yyyyyy x. yyyyyy

837 century drive, apt. #0000 xxxxxx xxxx , xxxx , xxxxx 00000

telephonexxx-xxx-xxxx

abc@xyz.com

objective

 

proactively exploring opportunities in algorithm research and development where exceptional talents in signal processing, image processing, and mathematical analysis can be leveraged to achieve desired results.

academic degrees

 

rochester institute of technology, rochester, ny

master of science in imaging science in progress; project pending gpa: 3.67

 

gannon university, erie, pa

master of science in electrical engineering, 2003 gpa: 3.83 ~ recipient, academic excellence award

 

jawaharlal nehru technological university, hyderabad, india

bachelor of technology in electronics and communication engineering, 2001 (passed with distinction)

key projects

 

evaluation of image segmentation algorithms, 2008 (in progress)

• currently using matlab to evaluate image segmentation algorithms; successfully implemented seven unsupervised and one supervised evaluation method.

 

measurement of contact angles and diameter of water droplet images, 2006

• examined, assessed and measured diameter, forward and reverse contact angles of water droplets with respective to channel surface.
• utilized matlab to create algorithms and produced gui to incorporate above functionality.

 

noise reduction in digital images, 2006

• resourcefully determined and implemented various noise reduction methods for digital images such as principal component analysis, singular value decomposition and wavelet-based methods.
• meticulously calculated metrics for each method and generated algorithms.

 

ten-class pattern classification of digitized handwritten numbers, 2006

• devised algorithms for ten-class pattern classification problem of digitized handwritten numbers, analyzed each algorithm based on percentage of errors encountered during test phase, and selected most efficient algorithm (k-nearest neighbor algorithm) for classification purposes.

 

additional projects:

clustering of rit campus image containing 35 bands, 2006

fractional fourier transform for modeling propagation of diffraction pattern and its application, 2005

matlab gui for display of ultrasound a-scan data and b-scan image, 2005

modeling the performance of electronic imaging devices, 2005

holographic imaging and computer-generated hologram, 2005

developed and implemented pure and filtered back projection of delta function, 2005

measurement of mtf of digital video cameras, 2004

verification of 1-d and 2-d convolution using optical system, 2004

amplitude modulation and frequency modulation, 2002

 

continued

 

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professional experience

 

dspace inc., 2008 to present

technical support engineer

         successfully completed training in use of dspace control desk development package.

         actively contribute to testing efforts for dspace hardware in loop (hil) simulators via dspace processors and i/o boards, test engine, transmission and hybrid hil simulators, and document results.

         apply sharp attention to accuracy in designing simulink models using dspace real time interface blocks.

         exhibit proficiency in matlab real time workshop (rtw) application to build and load applications into dspace processor boards.

         charged with providing efficient technical support to key clients such as gm, continental and delphi companies regarding proprietary software and hardware issues.

 

technosecure corporation, 2007

software engineer

         applied dynamic organizational strengths to define requirements and prepare associated documents for software development projects.

 

rochester institute of technology, rochester, ny, 2004 to 2006

teaching / research assistant

         leveraged excellent public speaking and presentation skills to proctor basic principles ii and noise and random process courses.

         played an integral role in ultrasound initiative involving collection of skin data using 15mhz transducer.

         resourcefully applied pulse compression technique and implemented a gui for analyzing ultrasound data.

         exercised well-honed critical thinking abilities to analyze ultrasound data from paper samples of different thickness.

 

gannon university, erie, pa, 2003 (part-time)

adjunct research associate

         assisted senior professor in conducting digital signal processing research and administering digital image processing and communication theory courses and labs.

         researched and explored development, testing, and implementation of image segmentation algorithms.

 

gannon university, erie, pa, 2001 to 2003

research assistant

         formulated and implemented segmentation algorithms for detection of lesions in medical images.

         planned, analyzed and created a gui to effectively facilitate 2d and 3d image segmentation.

computer software / technical skills

 

programming /software: c, matlab, simulink, idl, mathcad, mathematica, microsoft office, control desk

 

operating systems/platforms: unix, windows

papers & presentations

 

non-contact ultrasound characterization of paper substrate , european conference on non-destructive testing (ecndt), 2006.

 

lesion identification from scintimammography breast images presented at spie conference, santa clara, california, 2003.

 

efficient medical image segmentation for the visualization of lesions presented at spie conference, orlando, florida, 2003.