12 courses with the subject ENGR, 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.
ENGR 110Engineering Tools3
An introduction to the computer tools available to aid in the analysis and solution of engineering problems. The course includes an introduction to a high-level computer language, spread sheets, CAD, and CAS. Pre- or co- requisite(s): MATH 170 Precalculus or higher level math course. Terms Offered: Fall, Spring, Summer Offered Distance Learning: Yes Credits: 3 Contact Hours: Lecture: 4
An introduction to the methods used in formulation and solution of typical engineering problems. Teamwork and communication are stressed and are employed in problem solving and the design process. Terms Offered: Fall, Spring Offered Distance Learning: No Credits: 3 Contact Hours: Lecture: 4
Introduction to materials, energy and bonding of atoms, structure of solids, relations between structure and properties, comparison of properties, processing and applications of different materials. Laboratory to include mechanical properties, metallurgy, heat treatment of steels. NOTE: A graphing calculator may be required and will be discussed in class. Pre-requisite(s): CHEM 110 General Chemistry I or CHEM 120 Chemistry I and ENGR 110 Engineering Tools. Lab fee will be required Terms Offered: Fall, Spring Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 3 Lab: 2
This course will cover the strength of materials, stresses and strains, axial load, transverse loading, torsion, beam loading and deflection, 2D transformation of stress and strain, Mohrs circle analysis and columns. Pre-requisite(s): ENGR 209 Statics and PHYS 135 Technical Physics I or PHYS 150 Physics I Terms Offered: Fall Offered Distance Learning: No Credits: 3 Contact Hours: Lecture: 3
This class is in addition to Mechanics of Materials. Mechanics of Materials Lab deals with applying the theory of the relationship between forces applied to bodies and the resulting stresses and deformations. In the laboratory, students perform ASTM testing and reporting on a chosen material. Included in the course are data acquisition, analysis and presentation methods using the latest software packages. Pre-requisite(s): MATH 165 Basic Calculus with Analytic Geometry, ENGR 209 Statics, PHYS 135 Technical Physics I, and MECT 105 Engineering Materials or CIVL 114 Construction Materials Co-requisite(s): ENGR 216 Mechanics of Materials Lab fee will be required. Terms Offered: Fall Offered Distance Learning: No Credits: 1 Contact Hours: Lab: 3
This course will cover strength of materials, stresses and strains, axial load, transverse loading, torsion, beam loading and deflection, 2D transformation of stress and strain, Mohrs circle analysis, and columns. NOTE: A graphing calculator may be required and will be discussed in class. Pre-requisite(s): ENGR 211 Engineering Statics; MATH 190 Calculus II; PHYS 150 Physics I. Terms Offered: Fall, Spring Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 4
Dynamics of particles and rigid bodies, kinematics and kinetics, work and energy, impulse and momentum, angular momentum, systems of particles, mechanical vibrations. NOTE: A graphing calculator may be required and will be discussed in class. Pre-requisite(s): ENGR 211 Engineering Statics. Terms Offered: Fall, Spring Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 4
This is a first course in standard thermodynamics, fluid mechanics, and heat transfer intended for all students of engineering. Students will gain a basic understanding of energy interactions, heat transfer mechanisms and the fundamentals of fluid flow. Students will not receive credit for both ENGR 222 and ENGR 223. NOTE: A graphing calculator may be required and will be discussed in class. Pre-requisite(s): MATH 190 Calculus II; high school physics and chemistry or equivalent. Pre- or co- requisite(s): ENGR 210 Engineering Statics and Strength of Materials or ENGR 211 Engineering Statics. Terms Offered: Fall, Spring Offered Distance Learning: Yes Credits: 4 Contact Hours: Lecture: 4
This course explores the fundamentals of passive and active circuit theory, with an emphasis on analysis techniques at the level of applied differential equations and basic complex variable analysis. The subject matter also introduces discrete system theory. Concepts presented include: resistive circuits, circuits dealing with energy and storing elements, Kirchhoff's laws, transfer function theory, system stability, frequency response and an introduction to discrete systems. Laboratory experiments include resistive circuits, OP-Amp Circuitry, real time first and second order systems and frequency response. Pre-requisite(s): MATH 210 Calculus III: Multivariable Calculus with Linear Algebra and PHYS 151 Physics II. Pre- or co- requisite(s): MATH 220 Differential Equations. Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Contact Hours: Lecture: 3 Lab: 3
