|
|
|
|
|
|
|
|
|
|
Course Criteria
Add courses to your favorites to save, share, and find your best transfer school.
-
3.00 Credits
This basic course includes the applications of memory circuits, A/D and D/A converters, RAM and ROM circuits. The course provides students with knowledge of software and hardware applications associated with microprocessor devices. Emphasis is placed on the architecture of the popular 6502, 6800 and 8080 integrated circuit devices. The key topics and skills for each week's session are demonstrated and discussed in an interactive lecture format. All sessions are held in a laboratory environment where students have an opportunity to work along with the instructor using assembler language techniques to program a microprocessor, perform various arithmetic functions, and to observe the relationship between the software and hardware aspects of basic microprocessor circuitry. Independent laboratory assignments including experiments in A/D and D/A conversion are assigned for completion outside of class sessions during open lab times. Prerequisites: ENGN1000, ENGN1040. Quarter Credit Hours 4.5
-
4.50 Credits
Quarter Credit Hours
-
3.00 Credits
This basic course covers the analysis, design and synthesis of microprocessor based systems developing projects to combine electronics, mechanical components and real-time programming. The course provides a review of microprocessor interfacing for discrete, digital and analog data, ADC and DAC, the study and application of various sensors including tactile, light, proximity, position, velocity and acceleration. Optical encoders for angular motion data and other advanced sensing are also covered. The operation principles of electric, hydraulic and pneumatic power supplies are discussed as well those of actuators, DC and stepper motors and their basic concept in control theory also is covered, including PID control. The course also covers the concepts and calculations of gearing and torque for mechanical motion. Topics in real-time
-
3.00 Credits
This course introduces students to the basic concepts of artificial intelligence, including some applications. The course first introduces the different methods of representing knowledge and inference methods. It is then followed by the study of rule based expert system, fuzzy expert systems and artificial neural networks. There is also a brief introduction to the area of evolutionary computation and genetic programming. Basic method of shape recognition and classifiers are discussed. Some probability theory and Bayesian analysis is covered in the course. Illustration and projects use the Neural Network and Image Processing toolbox of MATLAB. Prerequisites: CSIS1020, MATH1013. Quarter Credit Hours 4.5
-
3.00 Credits
This is a design course incorporating the material studied in the areas of mechatronics, artificial intelligence and computer vision. The course is based on robotic design using the Handy Board, including microprocessor interface for data acquisition of discrete, digital and analog data, robot kinematics, sensor design and sensor interfacing, communication, speech synthesis and real-time programming. The course utilizes interactive C as the programming tool. Prerequisites: ENGN2000, ENGN2061. Quarter Credit Hours 4.5
-
3.00 Credits
The course provides in-depth knowledge in both theory and applications of signaling and transmissions. Topics include signals, basic signal conversions, analog and digital signal transmissions, interfacing, switching principles and photonic switching. Prerequisites: ENGN2040, ITEC1020 and MATH1020. (PT) Quarter Credit Hours 4.5
-
4.50 Credits
engineering This course develops the general properties of materials, defined as plastic, ferrous, nonferrous and ceramics used in product development. Properties of materials are applied to industrial applications to achieve optimum designs. Process engineering concepts are developed from conversion of raw materials into finished products using manufacturing methods to optimize production of parts. Quarter Credit Hours 4.5
-
3.00 Credits
This course is a continuation of CAD2030 Principles of Design. Concepts of the design process are applied to industrial design problems and project development techniques. Configuration management techniques are developed to support design analysis and product/project development through the life cycle of the product/project. Students develop research and presentation skills related to the design process and project development centered on industrial problem- solving techniques. Prerequisite: CAD2030 and ENGN3000. (PT) Quarter Credit Hours 4.5
-
3.00 Credits
PRO CES CONTROL This course places the principles of measurement via electronic instrumentation into the operational arenas of process and industrial control. Design development and application are addressed; this includes 'smart'sensors and the role of imbedded microprocessors. The critical importance of sensor accuracy, timeliness, bandwidth and repeatability is related to the overall performance of the controlled process. Feedback control systems are formulated and treated from the Laplace transform perspective. The impact of the dynamics of the measurement and control processes upon the system's transient response and stability is addressed. Prerequisite: ENGN1030. Quarter Credit Hours 6.0
-
3.00 Credits
The objective of this course is the design of digital computers, emphasizing the use of modern device technology. Medium- and large-scale integrated circuits, microprocessors, and random access and read-only memories are studied. Included are the design, development and testing of such systems. Prerequisite: ENGN2055. (HO) (PT) Quarter Credit Hours 4.5
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Privacy Statement
|
Terms of Use
|
Institutional Membership Information
|
About AcademyOne
Copyright 2006 - 2025 AcademyOne, Inc.
|
|
|