Recent graduate with excellent research, time management and problem solving skills. Seeking a job in data analysis and medical image processing.
Education
Master of Science : Electrical Engineering, 2017University of Washington － Bothell, WA, USA
3.9 GPA
Focus on: Image Processing, Data Analysis, Biosignals Analysis, Programming
Thesis: Investigation of Data Modeling Strategies for Quantification of CT Image Quality
Bachelor of Science : Chemical Engineering, 2012New Mexico State University － Las Cruces, NM, USARelevant courswork: Experimental Design, Numerical Methods, Programming
Qualifications
Medical image processing (abdominal CT and brain MRI)
Scientific computing (MATLAB, Python)
Data modeling and visualization
Big Data (handling and analysis)
Image registration/segmentation
Algorithm development and computational modeling
Programming (Java, C, Python)
Network analysis (computation and visualization)
Relevant Experience
Developed a Fourier-domain based algorithm to select regions of similar spatial uniformity in abdominal CT images
Analyzed MRI of mouse brains used as models in a Multiple Sclerosis (MS) study
Performed registration and segmentation of brain MRI to select regions of interest
Developed a region growing algorithm to identify comparable regions of interest between hemispheres in brain MRI
Managed large datasets for processing
Work Experience
Engineering Consultant August 2015 to December 2016Chemical and Engineering Consulting － Seattle, WA
Supervised the development of an affordable, portable water treatment system as part of a Gates Foundation funded project
Prepared quarterly progress reports and presented results for the Gates Foundation
Coordinated between interdisciplinary teams of microbiologists, chemists, engineers, and managers
Publications
Conferences:
Naeemi, Maitham D., et al. "Application of big data analytics for automated estimation of CT image quality." Big Data (Big Data), 2016 IEEE International Conference on. IEEE, 2016.
Naeemi, Maitham D., Adam
M. Alessio, and Sohini Roychowdhury. "Automated Selection of Uniform
Regions for CT Image Quality Detection." Asilomar Conference on Signals, Systems, and Computers. arXiv preprint arXiv:1608.04381 (2016).
Journals:
(In progress) "Analysis of an Automated Method for CT Image Noise Assessment".
