Worked with developing models and using AI and machine learning to complete research goals.

• Instruct and develop math and programming courses for art and design students.• Develop projects and workshops for animation students using python, vector calculus, and linear algebra.• Collaborate with user design and animation faculty, students, and companies on relevant projects.•Created a predictive model to assist in organizing classes at a college using 15000 students.

• Instruct and develop college level math courses.• Gather, analyze and interpret student data to facilitate in pedagogical methods• Develop math labs on SPSS and R.• Continue in research developing models of iris deformation and biometrics.• Organize and hold conferences on practices to communicate mathematical applications.

• Developed and analyzed algorithms for 3D biomechanical models of iris deformation using C++, MATLABand 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 timeefficient process while working on a team.• For a more detailed description see https://www.visualcv.com/17xldf7acy9ky1cgaalic/• Explored the transmission rate of tuberculosis (TB) by including its mutation rate to improve the tracking and control of TB transmission for the TB Insight Project funded by the National Institute of Health. The Markov Chain Monte Carlo Method with a stochastic model of tuberculosis transmission and mutation rate was applied to New York City and New York State tuberculosis patient epidemiology and strain data sets to develop a simulation of TB transmission.

• Held supplemental instruction, graded coursework and exams, and suggested final grades for both academic and summer sessions in Calculus I.

• Developed and analyzed mathematical models and algorithms of pupil dilation for iris recognition usingproblem-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 audiencesincluding technical forums, key personnel within the DoD, as well as research professors and scientists.

• Developed a stochastic Bayesian model of the transmission rate of tuberculosis (TB) using its mutationrate to track and prevent outbreaks of TB.• Developed a program using a Markov Chain Monte Carlo method (MCMC) and MATLAB on New YorkCity and New York State tuberculosis patient data sets (4050 patients).• Collaborated with medical labs, computer scientists, and biologists to develop and improve algorithms.• For a more detailed description see https://www.visualcv.com/17xldf7acy9ky1cgaalic/

• Organized Lehigh Valley Science and Engineering Fair by recruiting and collaborating with science andengineering professionals to judge science projects by students in grades 6-12.• Managed recruiting and retention efforts for the Launch-IT and STAR Academy programs.

• Collaborated with computer scientists and molecular biologists to develop a new software platform basedon 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.• For a more detailed description see https://www.visualcv.com/17xldf7acy9ky1cgaalic/

• Tutored college students in mathematics, computer science, and physics.• Held supplemental instruction in precalculus review sessions.