11 courses with the subject EGR, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
EGR 131Introduction to Electronics Technology2
This course introduces the basic skills required for electrical/electronics technicians. Topics include soldering/desoldering safety and sustainability practices test equipment scientific calculators AWG wire table the resistor color code electronic devices problem solving and use of hand tools. Upon completion students should be able to solder/desolder operate test equipment apply problem-solving techniques and use a scientific calculator.
This course is an overview of the engineering profession. Topics include goal setting and career assessment ethics public safety the engineering method and design process written and oral communication interpersonal skills and team building and computer applications. Upon completion students should be able to understand the engineering process the engineering profession and utilize college resources to meet their educational goals. This course has been approved for transfer under the CAA as a premajor and/or elective course requirement. This course has been approved for transfer under the ICAA as a premajor and/or elective course requirement.
EGR 210Intro to Electrical/Computer Engineering Lab2
This course provides an overview of electrical and computer engineering through a lecture and laboratory setting. Topics include fundamental concepts electronic circuits digital circuits communication systems and signal processing. Upon completion students should be able to discuss the wide range of fields available to the electrical or computer engineer. This course has been approved for transfer under the CAA as a premajor and/or elective course requirement. This course has been approved for transfer under the ICAA as a premajor and/or elective course requirement.
This course provides an introduction to digital circuits and analysis. Topics include Boolean Algebra; mixed logic; design of combinational circuits; introduction to sequential systems; and MSI building blocks. Upon completion students should be able to analyze and design digital circuits and systems. This course has been approved for transfer under the CAA as a premajor and/or elective course requirement. This course has been approved for transfer under the ICAA as a premajor and/or elective course requirement.
This course introduces contemporary methods and tools for numerical analysis in engineering. Topics include numerical methods in differentiation integration root-finding linear and non-linear regressions. Upon completion students should be able to demonstrate: basic structured programming concepts involving decision makingloops functions and parameter passing: common numerical methods used in engineering analysis; estimation of the amount of error inherent in different numerical methods; assessment of numerical efficiency; method assessment of numerical efficiency; and convergence properties of different numerical methods.
This course introduces the concepts of engineering based on forces in equilibrium. Topics include concentrated forces distributed forces forces due to friction and inertia as they apply to machines structures and systems. Upon completion students should be able to solve problems which require the ability to analyze systems of forces in static equilibrium. This course has been approved for transfer under the CAA as a premajor and/or elective course requirement. This course has been approved for transfer under the ICAA as a premajor and/or elective course requirement.
This course introduces the concepts of engineering based on the analysis of motion in Cartesian cylindrical and spherical coordinate systems. Topics include the two and three dimensional motion of particles and rigid bodies the forces associated with that motion and relative motion between two coordinate systems. Upon completion students should be able to solve problems which require the ability to analyze the motion and forces involved in a dynamic system. This course has been approved for transfer under the CAA as a premajor and/or elective course requirement. This course has been approved for transfer under the ICAA as a premajor and/or elective course requirement.
This course provides an introduction to engineering theory of deformable solids and applications. Topics include stress and deformation resulting from axial torsion and bending loads; shear and moment diagrams; Mohr's circle of stress; and strain and buckling of columns. Upon completion students should be able to analyze solids subject to various forces and design systems using a variety of materials. This course has been approved for transfer under the CAA as a premajor and/or elective course requirement. This course has been approved for transfer under the ICAA as a premajor and/or elective course requirement.
This course includes vector analysis equilibrium of force systems friction sectional properties stress/strain and deformation. Topics include resultants and components of forces moments and couples free-body diagrams shear and moment diagrams trusses frames beams columns connections and combined stresses. Upon completion students should be able to analyze simple structures.
This course provides the opportunity to design an instructor-approved project using previously acquired skills. Emphasis is placed on selection proposal design testing and documentation of the approved project. Upon completion students should be able to present and demonstrate projects.
