Computer Aid Design Resume
NJ
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
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:
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: 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
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
Confidential
- Performed Tensile Testing and Compression Testing
- Formed Stress vs. Strain plots
Confidential
- 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
Confidential (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