| HELP |
ARTD-Arts BSSD-Behav.
& Social Sci. HUMD-Humanities NSLD-Nat.
Sci. with Lab NSND-Nat. Sci. NO lab [M] - Multicultural
CE -- Credit by Exam available
(...only) -- offered only on indicated campus(es)
G - Germantown R - Rockville TP - Takoma
Park/Silver Spring
|
| Course |
Course Title |
Semester Hours |
Subject |
|
| EE 140 |
INTRO PROG CONCEPTS FOR ENGR |
2 semester hours |
EE-Electrical Engineering |
|
Course Description: Principles of software development, high-level languages, input/output, data types and variables, operators and expressions, program selection, repetition, functions, arrays, strings, introduction to algorithms, software projects, debugging, and documentation. Programs will use the C language. PREREQUISITE: MA 180. Assessment levels: EN 101/101A, RD 120. Two hours lecture, one hour laboratory each week.
|
|
| EE 140L |
INTRO PROG CONCEPTS FOR ENGR |
No Credit |
EE-Electrical Engineering |
|
Course Description: Laboratory component of EE 140.
|
|
| EE 150 |
INTER PROG CONCEPTS FOR ENGR |
3 semester hours |
EE-Electrical Engineering |
|
Course Description: Intermediate principles of software development: high-level languages, object-oriented design, documentation, data structures, graphs, dynamic memory allocation, software development for applications in electrical and computer engineering, and software development in teams. Programs will use the C and Java languages. PREREQUISITES: EE 140 or consent of instructor and MA 181. Three hours lecture, one hour laboratory each week.
|
|
| EE 204 |
BASIC CIRCUIT ANALYSIS |
3 semester hours |
EE-Electrical Engineering |
|
Course Description: Basic concepts of electrical engineering. Applications of Kirchhoff's Laws to simple resistive circuits. Solution of resistor networks using mesh and node analysis and Thevenin's and Norton's theorems. Characteristics of capacitance, inductance, and coupled elements. Solution of differential equations describing RL, RC, and RLC circuits for zero input, zero state, and complete response. Mesh and node analysis of sinusoidal steady-state circuits in the time domain. PREREQUISITE: PH 262. PRE- or COREQUISITE: MA 282. Three hours each week.
|
|
| HELP |
ARTD-Arts BSSD-Behav.
& Social Sci. HUMD-Humanities NSLD-Nat.
Sci. with Lab NSND-Nat. Sci. NO lab [M] - Multicultural
CE -- Credit by Exam available
(...only) -- offered only on indicated campus(es)
G - Germantown R - Rockville TP - Takoma
Park/Silver Spring
|
| Course |
Course Title |
Semester Hours |
Subject |
|
| EE 206 |
FUND DIGITAL CIRCUIT LAB |
2 semester hours |
EE-Electrical Engineering |
|
Course Description: This course will introduce the student to basic measurement techniques and will help him or her gain familiarity with the construction, simulation, and testing of basic analog and digital circuits. It is designed to reinforce the theoretical material presented in EE 204 and EE 244. The final lab will include a design, simulation, and construction project. PREREQUISITE: EE 244. COREQUISITE: EE 204. One hour lecture, three hours laboratory each week.
|
|
| EE 206L |
FUND DIGITAL CIRCUIT LAB |
No Credit |
EE-Electrical Engineering |
|
Course Description: Laboratory component of EE 206.
|
|
| EE 244 |
DIGITAL LOGIC DESIGN |
3 semester hours |
EE-Electrical Engineering |
|
Course Description: This course is designed to introduce sophomores in electrical engineering to basic principles and design procedures of digital systems at the gate and chip levels. (G and R only) PREREQUISITE: ES 100 or consent of department. Three hours each week.
|
|
