BisonAcademy.Net
This web site is a backup web site for BisonAcademy.com
This web site is a backup web site for BisonAcademy.com
About Bison Academy: This web site contains lecture notes, videos, homework sets, and solutions to compliment courses taught in the Department of Electrical and Computer Engineering at North Dakota State University. As a faculty member at this student-focused, research oriented, land grant university, I, like my colleagues, strive to provide my students with the best education I can - and this web site is just one of the tools for doing this. Note however that the value of a college education is in the student-student and student-faculty interaction. If you want to get more out of this material, please sign up for some of our classes.
E 111. Introduction to Electrical and Computer Engineering. Introduction to electrical and computer engineering problem solving using numerical methods with Matlab. Prereq: MATH 105.
EE 206. Circuit Analysis I. Linear electric circuits. Component models, circuit laws, transient analysis, design issues, computer tools. Prereq: MATH 166.
ECE 311. Circuit Analysis II. Analysis of single-phase and three-phase circuits. Laplace transforms in circuit analysis. Fourier series. Two-port networks. Prereq: EE 206
ECE 320: Electronics I: Digital Electronics. Semiconductors, didoes, transistors, and op-amp circuits with binary inputs and outputs. Prereq: EE 206
ECE 321: Electronics II: Analog Electronics. Diode, transistorm and op-amp circuits with analog inputs and outputs. Push-pull amplifiers, filters, instrumentation amplifiers. Prereq: ECE 320.
ECE 331: Machines and Drives: Steady-state operation of transformers, DC, and AC rotating machines. Coreq: ECE 311 Circuits II
ECE 341: Random Processes: Discrete and continuous probability functions. Hypothesis testing.
Prereq: Calculus II
ECE 343. Signals & Systems. Discrete-time and continuous-time signals and systems. Linearity, frequency response, difference and differential equations, transform techniques. Prereq: EE 206 and MATH 266. ECE 311 Circuits II highly recommended.
ECE 376: Embedded Systems: Design of circuits which are controlled by a microcontroller: PIC18F4620. Prerequisite: C programming, Circuits I
ECE 461: Controls Systems: Modeling and control of dynamic systems, including root-locus, Bode plots, and Nichols charts. Prerequisite: ECE 343 Signals and Systems.
ECE 463. Modern Control. Analysis and design of controllers for linear and non-linear systems using state-space methods. Design to specifications, controllability, observability, stability, optimization, and state-estimation. Prereq: ECE 343.
ECE 494: Special Topics Robotics. Mathematics of modeling and control of robotic manipulators. Forward kinematics, inverse kinematics, path planning, LaGrangian dynamics, simulation, and control of robotic arms. Undergraduates may use as an ECE Technical Elective. Prereq: ECE 343.
EE 206. Circuit Analysis I. Linear electric circuits. Component models, circuit laws, transient analysis, design issues, computer tools. Prereq: MATH 166.
ECE 311. Circuit Analysis II. Analysis of single-phase and three-phase circuits. Laplace transforms in circuit analysis. Fourier series. Two-port networks. Prereq: EE 206
ECE 320: Electronics I: Digital Electronics. Semiconductors, didoes, transistors, and op-amp circuits with binary inputs and outputs. Prereq: EE 206
ECE 321: Electronics II: Analog Electronics. Diode, transistorm and op-amp circuits with analog inputs and outputs. Push-pull amplifiers, filters, instrumentation amplifiers. Prereq: ECE 320.
ECE 331: Machines and Drives: Steady-state operation of transformers, DC, and AC rotating machines. Coreq: ECE 311 Circuits II
ECE 341: Random Processes: Discrete and continuous probability functions. Hypothesis testing.
Prereq: Calculus II
ECE 343. Signals & Systems. Discrete-time and continuous-time signals and systems. Linearity, frequency response, difference and differential equations, transform techniques. Prereq: EE 206 and MATH 266. ECE 311 Circuits II highly recommended.
ECE 376: Embedded Systems: Design of circuits which are controlled by a microcontroller: PIC18F4620. Prerequisite: C programming, Circuits I
ECE 461: Controls Systems: Modeling and control of dynamic systems, including root-locus, Bode plots, and Nichols charts. Prerequisite: ECE 343 Signals and Systems.
ECE 463. Modern Control. Analysis and design of controllers for linear and non-linear systems using state-space methods. Design to specifications, controllability, observability, stability, optimization, and state-estimation. Prereq: ECE 343.
ECE 494: Special Topics Robotics. Mathematics of modeling and control of robotic manipulators. Forward kinematics, inverse kinematics, path planning, LaGrangian dynamics, simulation, and control of robotic arms. Undergraduates may use as an ECE Technical Elective. Prereq: ECE 343.
Legal Stuff: This web site is non-profit (actually it loses money - but it helps improve the classroom experience of our students and FatCow has reasonable rates so I don't mind). This site generates no revenue and contains only information which can be found in many text books and other web sites as well. All material herein are lecture notes which support he classroom experience of our students, which were created by the authors, and are not copy-writed. As such, it is in compliance with North Dakota State Board Policy 611 as well as University Policy 190.
"Bison Academy" is a registered trademark with the USPTO. As such, the use of the name "Bison Academy" in this web site is in compliance with state and federal law.