19 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 121Introduction to Engineering Major electives2
EGR 124 Introduction to Design 2 hours ACCT 335 Financial Statements Analysis (3) EGR 126 Introduction to Computer Aided Design 1 hour ACCT 336 Tax Accounting (3) EGR 247 Engineering Professional Development 1 hour ACCT 338 Cost Accounting (3) EGR 325 Engineering Economics 2 hours ECFN 325 Principles of Finance I (3) EGTM 221 Fundamentals of Engineering Tech-Statics 4 hours ECFN 439 Managerial Economics (3)
Second semester 3 hours DC and AC circuit analysis, network theorems, Kirchhoff’s Laws, topology, and computer aided techniques. Emphasis will be on analog and linear circuit theory and devices. Design of digital circuits with digital integrated circuit components and microcontrollers. Apply, program, and synthesize microcontroller circuits to simplify sequential circuits and complex control logic.
First semester 4 hours Introduction to engineering mechanics, including the analysis of 2D and 3D force systems, pin-connected structures, trusses, frames and machines. Statics of particles and rigid bodies. Equivalent force-couple systems and equilibrium in 2D and 3D. Centroids and area moment of inertia. Introduction to friction. Lecture and lab. Prerequisite: PHYS 245. Engineering Course fee.
Second semester 3 hours Introduction to kinematics and kinetics of systems of particles and rigid bodies. Applying equations of motion, work and energy, impulse and momentum to engineering problem solving. 155
Second semester 4 hours Introduction to stress and strain, bending, torsion, direct stres and transverse shear in beams; curved members; thin-walled members; combined stresses; experimental stress analysis using strain gauges; theories of failure; deflection of beams; statically indeterminate problems; elastic stability of columns. Lecture and lab. Engineering Course fee. Prerequisite: EGR 223.
Either semester 1 hour An overview of the systems incorporated into a modern automobile, including combustion, transmission, cooling, braking, electrical, and steering. Additional optional topics include maintenance and electric vehicles. An emphasis is placed on the problems being solved and the way the system functions. Engineering Course fee.
First semester 3 hours Introduction to statistical design of experiments techniques for engineering problem solving. Topics will include: introduction to experiments, completely randomized designs, blocking designs, full factorial designs with two levels, fractional designs with two levels and response surface designs. Prerequisite: MATH 211. Engineering Course fee.
Second semester 4 hours The study of fluid properties and hydrostatics. Open channel flow, compressible flow, pipe flow and pipe networks, pumps and turbo machinery, boundary layers, dimensional analysis, similitude, lift and drag. Prerequisite: EGR 224 and MATH 326. Engineering Course fee.
First semester 4 hours Application of first and second laws of thermodynamics. Work, heat, thermodynamic properties of pure substances. Introduction to refrigeration and power cycles. Lecture and lab.
* Engineering majors must choose CT 105, CT 209, CT 210, PHIL 424, CSCI 116 and CHEM 131 in the core curriculum. Additionally, the core curriculum math elective should prepare majors to take Calculus II. Major: Engineering Degree: B.S.E. Option: Mechanical Minimum Semester Hours Required: 131 Ninety hours are required for a major in Engineering with Mechanical Option*: MATH 211 Elementary Statistics 3 hours EGR 331 Data Visualization 3 hours MATH 221 Calculus II 4 hours EGR 491-492 Capstone Senior Design I & II 6 hours MATH 222 Calculus III 4 hours Engineering elective (or COL 110 Engineering track) 1 hour MATH 326 Differential Equations 4 hours PHYS 245/245L College Physics I & Lab 3/1 hours EGR 121 Introduction to Engineering 2 hours PHYS 246/246L College Physics II & Lab 3/1 hours
Either semester 3 hours Students are introduced to some of the key computational techniques and visualization methods used in modeling and simulation of real-world phenomena, including error analysis, matrices and linear systems, and identifying bias and data errors. Students will also be introduced to a data computation system, such as MATLAB or R. Engineering Course fee.
Either semester 1 hour Use of parametric, solid modeling design software with emphasis on advanced part and assembly modeling techniques. Case studies and lessons are taken from industrial applications. Instructor approval required. Engineering Course fee.
Either semester 1 hour Introduction to rapid prototyping using materials and equipment accessible in the Makerspace. Hands-on training with emphasis on safely operating the CNC mill & lathe, chop saws, grinders and other tools, which may include welding. Open to Engineering and Engineering Technology Management majors only. Engineering Course fee.
Either semester 1 hour An introduction to common engineering materials and testing methodologies required to ensure acceptable material properties/performance for use in engineering applications. Experiments detailing material properties and steps to ensure material compliance will be provided. Materials investigated may include (but are not limited to) aggregates, concrete, asphalt, wood, metals and structural plastics. Engineering Course fee.
Second semester 3 hours Design and Fabrication of projects researched in Capstone Design I. Projects may be undertaken by individuals or teams. Projects may be interdisciplinary or specific to an area of concentration. Prerequisite: EGR 491. Engineering Course fee. 156
