The Bachelor of Science in Applied Mathematics at the University of Washington emphasizes the use of mathematical techniques to solve practical problems in science, engineering, and industry. The program prepares students for data-intensive and analytical roles by focusing on computational methods, modeling, and real-world applications of mathematics.
Mathematical Modeling of COVID-19 Transmission Dynamics
Optimization Techniques in Supply Chain Logistics
Simulation of Epidemic Spread Using Differential Equations
Numerical Methods for Solving Complex Engineering Problems
Mathematics of Voting Systems and Fairness Analysis
Stochastic Modeling in Financial Markets
Heat Transfer Simulation in Materials Using PDEs
Modeling Traffic Flow Using Conservation Laws
Wave Equation Analysis in Seismic Activity Modeling
Control Theory Applications in Autonomous Vehicle Systems
Mathematical Analysis of Cryptographic Algorithms
Fractal Mathematics and Image Compression
Mathematical Tools in Environmental Impact Modeling
Using Game Theory for Conflict Resolution Models
Nonlinear Dynamics and Chaos in Biological Systems
Markov Chains in Predicting Consumer Behavior
Quantitative Modeling in Public Health Policy
Time Series Forecasting for Energy Demand
Numerical Optimization in Machine Learning Models
Mathematical Tools for Portfolio Risk Management
With a strong mathematical foundation and practical problem-solving skills, graduates are prepared for careers in engineering, data science, economics, and research.
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