Donna Fengya • Department of Mathematics Sciences View CV I am a Professor of Mathematics at William Paterson University and have worked at WPU for 20 years. My Ph.D. from Rutgers University is in the area of Numerical Partial Differential Equations with Applications to Inverse Problems; however, I have a wide range of research interests which include, Computational Modeling with Chemical and Biological Applications, Mathematical Modeling with Applications to Finance, and the Integration of Mathematics and Music. Recently I have diversified my mathematical interests and studies to includes areas of Algebra, Probability, and Discrete Mathematics and the past two years I have been a Power Round grader for the National American Regions Math League Competition.I am also the Director of the Actuarial Science Program, so if you are interested in an exciting and rewarding career, I’d be happy to speak with you about Actuarial Science Profession! Prior to coming to WPU, I worked as an Actuarial Consultant at MetLife and at Prudential Insurance, so I have first hand knowledge of the profession. Prior to coming to WPU I was also a Professor at James Madison University in Virginia.In my free time I enjoy cooking, drawing and painting, listening to music and going to music performances and concerts, gardening, taking nature walks and enjoy participating in BioBlitzes! My favorite number is pi*e and my favorite pies are chocolate cream, apple, and lime meringue! Professional Interests The Integration and Connection of Mathematics and Music, Mathematical Modeling with Chemical and Biological Applications, Developing Software Packages to Solve Chemical Engineering Problems, Mathematical Models in Finance and Actuarial Science. Other Interests Music, cooking, art and dance. Degrees PhD Numerical Partial Differential Equations/Applied Mathematics, Rutgers, The State University , NJ Specialization Mathematical Modeling, Differential Equations and Numerical Analysis, Chemical Combustion, Actuarial Science Representative Publications The Maximum Mixedness Model Applied with Detailed Reaction Mechanisms; International Journal of Chemical Reactor Engineering; 2017 http://dx.doi.org/10.1515/ijcre-2016-0144 Representative Presentations APPLYING A CONDITIONAL OSCILLATOR FOR THE MATHEMATICAL MODELING OF THE NEURAL PERCEPTION OF MUSICAL CONSONANCE AND DISSONANCE 17th annual conference on Frontiers in Applied and Computational Mathematics (FACM 2022) Newark, NJ 2022 Creative Work Review "A Spiral Approach to Financial Mathematics" by Tintle, Schelhaas, and Swanson Other Notable Courses Taught MATH3220 Differential EquationsMATH3260 Math Models in Finance IMATH4270 Math Models in Finance IIMATH3350 Numerical AnalysisMATH4150 Topics in Applied MathMATH4300 Derivative Markets Email 973 720 2316 3053 Hennings Science East By appointment