Jan 28, 2025

2017-2018 Catalog

HELP

2017-2018 Catalog [ARCHIVED CATALOG]

Engineering General Program (BSE)

Print Degree Planner (opens a new window) |

Engineering (EGR) information

Prerequisites

A. English Composition

One from:
ENG 112 - Critical Writing and Reading (3).
EHS 120 - Ecology of Teaching and Social Work (3).

B. Mathematics

MTH 121 - Calculus I (4)
MTH 122 - Calculus II (4).
MTH 222 - Multivariate Calculus (4).
MTH 303 - Introduction to Differential Equations (4).

C. Computer Science

One from:

D. Chemistry

CHM 260 - Principles of Chemistry I (4)

E. Physics

PHY 243 - Principles of Physics I (5)
PHY 245 - Principles of Physics II (5)

F. Engineering

EGR 102 - Introduction to Engineering (3)
EGR 165 - Computer-Aided Design (3)
EGR 230 - Statics (3).
EGR 260 - Mechanics of Deformable Solids (3).
EGR 280 - Science of Engineering Materials (3).

Requirements

A. Core Courses

Grades of C (2.0) or better in all of the following:

EGR 310 - Engineering Economics (3)
EGR 315 - Machine Element Design (3).
EGR 330 - Engineering Circuit Analysis (3).
EGR 350 - Fluid Mechanics (3).
EGR 353 - Thermodynamics (3).
EGR 356 - Heat Transfer (3).
EGR 370 - Dynamics (3).
EGR 432 - Manufacturing Processes (3).
EGR 465 - Engineering Design I (3).
EGR 466 - Engineering Design II (3)

B. Laboratory Courses

EGR 281 - Engineering Materials Laboratory (1).
EGR 355 - Thermal Systems Laboratory (1).
An additional Engineering laboratory course for students following either Option A or the Computer Engineering, Engineering Management or Environmental Engineering track

C. Option of Choice

One of the following options:

Option A

Twenty-one (21) additional credits from:

EGR, AUE or IOE courses at the 300 level or above and not already listed as a program prerequisite, core, or laboratory course
IOE 200 - Probability and Statistics for Engineers (3).

Option B

Computer Engineering

CSC 265 - Computer Logic Design (3).
CSC 266 - Computer Logic Design Laboratory (1).
CSC 275 - Problem Solving and Programming II (4).
CSC 277 - Introduction to Computer Organization and Assembly Languages (3).
EGR 369 - Embedded Systems (3).
Elective credits in CSC or CIS courses at the 300 level or above to bring the total track credits to at least 20.

Engineering Management

EIM 349 - Innovation Management (3).
MGT 341 - Human Behavior in Organizations (3).
MGT 347 - Managing Projects and Teams (3).
SCM 211 - Business Statistics (3)
SCM 313 - Introduction to Management Science (3).
SCM 371 - Operations Management (3).
SCM 372 - Demand and Revenue Management (3).

Engineering Physics

PHY 333 - Advanced Physics Laboratory I (3).
PHY 343 - Modern Physics (3).
PHY 354 - Optics (3).
PHY 367 - Intermediate Electricity and Magnetism (3).
PHY 433 - Advanced Physics Laboratory II (1-3)
Elective credits in AUE, IOE, CSC, EGR, MTH or PHY courses at the 300 level or above or IOE 200 to bring the total track credits to at least 20.

Environmental Engineering

ESS 151 - Earth System Science (4)
ESS 272 - Principles of Hydrology (3).
ESS 486 - Environmental Site Assessment (3).
GEO 452 - Geographic Information Systems I (4).
GEO 453 - Geographic Information Systems II (4).
One from:
URP 411 - Reimagining Legacy Cities (3).
ESS 472 - Watershed Management (3).
ESS 476 - Environmental Planning (3).
PUB 476 - Environmental Planning (3).
URP 476 - Environmental Planning (3).

D. Additional Requirements

Fundamentals of Engineering (FE) license examination (typically taken during final term before graduation). Exam results are required for graduation.
Completion of at least 128 credits and all requirements of the College of Arts and Sciences (CAS) Bachelor of Science in Engineering degree, including General Education requirements .

Minimum Credits For the Degree: 128 credits