🐻 Sophomore Spring
← Sophomore Fall | Sophomore Summer →
| Course | Description |
|---|---|
| Intro. to Scientific Computation COM S 222 |
An introduction to elementary numerical analysis & scientific computation. Topics include interpolation, quadrature, linear & nonlinear equation solving, least-squares fitting, and ordinary differential equations. The MATLAB computing environment is used. Vectorization, efficiency, reliability & stability are stressed. Special lectures on parallel computation |
| Data Structures COM S 410 |
Practical & important data structures & their implementations, with an emphasis on the use of analysis to determine the most efficient algorithm in a given situation. Detailed study of searching & sorting methods |
| Intro. to Circuits for Electrical & Computer Engineers ELE E 210 |
A first course in electrical circuits, establishing the fundamental properties of circuits with application to high-speed computers & modern electronics. Topics include node & mesh analysis applied to CMOS circuit design, transient response and its impact on computer speed, sinusoidals, resonance, complex impedance, and operational amplifiers |
| Intro. Integrated Circuits Laboratory ELE E 215 |
Laboratory course to develop skills with modern instrumentation, and to explore the design & operation of electrical circuits used in computers, amplifiers & signal processing |
| Chemistry for the Applied Sciences CHEM 211 |
Important chemical principles & facts are covered with the objective of understanding the role of chemistry in other fields. Emphasis is on topics such as solid-state materials, periodic trends & specific classes of compounds, such as polymers |