ENGR
1000
Introduction to Engineering and Design
Credits
3
Goal Areas
n/a
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This course is designed for people interested in learning about the engineering profession. It provides an overview of the engineering disciplines. A project-based approach will be used to give experience in skills, tools, and problem-solving methods associated with completing engineering design solutions.
ENGR
1200
Engineering Graphics
Credits
3
Goal Areas
n/a
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This course is designed for people interested in mechanical, civil and aerospace engineering and the Bachelor of Construction Management degree. The student will learn to make AUTOCAD drawings in a Windows environment. The topics that will be covered include: drawing, editing, pan, zoom, view, laying, plotting, dimensioning, blocks, inquiry, purge, DXF, ZIP, UNZIP, XREF, and work in three dimensions.
NOTE: Students who do not have access outside of class to computer hardware capable of running AutoCAD can access the program in the computer lab outside of class time.
ENGR
1990
Engineering Special Topics
Credits
1-4
Goal Areas
n/a
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This course will provide flexibility in offering an in-depth review of topics of immediate importance and topical interest. These topics will go beyond the introductory courses in examining specific aspects of the subject matter.
ENGR
2301
Statics
Credits
3
Goal Areas
n/a
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This course is designed for people interested in mechanical, civil, industrial, and aerospace engineering. It is also intended for the Bachelor of Construction Management degree. The topics include: vector algebra, equilibrium of a particle, equivalent systems of forces, equilibrium of rigid bodies, distributed forces, friction, centroids, and center of mass. Prerequisite: Math 1221 and Physics 1601
ENGR
2302
Mechanics of Materials
Credits
3
Goal Areas
n/a
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This course is designed for people interested in mechanical, civil, industrial, and aerospace engineering. The topics include: stress, strain, mechanical properties of materials, axial load, torsion, bending, transverse shear, combined loadings, stress transformation and strain transformation. Prerequisite: Math 1221, Physics 1601 and Engr 2301
ENGR
2303
Dynamics
Credits
3
Goal Areas
n/a
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This course is designed for people interested in mechanical, civil, industrial, and aerospace engineering. The topics include: particle kinematics, particle kinetics, Newton's Second Law, rotation of rigid bodies, and energy momentum methods.
Prerequisite: Math 1222, Physics 1601 and Engr 2301
ENGR
2501
Circuit Analysis I
Credits
4
Goal Areas
n/a
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This course is designed for people interested in electrical, civil and mechanical engineering, computer science and the Bachelor of Information Networking degree. The topics to be covered include: Kirchhoff's Laws, mesh analysis, nodal analysis, source transformations, superposition, Thevenin's and Norton's Theorems, operational amplifiers, first order response of RL and RC circuits, natural and step response of RLC circuits, sinusoidal steady-state analysis and power calculations and balanced three phase circuits. This is the first course in a two course sequence. (4 hours lecture) Prerequisite: Physics 1601 and Math 1222
ENGR
2511
Circuit Analysis I Laboratory
Credits
1
Goal Areas
n/a
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This course is a laboratory which complements the lecture course Engr 2501. The topics to be covered include: resistance, voltage, current, Kirchhoff's laws, voltage divider, bridge circuits, power transfer, operational amplifiers, natural and step responses, and integrating amplifiers. (2 hours lab) Prerequisite: Engr 2501 or concurrent enrollment