The Engineering Sciences and Applied Mathematics program at Northwestern University is designed to strengthen advanced applied mathematics skills for students who want to apply mathematics in industry, research, or policy. The curriculum emphasizes analytical foundations and computational methods used in areas such as differential equations, stochastic processes, and high-performance computing. Students typically complete the program by taking four courses per quarter across three quarters, building toward a focused set of advanced technical competencies.
The Engineering Sciences and Applied Mathematics program at Northwestern University aims to enhance advanced applied mathematics skills for those interested in utilizing mathematics in various fields such as industry, research, or policy. The curriculum focuses on analytical foundations and computational techniques applicable in areas like differential equations, stochastic processes, and high-performance computing.
The program typically spans three quarters, during which students engage in a rigorous course load of four classes per quarter. This structure helps build a strong set of advanced technical competencies essential for tackling complex mathematical challenges.
Typical course themes encompass advanced topics such as:
Students typically complete the required courses over three quarters, balancing their workload to foster both theoretical knowledge and practical computational skills.
Capstone / thesis: Prospective students should verify whether the program requires a thesis or if completion is based solely on coursework.
Graduates of the Engineering Sciences and Applied Mathematics program possess valuable skills applicable in various sectors, including technology, finance, research, and government. The strong analytical and computational foundations provided by the curriculum prepare students for careers in data analysis, quantitative research, and applied mathematics, among other fields.
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