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Master Both Engineering and Computational Methods
The course of study includes completion of computer programming, computer-based modeling, and electrical/computer engineering that uniquely trains you for future engineering practice and requires you to master both electrical/computer engineering along with computational methods. This master’s program offers a research-based thesis option, and a course-intensive, non-thesis option.
Curriculum and Courses:
Students select either the research (thesis) or course intensive (non-thesis) option. Requirements include courses in electrical/computer engineering, elective courses, and a research-based thesis (research option) or a research project (course intensive option). For the thesis and the research project, students work with a faculty adviser on a research problem.
At Miami, there is something for everyone.
Students design a program of study in consultation with their faculty advisor. Examples of courses are listed below:
- ECE 511 Sensors and Data Fusion with Robotics Applications
- ECE 514 Design and Modeling of Robotic Systems
- ECE 597 Electric Vehicle Technology
- ECE 601 State Variables for Engineers
- ECE 625 Advanced Digital Signal Processing
- ECE 661 Advanced Optical Network Architectures
Additional Opportunities
Admission
Where Education Becomes Something Greater
Explore what it means to be a graduate student at Miami University in Oxford, Ohio, where students prepare to go anywhere and everywhere.