Course Search Results

• ENGR 305: Robotic Wrangling

  3.00 Credits

  College of Charleston

  
  The course covers a range of applied topics in industrial and mobile robot programming, jogging, interfacing and designing for industrial applications. Topics include the study and hands-on activities related to typical configurations, jogging, wrangling, mechanisms, sensors, actuators and contrl schemes with sensors and industrial applications.
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• ENGR 310: Circuit Analysis II

  3.00 Credits

  College of Charleston

  
  Continuation of ENGR 210. The course deals with the analysis of electrical circuits containing both active and passive components under steady state and time varying conditions with emphasis on circuit enabled applications of convolution, Fourier series, and Laplace, and Fourier transforms. Corequisite:    ENGR 310L
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• ENGR 310L: Circuit Analysis II Lab

  1.00 Credits

  College of Charleston

  
  This course is designed to apply the concepts being covered in ENGR 310. Hands-on lab exercises will be assigned each week within a structured setting. Students will also work in a team to develop a semester-long project. Laboratory three hours per week. Corequisite:    ENGR 310
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• ENGR 321: Human Factors Engineering

  3.00 Credits

  College of Charleston

  
  Human factors design principles and the nature of human interaction with their physical work environment are covered, including topics in cognitive engineering, ergonomics, system design, and the nature of human performance in the workplace.
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• ENGR 341: Electromechanical Energy Conv

  3.00 Credits

  College of Charleston

  
  The course deals with electromechanical energy conversion principles and electric power. Topics covered include electromechanical energy conversion principles, power transformers, power transmission and distribution systems, power analysis, and motors.
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• ENGR 360: Elec Instrumentation & Measure

  3.00 Credits

  College of Charleston

  
  The course describes electronic measurement and instrumentation. It introduces concepts related to the use of sensing modalities and associated sensor technologies, and the interface electronics required for the collection and processing of data from them in relation to non-destructive testing (NDT) of materials. This course also provides hands-on experience for students in the use of sensor technologies such as ultrasound, eddy current sensing, and imaging, and data processing using standard commercial software tools.
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• ENGR 380: Vehicle Elec and Elec Design

  3.00 Credits

  College of Charleston

  
  The course describes electrical and electronics designs used in state-of the-art fuel ground, air and underwater vehicles. Vehicles covered will include those used for personal, commercial or military applications. Systems covered include automobiles, drones and submarines. The course will cover concepts related to onboard monitoring electronics, cruise control concepts, and DC power distribution. The course will conclude with a discussion on automotive regenerative braking, sonar, and sensing and control technologies used for autonomous navigation.
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• ENGR 381: Internship

  1.00 - 3.00 Credits

  College of Charleston

  
  A student will gain professional experience as an intern at a private firm or government agency. A written proposal must be approved through the director of the engineering programs prior to enrolling in the course. At least 40 hours of work is required for each credit awarded for the course.
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• ENGR 386: Systems Engr: Design & Develop

  3.00 Credits

  College of Charleston

  
  This course provides students with an introduction to quantitative techniques that are relevant to systems engineering. Focuses on the use of quantitative techniques to model and evaluate design options. Scope includes: Analysis methods of system engineering design and management, system analysis, system command control, Analytical Problem-Solving and Solution Development Synthesis, system development, System Verification and Validation (V&V) Strategy, etc.
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• ENGR 387: Systems Engr: Adv Design & Dev

  3.00 Credits

  College of Charleston

  
  This course provides students with advanced techniques that are relevant to systems engineering. Major topics covered include System development process models, System documentation strategy, technical review strategy, specification analysis, user-centered system design, system interface definition, analysis, design, and control.
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