Math and Science Requirements
Required Courses:
Mathematics:
MATH20102: Calculus I* 3
MATH20202: Calculus II* 3
MATH20300: Calculus III* 4
MATH39100: Methods of Differential Equations* 3
MATH39200: Linear Algebra and Vector Analysis for Engineers 3
Physics:
PHYS20700: General Physics I* 4
PHYS20800:General Physics II* 4
Chemistry:
CHEM31606: General Chemistry;3
Science Electives:* 6 (Two of the following courses)
Biology:
BIO32100: Introduction to Human Physiology and Biophysics (4 cr.)
BIO32600: Human Biology (3 cr.)
BIO32700: Principles of Ecology (3 cr.)
Chemistry:
CHEM10400: General Chemistry II (3 cr.)
Computer Science:
CSC10200: Introduction to Computing 3
Earth and Atmospheric Science:
EAS21300: Engineering Geology (3 cr.)
EAS21700: ESS: Physical and Chemical Principles (3 cr.)
Physics:
PHYS31500: Medical Physics (3 cr.)
PHYS32100: Modern Physics for Engineers** (3 cr.)
PHYS42200: Biophysics (3 cr.)
PHYS45400: Descriptive
Astronomy (3 cr.)
Total Math and Science Credits: 33
* Minimum grade of "C" required.
** Can be used as either a Science or a Mechanical Engineering Elective.
English and Liberal Arts RequirementsRefer to the School of Engineering section for
details.
Total English and Liberal Arts Credits: 24
Engineering Requirements
Required Courses:
New Student Seminar:
10000: New Freshman Seminar 0 or 20000: New Transfer seminar 0
Engineering:
ENGR10100: Engineering Design I* 1
ENGR20400: Electrical Circuits 3
ENGR23000: Thermodynamics 3
Mechanical Engineering:
ME14500: Computer-Aided Drafting 2
ME24600: Engineering Mechanics I 3
ME24700: Engineering Mechanics II 3
ME31100: Fundamentals of Mechatronics 3
ME32200: Computer Methods in Engineering 3
ME33000: Mechanics of Materials 3
ME33100: Thermodynamics II 3
ME35600: Fluid Mechanics 3
ME37100: Computer-Aided Design 3
ME40100: Review of Engineering Fundamentals 1
ME42100: Systems Modeling, Analysis and Control 4
ME43300: Heat Transfer 3
ME43600: Aero-Thermal-Fluids Laboratory 1
ME46100: Engineering Materials 3
ME46200: Manufacturing Processes and Materials 3
ME47100: Energy Systems Design 3
ME47200: Mechanical Systems Design 3
ME47300-47400: Senior Design Project 6
Total Required Engineering Credits: 60
Design Electives: (Three of the following courses: 9 cr.)
Mechanical Engineering:
ME44100: Advanced Stress Analysis (3 cr.)
ME46600: Dynamics of Aerospace Vehicles (3 cr.)
ME46800: Aircraft &Rocket Propulsion (3 cr.)
ME46900: Spacecraft Systems & Design (3 cr.)
ME51100: Advanced Mechatronics (3 cr.)
ME51400: Rotorcraft Aerodynamics (3 cr.)
ME51500 Orbital Mechanics (3 cr.)
ME53700: Turbomachinery Design (3 cr.)
ME53900: Internal Combustion Engines (3 cr.)
ME54200: Introduction to the Theory and Practice of Vibration (3 cr.)
ME54600: Robotics and Automation (3 cr.)
ME54700: Environmental Control (3 cr.)
ME54800: Aerostructures (3 cr.)
ME55500: Structural Dynamics & Aeroelasticity (3 cr.)
ME55600: Advanced Fluid Mechanics (3 cr.)
ME57100: Mechanism Design (3 cr.)
ME57200: Aerodynamic Design (3 cr.)
Biomedical Engineering:
BME50100: Cell and Tissue Mechanics (3 cr.)
BME50200: Cell and Tissue Transport (3 cr.)
BME50300: Cell and Tissue Biomaterial Interactions (3 cr.)
Mechanical Engineering Electives: (An additional elective of 3 credits from the following courses
or the Design Electives list)
Mechanical Engineering:
ME46700: Special Topics of Aerospace Engineering (3 cr.)
ME47000: Special Project in Aerospace Engineering (3 cr.)
ME52600: Introduction to Finite Element Method (3 cr.)
ME53600: Energy Conversion (3 cr.)
ME59001-59003, 59101-59103: Special Projects** (1-3 cr.)
ME59803-59806, 59903-59906: Special Topics in Mechanical Engineering** (3-6 cr.)
Physics:
PHYS32100: Modern Physics for Engineers*** (3 cr.)
Total Elective Credits 12
* New transfer students who have successfully completed Calculus II (Math 20200 or 20202) should not take
Engr 10100 & 10200. They are required to complete an additional ME elective course.
** Departmental approval required.
*** Can be used as either a Science or a Mechanical Engineering Elective.
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