First-Year Colloquium (0-2 hours)

• SYEN 1210 - Introduction to Systems Engineering (FYC)

University Core (35 hours)

See General Core Requirements .

Major

Additional Math, Science, and Humanities (16 hours)

Additional Math, Science, and Humanities (16 hours after the EIT and Standard Cores are satisfied)

• CHEM 1402 - General Chemistry I

• or

• CHEM 1406 - General Chemistry for Engineers

•  

• MATH 1451 - Calculus I
• MATH 1452 - Calculus II
• MATH 2453 - Calculus III
• MATH 3312 - Linear Algebra
• MATH 3322 - Introduction to Differential Equations

•  

• PHIL 2321 - Ethics and Society: Professional Applications
• PHYS 2321 - Physics for Scientists and Engineers I
• PHYS 2121 - Physics for Scientists and Engineers I Laboratory
• PHYS 2322 - Physics for Scientists and Engineers II
• PHYS 2122 - Physics for Scientists and Engineers II Laboratory

Systems & General Engineering Courses (28 hours)

• PHYS 3350 - Electronics

• or

• SYEN 4326 - Measurement Techniques

•  

• SYEN 1302 - C/C++ Programming for Engineers and Scientists
• SYEN 4185 - System Engineering Capstone Design I
• SYEN 4386 - Systems Engineering Capstone Design II

•  

• SYEN 3314 - Probability Theory and Random Variables

• or

• STAT 3350 - Introduction to Probability

•  

• SYEN 3301 - Engineering Economy

• or

• CNMG 3302 - Engineering Economy

•  

• SYEN 3312 - Optimization Methods in Systems Engineering
• SYEN 3316 - Discrete Event Systems Modeling and Simulation
• SYEN 3318 - Decision and Risk Analysis
• SYEN 3320 - Systems Engineering Design and Analysis

Mechanical Engineering Required Courses (37 hours)

• MEEG 1207 - Introduction to Mechanical Engineering

•  

• MEEG 2117 - Fabrication Laboratory I

• or

• ETME 2117 - Manufacturing Processes Laboratory

•  

• SYEN 4174 - Mechanical Engineering Laboratory I
• MEEG 4176 - Mechanical Engineering Laboratory II
• MEEG 2233 - Solid Modeling and Design

•  

• MEEG 2370 - Engineering Statics

• or

• CNMG 2370 - Engineering Statics

•  

• ECEG 3364 - Introduction to Control Systems Engineering

• or

• MEEG 4335 - Mechatronics 1

•  

• MEEG 3370 - Introduction to Vibrations
• MEEG 3371 - Dynamics I
• SYEN 3372 - Engineering Materials
• MEEG 3373 - Mechanics of Materials I
• MEEG 3374 - Fluid Mechanics I

•  

• MEEG 3378 - Thermodynamics I

• or

• CNMG 3378 - Engineering Thermodynamics

•  

• MEEG 3379 - Elements of Mechanical Design
• MEEG 4379 - Heat Transfer

Mechanical Engineering Electives (12 credits)

These courses should be chosen from the following list; however, students may choose up to six hours of upper-level courses from SYEN or CVCE. In unusual circumstances, three of these six hours may be chosen from a technical area outside engineering, such as ETME, CPSC, or PHYS with approval of the program faculty. At most, three of these six hours may be taken from either independent study or cooperative education.

• SYEN 4182 - MEMS and Microsystems Laboratory
• SYEN 4282 - MEMS and Microsystems
• SYEN 4315 - Dynamics II
• SYEN 4320 - Linear State-Space Control Systems
• SYEN 4325 - Fuzzy Logic in Control and Systems Engineering
• SYEN 4327 - Acoustics I
• SYEN 4329 - Robust and Optimal Control
• SYEN 4350 - Digital Signal Processing
• SYEN 4371 - Thermodynamics II
• SYEN 4372 - Mechatronics II
• SYEN 4374 - Fluid Mechanics II
• SYEN 4375 - Mechanical Vibration
• SYEN 4376 - Mechanics of Materials II
• SYEN 4380 - HVACR Engineering Fundamentals
• SYEN 4381 - Thermal Powerplant Engineering
• SYEN 4383 - Finite Element Analysis
• SYEN 4384 - Computer Methods in Fluids and Heat Transfer

Unrestricted General Electives

Remaining hours, if any, to reach 128 total hours, 45 hours of upper-level courses (3000-4000 level), or 30 hours in residence must be chosen from upper-level courses from SYEN, CVCE, or ARCE with the approval of an advisor.