Credit Weight: 0.5 Description: Applications of the principles of statics, kinematics, dynamics and strength of materials to...
Credit Weight: 0.5 Description: Electronics and its applications to instrumentation and controls. This course has been designed for...
Credit Weight: 1.0 Description: Review course on the application of algebra, series, and calculus to the analysis of engineering...
Credit Weight: 1.0 Description: Application of advanced analysis techniques to engineering problems, including the use of differential...
Credit Weight: 0.5 Description: A project oriented course in which students will apply software engineering principles to solve...
Credit Weight: 0.5 Description: A continuation of Engineering 3050 - Software Engineering Design I. Offering: 1.5-3; 0-0
Credit Weight: 0.5 Description: Three dimensional concept of stress and strain; Stress-strain relationships for plane stress and plane...
Credit Weight: 0.5 Description: Three dimensional concept of stress and strain; stress-strain relationships for plane stress and plane...
Credit Weight: 0.5 Description: Steady-state material and energy balances as applied to process systems. Computer solution of...
Credit Weight: 0.5 Description: Soil properties; effective stress; seepage and flow nets; concepts of shear strength and volume change;...
Credit Weight: 0.5 Description: Language and automata theory for software engineers. Algorithms design, analysis and recurrence. Issues...
Credit Weight: 0.5 Description: Chemical process accidents, causes. Emission source and dispersion models. Fires and explosions, best...
Credit Weight: 0.5 Description: Review of Bode graphs, Nichols charts and stability criteria. Classical feedback control system theory...
Credit Weight: 0.5 Description: The analysis of beam, truss, frame and composite structures. Classical flexibility methods with...
Credit Weight: 0.5 Description: Quantitative analysis for engineering decision making. Cash flow analysis and comparisons of...
Credit Weight: 0.5 Description: The fluid medium, kinematics and dynamics of a flow field; Bernoulli's equation, vorticity and...
Credit Weight: 0.5 Description: This course and Engineering
Credit Weight: 0.5 Description: Introduction to software performance and UML. Software performance engineering models. Software...
Credit Weight: 0.5 Description: MOS transistor characteristics; implementation in silicon; analysis of NMOS and CMOS inverters and...
Credit Weight: 0.5 Description: Design of shallow and deep foundations, retaining structures and excavation supports. Field...