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Mechanical Engineering Concentration (83 credits)

Required Courses:

ENGR 223Engineering Mechanics

3
ENGR 322Engineering Materials

4
ENGR 324Materials and Processes in Manufacturing

2
ENGR 325Instrumentation

3
ENGR 331Fluid Mechanics

4
ENGR 332Thermodynamics

3
ENGR 333Thermodynamics and Thermal Systems

3
ENGR 350Linear Systems Analysis

4
ENGR 364Fluid Mechanics Laboratory

1
ENGR 365Machine Element Design Laboratory

1
ENGR 366Vibrations

3
ENGR 374Advanced CAD/MCAE

2
ENGR 461Kinematics

4
ENGR 462Machine Design

4
ENGR 465Heat Transfer

4
ENGR 468Engineering Finite Element Methods

4
PHYS 252Principles of Physics

3
PHYS 253Principles of Physics

3
PHYS 255Principles of Physics Laboratory

1
PHYS 256Principles of Physics Laboratory

1
Depth Electives

12
Breadth Electives

14
Total Credit Hours:83

Breadth Electives (14)

Engineering/Computer Science Electives (3-8)

CPTR 280Computer Organization and Assembly Language

3
CPTR 355Computer Graphics

4
ENGR 343Environmental Engineering Systems

4
ENGR 345Contracts and Specifications

2
ENGR 346Surveying

4
ENGR 347Structural Analysis I

3
ENGR 348Structural Analysis II

3
ENGR 356Engineering Electronics

4
ENGR 455Signals and Systems

4

Management Elective (0-4)

ENGR 390/GBUS 390Engineering in a Global Context

4
MGMT 380/MKGT 380Principles of Project Management

4

Math/Science Electives (3-10)

CHEM 143General Chemistry

3
and
CHEM 146General Chemistry Laboratory

1
MATH 319/ENGR 419Optimization

4
MATH 341Numerical Analysis

4
MATH 413Partial Differential Equations

4
MATH 451Real Analysis I

4
PHYS 310Modern Physics I

3
and
PHYS 314Modern Physics Laboratory I

1
PHYS 323Modern Optics

3
and
PHYS 324Modern Optics Laboratory

1
PHYS 331Introduction to Nanotechnology

3
and
PHYS 332Introduction to Nanotechnology Laboratory

1
PHYS 420Classical Mechanics

3

Technology Electives (2)

TECH 137Oxyacetylene Welding and Cutting

2
TECH 138Shielded Metal Arc Welding

2
TECH 220Introduction to Basic Woodworking

2
TECH 241Fabrication and Machining I

2
Topics classes or other appropriate classes may be substituted for classes in the breadth elective category if approved by the School of Engineering.
Depth electives, approved by the School of Engineering, must be chosen in consultation with the academic advisor.

Depth Electives (12)

ENGR 318Electromechanical Energy Conversion

4
ENGR 419/MATH 319Optimization

4
ENGR 454Control Systems

4
ENGR 466Heating, Ventilating, and Air Conditioning Design

4
ENGR 467Robotics

4
ENGR 470Combustion

4
ENGR 471Composite Materials

4
ENGR 475Mechanics of Flight

4
ENGR 480Manufacturing Systems Engineering

4