Degree Maps - Engineering

ACADEMIC PLAN:  CIVIL ENGINEERING

This is an overview of degree requirements. This is NOT an advising sheet.

Freshman Year

•   CEN 161 Civil Engineering Design Graphics

•   CHM 152 Principles Modern Chemistry II

•   CHM 153 Principles Modern Chemistry for Engineers

•   CHM 162 Intro to Applied Chemistry II

•   EGR 101 Intro to Engineering Applied Sci. I

•   EGR 102 Intro to Engineering Applied Sci. II

•   ENL 101 Critical Writing and Reading I

•   ENL 102 Critical Writing and Reading II

•   MTH 113 Calculus for Applied Sci. & Eng. I

•   MTH 114 Calculus for Applied Sci. & Eng. II

•   PHY 111 Physics for Science & Engineering I

Sophomore Year 

•   CEN 202 Mechanics of Materials  

•   CEN 209 Intro to Transportation 

•   CEN 212 Civil Engineering Materials Lab

•   EGR 241 Engineering Mechanics I

•   EGR 242 Engineering Mechanics II

•   ENL 266 Technical Communications

•   MTH 212 Differential Equations 

•   MTH 213 Calculus for Applied Sci. & Eng. III

•   PHY 112 Physics for Science & Engineering II

•   Gen Ed: Elective         

•   Gen Ed: Elective

Junior Year

•   CEN 301 Surveying

•   CEN 303 Fluid Mechanics

•   CEN 304 Intro Environmental Engineering

•   CEN 305 Soil Mechanics

•   CEN 306 Structural Analysis

•   CEN 313 Fluid Mechanics Lab

•   CEN 314 Environmental Engineering Lab

•   CEN 315 Soil Mechanics Lab

•   CEN 323 Geotechnical Engineering

•   CEN 325 Water Resources Engineering

•   CEN 328 Probability & Statistics for CE

•   CEN 334 Traffic Engineering

•   CEN 408 Anal. & Design Steel Structures

Senior Year

•   CEN 307 Anal. & Design Concrete Structures

•   CEN 402 Engineering Economy

•   CEN 411 Water Quality Engineering

•   CEN 452 Ethical, Professional & Safety Issues

•   CEN 491 Civil Engineering Project

•   Gen Ed: Elective         

•   Gen Ed: Elective

•   Gen Ed: Elective         

•   Technical Elective

•   Technical Elective      

•   Technical Elective

ACADEMIC PLAN:  COMPUTER SCIENCE

This is an overview of degree requirements. This is NOT an advising sheet.

Freshman Year

•   CIS 180 Object-Oriented Programming I

•   CIS 181 Object-Oriented Programming II

•   ENL 101 Critical Writing and Reading I

•   ENL 102 Critical Writing and Reading II

•   MTH 111 Analytic Geometry & Calculus I

•   MTH 112 Analytic Geometry & Calculus II

•   Gen Ed: Elective

•   Gen Ed: Elective

Sophomore Year 

•   CIS 190 Intro to Procedural Programming

•   CIS 272 Intro to Computing Systems

•   CIS 273 Computer Organization & Design

•   CIS 280 Software Specification & Design

•   MTH 181 Discrete Structures I

•   MTH 182 Intro to Discrete Structures II

•   Laboratory Science I

•   Laboratory Science II

Junior Year

•   CIS 360 Algorithms and Data Structures

•   CIS 361 Models of Computation

•   CIS 362 Empirical Methods for CS

•   CIS 370 Design of Operating Systems

•   CIS 381 Social & Ethical Aspects of CS

•   ENL 266 Technical Communications

•   MTH 331 Probability

•   Gen Ed: Elective

•   Gen Ed: Elective

•   Science/Quantitative Elective

Senior Year

•   CIS 481 Parallel & Distributed Computing

•   CIS 498 Software Engineering Project I

•   CIS 499 Software Engineering Project II

•   CIS Technical Elective

•   CIS Technical Elective

•   CIS Technical Elective

•   CIS Technical Elective

•   Free Elective

•   Free Elective

•   Gen Ed: Elective

ACADEMIC PLAN:  COMPUTER ENGINEERING

This is an overview of degree requirements. This is NOT an advising sheet.

Freshman Year

•   ENL 101 Critical Writing and Reading I

•   ENL 102 Critical Writing and Reading II

•   MTH 113 Calculus Applied Science I

•   MTH 114 Calculus Applied Science II

•   EGR 101 Intro Engineering Applied Sci I

•   EGR 102 Intro Engineering Applied Sci II

•   ECE 160 Foundations Comp Eng I

•   ECE 161 Foundations Comp Eng II

•   PHY 111 Physics for Science and Eng I

•   Gen Ed: Elective

Sophomore Year 

•   ECE 201 Circuit Theory I

•   ECE 257 Fundamentals of System Software w/UNIX

•   ECE 260 Digital Logic & Computer Design

•   CIS 280 Software Specification & Design

•   PHY 112 Physics for Science and Eng II

•   MTH 213 Calculus Applied Science III

•   ECE 203 Circuit Theory II

•   ECE 250 Fundamentals of MATLAB

•   ECE 263 Embedded System Design

•   ECE 264 Object Oriented Software Development

•   MTH 112 Differential Equations

•   ENL 266 Technical Communications

Junior Year

•   ECE 311 Digital Electronics

•   ECE 320 Discrete-Time Linear Systems

•   CIS 370 Design of Operating Systems

•   MTH 350 Applied Discrete Mathematics

•   ECE 310 Engineering Ethics

•   ECE 368 Digital Design

•   ECE 469 Computer Networks

•   MTH 331 Probability

•   Gen Ed: Elective

•   Gen Ed: Elective

•   Science Elective

Senior Year

•   ECE 457 Design Project I

•   CIS 360 Algorithms and Data Structures

•   ECE 458 Design Project II

•   ECE 460 Computer System Performance Evaluation

•   Technical Elective

•   Technical Elective

•   Technical Elective

•   Gen Ed: Elective

•   Gen Ed: Elective

ACADEMIC PLAN:  ELECTRICAL ENGINEERING

This is an overview of degree requirements. This is NOT an advising sheet.

Freshman Year

•   ECE 160 Foundations Comp. Engineering I

•   EGR 101 Intro to Engineering Applied Sci. I

•   EGR 102 Intro to Engineering Applied Sci. II

•   ENL 101 Critical Writing and Reading I

•   ENL 102 Critical Writing and Reading II

•   MTH 113 Calculus for Applied Sci. & Eng. I

•   MTH 114 Calculus for Applied Sci. & Eng. II

•   PHY 111 Physics for Science & Engineering I

•   Gen Ed: Elective

•   Science Elective

Sophomore Year 

•   ECE 201 Circuit Theory I  

•   ECE 202 Circuit Theory II 

•   ECE 250 Fundamentals of MATLAB

•   ECE 260 Digital Logic & Computer Design

•   ECE 263 Embedded System Design

•   ECE 264 Object Oriented Software Develop.

•   ENL 266 Technical Communications

•   MTH 212 Differential Equations 

•   MTH 213 Calculus for Applied Sci. & Eng. III

•   PHY 112 Physics for Science & Engineering II

Junior Year

•   ECE 310 Engineering Ethics

•   ECE 311 Digital Electronics

•   ECE 312 Analog Electronics

•   ECE 320 Discrete-Time Linear Systems

•   ECE 321 Continuous-Time Linear Systems

•   ECE 335 Electromagnetic Theory I

•   ECE 336 Electromagnetic Theory II

•   ECE 384 Random Signals & Noise

•   Engineering Mathematics

•   Gen Ed: Elective

•   Gen Ed: Elective

Senior Year

•   ECE 457 Design Project I

•   ECE 458 Design Project II

•   ECE 471 Communication Theory

•   Gen Ed: Elective

•   Gen Ed: Elective

•   Science Elective

•   Technical Elective

•   Technical Elective

•   Technical Elective

ACADEMIC PLAN:  MECHANICAL ENGINEERING

This is an overview of degree requirements. This is NOT an advising sheet.

Freshman Year

•   CHM 152 Principles Modern Chemistry II

•   CHM 153 Principles Modern Chemistry for Engineers

•   CHM 162 Intro to Applied Chemistry II

•   EGR 101 Intro to Engineering Applied Sci. I

•   EGR 102 Intro to Engineering Applied Sci. II

•   EGR 131 Intro to Design

•   ENL 101 Critical Writing and Reading I

•   ENL 102 Critical Writing and Reading II

•   MTH 113 Calculus for Applied Sci. & Eng. I

•   MTH 114 Calculus for Applied Sci. & Eng. II

•   PHY 111 Physics for Science & Engineering I

•   Computer Programming

Sophomore Year 

•   EGR 241 Engineering Mechanics I

•   EGR 242 Engineering Mechanics II

•   MNE 220 Engineering Thermodynamics I

•   MNE 231 Materials Science

•   MNE 252 Mechanics of Materials

•   MTH 212 Differential Equations

•   MTH 213 Calculus for Applied Sci. & Eng. III

•   PHY 112 Physics for Science & Engineering II

•   Gen Ed: Elective

Junior Year

•   ECE 211 Elements of Electrical Engineering I  

•   ECE 251 Electrical Engineering Lab I

•   EGR 301 Applied Engineering Math

•   EGR 303 Engineering Economics

•   ENL 266 Technical Communications

•   MNE 332 Fluid Mechanics

•   MNE 345 Design for Manufacturing

•   MNE 381 Design for Machine Elements

•   MNE 411 Heat Transfer

•   MNE 491 Advanced Machine Design

•   Gen Ed: Elective

Senior Year

•   ECE 212 Elements of Electrical Engineering II 

•   MNE 421 Thermal Systems Design

•   MNE 466 Control Theory

•   MNE 497 ME Design Project I

•   MNE 498 ME Design Project II

•   Gen Ed: Elective

•   Gen Ed: Elective

•   Technical Elective

•   Technical Elective

•   Technical Elective

ACADEMIC PLAN:  PHYSICS

This is an overview of degree requirements. This is NOT an advising sheet.

Freshman Year

•   CIS 115 Computer Programming

•   EGR 101 Intro to Engineering Applied Sci. I

•   EGR 102 Intro to Engineering Applied Sci. II

•   ENL 101 Critical Writing and Reading I

•   ENL 102 Critical Writing and Reading II

•   MTH 113 Calculus for Applied Sci. & Eng. I

•   MTH 114 Calculus for Applied Sci. & Eng. II

•   PHY 109 Freshman Seminar

•   PHY 111 Physics for Science & Engineering I

•   Gen Ed: Elective

Sophomore Year 

•   ENL 266 Technical Communications

•   MTH 212 Differential Equations  

•   MTH 213 Calculus for Applied Sci. & Eng. III

•   PHY 112 Physics for Science & Engineering II

•   PHY 115 Intro to Classical Physics

•   PHY 213 Applied Modern Physics

•   PHY 225 Introductory Experimental Physics I

•   PHY 227 Introductory Experimental Physics II

•   PHY 234 Intermediate Mathematical Physics

•   Gen Ed: Elective

•  Gen Ed: Elective

Junior Year

•   PHY 313 Mechanics

•   PHY 322 Electronic Devices & Circuits II

•   PHY 341 Quantum Mechanics I

•   PHY 342 Quantum Mechanics II

•   PHY 411 Electric & Magnetic Fields I

•   PHY 441 Statistical Thermodynamics

•   Free Elective

•   Gen Ed: Elective

•   Science Elective

•   Science Elective

Senior Year

•   PHY 421 Advanced Laboratory

•   PHY 442 Elements of Solid State Physics

•   PHY Elective (200+ level)

•   PHY Elective (300+ level)

•   PHY Elective (300+ level)

•   Free Elective

•   Free Elective

•   Free Elective

•   Gen Ed: Elective

•   Gen Ed: Elective

ACADEMIC PLAN:  BIOENGINEERING

This is an overview of degree requirements. This is NOT an advising sheet.

Freshman Year

•   ENL 101 Critical Writing and Reading I

•   ENL 102 Critical Writing and Reading II

•   CHM 153 Principles Modern Chemistry for Engineers

•   CHM 152 Principles Modern Chemistry II

•   CHM 162 Intro to Applied Chemistry II

•   BNG 101 Intro to Bioengineering

•   MTH 113 Calculus for Applied Sci. & Eng. I

•   MTH 114 Calculus for Applied Sci. & Eng. II

•   EGR 101 Intro to Engineering Applied Sci. I

•   EGR 102 Intro to Engineering Applied Sci. II

•   PHY 111 Physics for Science & Engineering I

Sophomore Year 

•   BIO 121 Biology of Organisms IENL 266 Technical Communications

•   BIO 131 Biology of Organisms Lab I

•   BIO 122 Biology of Organisms II

•   BIO 132 Biology or Organisms Lab II

•   MTH 213 Calculus for Applied Sci. & Eng. III

•   MTH 212 Differential Equations

•   PHY 112 Physics for Science & Engineering II

•   MNE 220 Engineering Thermodynamics I

•   EGE 241 Engineering Mechanics I

•   BNG 201 Bioengineering Seminar

•   ECE 211 Elements of Electrical Engineering I

•   ECE 251 Elements of Electrical Engineering Lab

Junior Year

•   ENL 266 Technical Communication

•   BNG 311 Experimental Design & Analysis

•   BNG 312 Biotransport

•   BNG 314 Biomechanics

•   BNG 316 Biomaterials

•   BNG 318 Biomeasurement & Control

•   BNG 321 Quantitative Anatomy & Physiology for Design

•   Gen Ed: Elective

•   Gen Ed: Elective

•   Gen Ed: Elective

Senior Year

•   EGR 497 Bioengineering Capstone Design I

•   EGR 498 Bioengineering Capstone Design II

•   BNG 411 Bioengineering Lab

•   BNG 423 Biosystems Analysis & Design

•   Specialization Elective

•   Specialization Elective

•   Specialization Elective

•   Specialization Elective

•   Gen Ed: Elective

•   Gen Ed: Elective