Engineering Foundation Courses

The following courses must be completed with a satisfactory grade ('C' or better) prior to gaining secondary admission to the School of Engineering, and beginning the first co-op semester.

Mathematics

Course

Course Title

MTH 201

Calculus I

MTH 202

Calculus II

MTH 203

Calculus III

MTH 302

Linear Algebra & Differential Equations

STA 220

Engineering Statistics

Science

Course

Course Title

CHM 115

Chemistry I

PHY 230

Physics I

PHY 231 or PHY 234

Physics II or Engineering Physics

Engineering

Course

Course Title

EGR 106

Introduction to Engineering Design I

EGR 107

Introduction to Engineering Design II

EGR 214

Circuit Analysis I

EGR 220

Measurement & Data Analysis

EGR 226

Microcontroller Programming and Applications

EGR 289

Engineering Co-op Preparation

Additional Foundation Courses for Computer Engineering

Course

Course Title

CIS 162

CIS 159

Computer Science I
OR
JAVA Programming for Engineers

CIS 163

Computer Science II

EGR 223

Probability & Signal Analysis

EGR 224

Introduction to Digital System Design

Additional Foundation Courses for Mechanical Engineering

Course

Course Title

EGR 209

Mechanics and Machines

EGR 309

Machine Design I

EGR 312

Dynamics

Additional Foundation Courses for Electrical Engineering

Course

Course Title

EGR 224

Introduction to Digital System Design

EGR 223

Probability & Signal Analysis

EGR 257

Electronic Materials & Devices

Additional Foundation Courses for Product Design & Manufacturing Engineering

Course

Course Title

EGR 209

Mechanics and Machines

EGR 250

Materials Science and Engineering

EGR 309

Machine Design I 

Additional Foundation Courses for Biomedical Engineering

Biomedical Engineering students are able to complete one group of foundation courses from another major (EE, ME, PDM). For example, students may choose to complete the foundation courses for mechanical engineering, if the mechanical engineering emphasis is selected for the Biomedical Engineering degree.

Course

Course Title

EGR 223

Probability & Signal Analysis

EGR 224

Introduction to Digital System Design

EGR 257

Electronic Materials and Devices

OR

 

EGR 209

Mechanics and Machines

EGR 309

Machine Design I 

EGR 312

Dynamics

EGR 250

Materials Science and Engineering

Additional Foundation Courses for Interdisciplinary Engineering

Interdisciplinary Engineering students are able to complete one group of foundation courses from another major. For example, you may choose to complete the foundation courses for mechanical engineering.