ENGINEERING CORE

E4: Introduction to Design and Manufacturing  (Description)
E59: Introduction to Engineering Systems  (Description)
E72: Engineering Mathematics (Description)
E80: Experimental Engineering  (Description)
E82: Chemical and Thermal Processes  (Description)
E83: Continuum Mechanics  (Description)
E84: Electronic and Magnetic Circuits and Devices  (Description)
E85: Digital Electronics and Computer Engineering  (Description)
E101-102: Advanced Systems Engineering  (Description)
E106: Materials Engineering  (Description)
E111: Engineering Clinic I  (Description)
E112-113: Engineering Clinic II-III  (Description)
E121-124: Engineering Seminar  (Description)
 

ENGINEERING ELECTIVES

 

E85A: Digital Electronics (Description)
E115: Project Management (Description)
E116: Cost Estimation and Modeling (Description)
E117: Economics of Technical Enterprise (Description)
E118: Engineering Management (Description)
E119: Preliminary Design (Description)
E131: Fluid Mechanics (Description)
E132: Heat Transfer (Description)
E133: Chemical Reaction Engineering (Description)
E134: Advanced Engineering Thermodynamics (Description)
E136: Mass Transfer and Separation Processes (Description)
E138: Introduction to Environmental Engineering (Description)
E140: Introduction to Compressible Flow (Description)
E151: Engineering Electronics (Description)
E153: Electronics Laboratory (Description)
E155: Microprocessor-based Systems: Design and Applications (Description)
E156: Introduction to Communication and Information Theory (Description)
E158: Introduction to CMOS VLSI Design (Description)
E159: Engineering Electromagnetics (Description)
E161: Computer Image Processing and Analysis (Description)
E164: Introduction to Biomedical Engineering (Description)
E166: High-Speed PC Board Design (Description)
E168: Introduction to Fiber Optic Communication Systems (Description)
E171: Dynamics of Elastic Systems (Description)
E172: Structural Mechanics (Description)
E173: Applied Elasticity (Description)
E174: Practices in Civil Engineering (Description)
E175: Dynamics of Rigid Bodies (Description)
E176: Numerical Methods in Engineering (Description)
E177: Manufacturing Principles (Description)
E179: Deformation and Fracture of Solids (Description)
E190: Special Topics in Engineering (Description)
E191: Advanced Problems in Engineering (Description)
E205: Systems Simulation (Description)
E206: Optimization Techniques in Engineering Design (Description)
E231: Advanced Transport Phenomena (Description)
E276: Experimental Techniques in Dynamics and Vibrations (Description)
E278: Advanced Structural Dynamics (Description)

Common Core Electives Offered by Engineering

E11:  Autonomous Vehicles (Description)

E13  Introduction to Energy Systems Engineering (Description)