Computer Aid Design Resume NJ - Hire IT People

Objective:
Seeking a challenging position in Biomedical Engineering or related field, where I can fully utilize my data analytical, validation, research & design, and academic skills and hence advance to a bright future.

Education:
M.S. Degree in Biomedical Engineering

B.S. Degree in Biomedical Engineering

Related Course work: Computer Aid Design for BME, Biomechanics of Human Strength and Motion, Orthopedic Implant Design, Orthopedic Medical Devices, Statics & Dynamics, Biomaterials & Biocompatibility, Biofluid Mechanics, Human Physiology, LabView, Electrical Foundations of BME, Human Factors of IE, Probability and Statistics, Calculus (I-III), etc.

Experience/ Projects:
Intern (Summer 2009) Confidential, NJ

Worked with experienced biomedical engineers
Observed and learned many of the biomedical equipment and their applications in various procedures in the hospital such as in the operating rooms
Observed the calibration and repairs of several devices such as Blood pressure machines, Infusion pumps

Confidential (Spring, 2012): Hip Implant Project

Used Pro Engineer to design hip implant
Designed: stem with a 14/12 taper, femur head, acetabular cup
Created dimensions according to real market designs
Assembly of 3 parts to create hip implant
Performed Finite Element Analysis of part using ProE

Research Confidential, (2009):

Performed lab procedures to learn of the characteristics of Corn Protein (zein)
Researched the uses of zein from several published journals
Dissolved the zein in a mixture of water and acetone to create a solution
Performed bending tests on films of zein to find that it is brittle
Used the DSC 1000 to further characterize zein by forming plots that showed the
film’s temperature as it was heated and cooled
Placed the zein solution in a warm wet bath and found the solution acted as a
surfactant and was elastic
Documented all findings in a lab notebook

Instron Machine Experiments (NJIT Labs)

Performed Tensile Testing and Compression Testing
Formed Stress vs. Strain plots

BME Capstone Senior Project (2010)

Created a device to aid bicycles on a moving escalator
Researched from several published journals about material properties, escalator dimensions, and bicycle dimensions
Used Microsoft Project to form a timeline to assign dates for sketching, building, testing, and allotted time for dealing with testing abnormalities
Created sketches of the device on ProE
Created a Requirements document and Test Plan document
Prototype of device was created on schedule and performed main function successfully

Stent Materials Research (NJIT, Fall 2009)

Researched from published journals and presented using PowerPoint on biodegradable polymers and nitinol to be the material used for stents instead of stainless steel
Research findings proved there are many side effects from using stainless steel due to corrosion
Research findings showed that biodegradable polymers may lower the risk of restenosis

and thrombosis

Computer Skills:
Pro Engineer (with Finite Element Analysis), LabView, Microsoft (Excel, Project, Word, PowerPoint), Minitab, Matlab

Honors/ Achievements:

Treasurer, Biomedical Engineering Honor Society
Member, Phi Eta Sigma National Honor Society
Dean's list and Magna Cum Laude

Volunteer Services:
Tamil Gospel Church, Kendall Park, NJ – Guitarist
Evangel Chapel, Bridgewater, NJ – Guitarist

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Computer Aid Design Resume

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