Emaan Abdul-Majid

• Developed a department cost account management system, streamlining financial processes and improving cost control measures.
• Created and executed models and simulations to analyze client products and algorithms, providing valuable insights for product development and optimization.
• Migrated applications to the public cloud using CI/CD pipelines, enhancing scalability and reducing infrastructure costs.
• Develop regression and unit tests for system models
• Utilized MATLAB, C++, Python, Linux, and Git to maintain, model, test, and analyze systems to drive system performance and efficiency.

• Mentored and guided junior system engineers.
• Maintained clear and concise documentation, facilitating knowledge transfer and ensuring continuity in system management and maintenance.

• Collaborated with cross-functional teams to ensure the integration of the iris model into the overall simulation framework.

• Created an innovative iris model using MATLAB, enhancing the realism and accuracy of VR/AR simulations.

• Conducted comprehensive data analysis, compiling and analyzing business-related data to identify key insights and trends.
• Successfully executed end-to-end proof-of-concept projects, demonstrating the feasibility and potential impact of data-driven solutions.

• Developed and analyzed algorithms for 3D biomechanical models of iris deformation using C++, MATLAB and ABAQUS for graphic simulation.
• Used problem-solving skills to test and improve the new algorithm.
• Explored iris deformation effects by using continuum mechanics and analyzing 3D effects caused by the thickness of the iris tissue.
• Collaborated with key stake holders, used research infrastructure, and created a new cost and time efficient process while working on a team.

• Developed a stochastic Bayesian model of the transmission rate of tuberculosis (TB) using its mutation rate to track and prevent outbreaks of TB.
• Developed a program using a Markov Chain Monte Carlo method (MCMC) and MATLAB on New York City and New York State tuberculosis patient data sets (4050 patients).
• Collaborated with medical labs, computer scientists, and biologists to develop and improve algorithms.

• Developed and analyzed mathematical models and algorithms of pupil dilation for iris recognition using problem-solving skills to compare the algorithms with iris biological data.
• Performed numerical simulation using MATLAB, C++ and finite element solving software.
• Presented work to specialists wanting to leverage results into existing iris recognition systems.
• Collaborated and communicated research findings, directions, and budgets to various audiences including technical forums, key personnel within the DoD, as well as research professors and scientists.

• Collaborated with computer scientists and molecular biologists to develop a new software platform based on C++ to mine DNA sequences and uncover genes subject to RNA editing.

• Improved the software by testing it against available data online and data from our lab work.
• Discovered 3 new RNA editing sites using the software and lab work.

GAANN Fellowship - Department of Education award of $67,900 per year (2009-2012)

·       Thesis: “Exploring the 3D effects of Iris Deformation” on a model of the iris produced using iris tissue data to model iris deformation.  The algorithm was developed and the model was simulated using finite element methods and analysis with C++, MATLAB, and ABAQUS (a finite element analysis software)