI-PEN cell

product injection devices.

< Evaluated clinical doctors' qualification based on injection pathology

test results.

< Summarized inventors design ideas and unmet needs from clinical users

to initiate design plan.

< Designed delivery device prototype using Solidworks.

< Completed training report and certified doctors based on statistical

analysis of injection depth and cell delivery quality.

< Completed design validation testing and failure test of the invented

medical devices.

< Completed IQs, OQs, PQs and PVs and developing report packages to

approve equipments (Bio-analyzer, Cryostat, Microtome, Automatic

Tissue Processor and Microscope, etc.) and processes (Frozen tissue

histology preparation, In-vitro/in-vivo tissue sample dehydration

preparation, etc).

< By executing six sigma theory and problem solving skills, define the

cell culture media shelf life.

< Validated delivery device function utilizing pathology and bio-

compatibility studies as well as other mechanical methods.

< Simplified training procedure by designing the portable bald head

fixture and improved In-vivo training to In-vitro on-clinical-Sites

training. This change saved approximately $500,000 annually in

training program expenses.

< Managed analysis and interpreted bio-analyzer media concentration test

results as well as clinical trial data from Phase-I and Phase-II

studies using statistic analysis and developed report packages to

support qualifications/validations.

< Established stability and acceptable safety range of each component in

cell culture media with data analysis of blank culture media testing.

< Reduced cell feeding frequency, cost, and risk of contamination

through data analysis of spent culture media testing.

< Developed proficiency and working knowledge of GLP, GMP and GTP

regulations as required for production of Biologic and Medical device

products.

< Specifically trained in using Lotus Notes databases for reports,

protocols, experiment designs and all the internal and external

references applications in all the projects and experienced in

collecting data with SAP.

< Experienced in the area of sterilization of equipment, tools and other

non-disposal parts of medical devices using gamma, steam, ETO and HVAC

system.

< Trained in FDA Quality System Regulations.

Beijing Aeronautics Manufacture Technology Research Institute Beijing,

China

Engineer 1998-2001

< Created 3D models, animations, and detailed drawings using SolidWorks

for $30,000,000 civil air-craft skin laser welding technology project,

including testing and validation of turbine blade molds and strength

and stress test of joint.

< Developed laser parameter windows determination including high power

industrial lasers, medical lasers, and ultra prototype lasers.

< Established mathematical modeling of laser welding heat transfer

efficiency to predict weld quality at joint of turbine blade and base.

< Served as team leader in turbine manufacturing project with laser

material processing technology.

EDUCATION

Georgia Institute of Technology, Atlanta, Georgia

M.S., Industrial and System Engineering, 2002

Harbin Institute of Technology, Harbin, China

M.S., Mechanical Engineering, 1996

B.S., Material Science, 1993

CERTIFICATION

Lean Six Sigma Green Belt (Training completed, Project

submitted for Certificate )

Certified as Base SAS Programmer

Biostatistician Training at CFPIE

PATENTS

US Patent, Medical Device 8,206,335, Apparatus and Methods for Delivering

Fluid and Material to a Subject

US Patent, Medical Device 7,780,635, Apparatus and Methods for Delivering

Fluid and Material to a Subject

US Patent, Medical Device, D606,190, Device for Delivering Cellular

Material and Physiologic Fluids to a Subject

US Patent 200********, Medical Device, Hair Grafts Derived from Plucked

Hair

COMPUTER SKILLS

SPSS, SAS, StatGraphics, Minitab, SolidWorks, Auto-CAD



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