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• EGR 101: Engineering Graphics

  4.00 Credits

  Lehigh Carbon Community College

  
  Introduces the language of industry. Develops basic drafting techniques and an understanding of industrial type drawings. Topics covered include orthographic and pictorial drawing, dimensioning, fasteners, machine components, pattern development, and drafting standards. Additional areas of study include various layouts, graphs, displacement diagrams, descriptive geometry, etc. as they relate to the above topics.
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• EGR 102: Engineering Orientation

  1.00 Credits

  Lehigh Carbon Community College

  
  Explains the nature and role of the engineer in an industrial society and the functions and requirements of the various branches of the profession. Considers four and five-year engineering curriculums and transfer issues.
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• EGR 213: Statics

  3.00 Credits

  Lehigh Carbon Community College

  
  A calculus-based introduction to the mechanics of bodies in equilibrium for engineering students. Topics include: position and force vectors, equilibrium of a particle, moments, equilibrium of a rigid body, analysis of trusses and frames, friction, cent of gravity and centroid, moments of inertia, and principle of virtual work.
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• EGR 214: Dynamics

  3.00 Credits

  Lehigh Carbon Community College

  
  A calculus-based study of kinematics and dynamics of bodies for engineering students. Topics include: kinematics of a particle: rectilinear and curvilinear motion; dynamics of a particle: Newton's second law, work and energy, impulse and momentum, collisions; planar kinematics and dynamics of a rigid body.
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• ELE 120: D.C. Circuits

  4.00 Credits

  Lehigh Carbon Community College

  
  This is a study of the basic principles of voltage, current, and resistance. Solid state devices and their graphical characteristics are studied. Among the topics covered are resistance, color code, Ohm's Law, series and parallel circuits, voltage dividers, semiconductor diodes and transistors. Network analysis is introduced using DC sources and resistive components. In the laboratory, the students will connect components into basic electrical circuit configurations and use DC multimeters to verify circuit operation.
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• ELE 130: Digital Fundamentals

  4.00 Credits

  Lehigh Carbon Community College

  
  Digital Fundamentals is the study of the basic circuits common to digital devices such as logic gates, flip flops, counters and arithmetic circuits. The examination of various number systems and their applications are also covered in this course.
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• ELE 165: A.C. Circuits

  4.00 Credits

  Lehigh Carbon Community College

  
  This course is the study of varying voltages and currents in simple circuit arrangements of inductors, capacitors, and resistors. Studies include oscilloscope usage, capacitors, inductors, series and parallel RLC circuits, resonance, time constants. Vector algebra is introduced to analyze more complex circuits. In the laboratory the students connect components into basic electrical circuits and use AC meters and the oscilloscope to verify circuit operation.
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• ELE 175: Intro to Microprocessors

  4.00 Credits

  Lehigh Carbon Community College

  
  The course introduces students to microprocessors and microcomputers. Examined is microprocessor system organization and its instruction set. Also presented are input and output techniques and their microcomputer applications in real situations.
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• ELE 210: Electronic Circuits

  4.00 Credits

  Lehigh Carbon Community College

  
  Students are introduced to standard electronic circuitry. Studies are the theory and application of diodes, junction transistors and FET transistors; circuit arrangements for coupling; and A.F. and R.F. voltage generation. Software simulation programs are used to verify circuit operations.
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• ELE 215: Industrial Electronics

  2.00 Credits

  Lehigh Carbon Community College

  
  A study of sensing, control and actuator devices and how they are used in an industrial environment. Topics included in the course are temperature, level and flow measurements, semiconductor control devices, industrial process actuators; digital control circuit applications; open and closed-loop feedback systems.
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