The Bachelor of Science Engineering in Engineering Mathematics program at UM-Dearborn provides students an opportunity to expand their knowledge in the field of applied mathematics, which is essential in modern engineering. By combining the tools and techniques learned in the engineering mathematics program with those learned in their engineering disciplines, students become more proficient in the application of mathematical reasoning to formulate and solve a wide range of contemporary engineering problems. The combined mathematics and engineering education gained though the program enables the graduates to successfully pursue professional careers in industry, research and development, and elsewhere.
The Engineering Mathematics degree is a concurrent Bachelor of Science in Engineering (B.S.E.) degree in Engineering Mathematics (EMATH) that can be pursued by undergraduate students majoring in Bioengineering, Computer Engineering, Electrical Engineering, Industrial and Systems Engineering, Manufacturing Engineering, Mechanical Engineering, or Robotics Engineering. This makes it possible for a student majoring in one of the engineering disciplines to earn two degrees at the same time: a Bachelor of Science Engineering degree in their principal engineering major and a concurrent Bachelor of Science Engineering degree in Engineering Mathematics. Both degrees must be earned at the same time.
The coursework in the concurrent Bachelor of Science Engineering in Engineering Mathematics prepares graduates to:
- Be able to develop innovative mathematical solutions to complex engineering problems.
- Engage in continuous learning to advance their professional careers.
- The ability to apply mathematical tools to model and solve engineering/applied mathematics problems
- The ability to use techniques and modern mathematical tools to solve engineering/applied mathematics problems.
- The ability to communicate mathematical ideas.
The Engineering Mathematics degree requires a minimum of 15 credit hours of course work in advanced mathematics beyond the 16 credits of mathematics already required in the degree program of the student’s principal engineering major.
|Choose 3 course from one of the following two areas
|Area 1 Numerical and Statistical Analysis
|Stochastic Processes 1
|Introduction to Numerical Analysis
|Area 2: Modern and Classical Applied Mathematics
|Fourier Series and Boundary Value Problems
|Func of a Complex Var with App
|Introduction to Wavelets
|Finite Element Methods for Differential Equations 1
|Take one additional course from Area (1) or Area (2), OR one of the following courses:
|Data Science I
|Data Science II
|Nonlinear Control Systems 1
|Design and Analysis of Exp 1
|Applied Linear Algebra 1
|Finite Difference Methods for Differential Equations 1
|Advanced Engineering Analysis 1
|Basic Comp Methods in Eng 1
Permission of graduate instructor required. Graduate tuition assessment applies.