Auxiliary Schedule of Classes

Schedule of Classes

Main Campus Class Schedule: fall 2018

CRN Course Section Credits Title Notes Days Times Place Instructor Enrolled/Limit
84526 AEE 1201 01 1 Intro to Aerospace Engineering
Provides a broad overview of the aerospace engineering profession through class meetings involving formal lectures and presentations, and site/laboratory visits. Introduces the concept of aerospace design as a precursor to a competitive freshman design project to be implemented in AEE 1202.
F
 1400-1450
 501OEC 118
 Kirk 94/150
84527 AEE 2201 01 2 Aerospace Fundamentals
Introduces the theory and analysis of structures, aerodynamics, propulsion and control. Presents the theoretical advances and continuing developments from a historical perspective by stressing the roles and contributions of pioneers. (Prerequisites: AEE 1202, MAE 1202, MTH 1002, MTH 1020, PHY 1001)
TR
 1400-1450
 500OLS 130
 Kirk 46/49
84528 AEE 2201 02 2 Aerospace Fundamentals
Introduces the theory and analysis of structures, aerodynamics, propulsion and control. Presents the theoretical advances and continuing developments from a historical perspective by stressing the roles and contributions of pioneers. (Prerequisites: AEE 1202, MAE 1202, MTH 1002, MTH 1020, PHY 1001)
TR
 1200-1250
 500OLS 130
 Wilde 40/49
84574 AEE 3064 01 1 Fluid Mechanics Laboratory
Provides a working familiarity with the physical principles, measurement and flow visualization techniques in fluid mechanics. (Prerequisites: AEE 3161, AEE 3161, PHY 2092)
T
 0800-1045
 427FRU 119
 Subramanian 15/15
84575 AEE 3064 02 1 Fluid Mechanics Laboratory
Provides a working familiarity with the physical principles, measurement and flow visualization techniques in fluid mechanics. (Prerequisites: AEE 3161, AEE 3161, PHY 2092)
F
 1100-1345
 427FRU 119
 Subramanian 15/15
84576 AEE 3064 03 1 Fluid Mechanics Laboratory
Provides a working familiarity with the physical principles, measurement and flow visualization techniques in fluid mechanics. (Prerequisites: AEE 3161, AEE 3161, PHY 2092)
T
 1400-1645
 427FRU 119
 Subramanian 4/15
84577 AEE 3064 04 1 Fluid Mechanics Laboratory
Provides a working familiarity with the physical principles, measurement and flow visualization techniques in fluid mechanics. (Prerequisites: AEE 3161, AEE 3161, PHY 2092)
M
 1400-1645
 427FRU 119
 Subramanian 14/15
84578 AEE 3064 05 1 Fluid Mechanics Laboratory
Provides a working familiarity with the physical principles, measurement and flow visualization techniques in fluid mechanics. (Prerequisites: AEE 3161, AEE 3161, PHY 2092)
R
 1100-1345
 427FRU 119
 Subramanian 10/15
84579 AEE 3064 06 1 Fluid Mechanics Laboratory
Provides a working familiarity with the physical principles, measurement and flow visualization techniques in fluid mechanics. (Prerequisites: AEE 3161, AEE 3161, PHY 2092)
M
 0800-1045
 427FRU 119
 Subramanian 14/15
84580 AEE 3064 07 1 Fluid Mechanics Laboratory
Provides a working familiarity with the physical principles, measurement and flow visualization techniques in fluid mechanics. (Prerequisites: AEE 3161, AEE 3161, PHY 2092)
W
 1100-1345
 427FRU 119
 Subramanian 14/15
84581 AEE 3064 08 1 Fluid Mechanics Laboratory
Provides a working familiarity with the physical principles, measurement and flow visualization techniques in fluid mechanics. (Prerequisites: AEE 3161, AEE 3161, PHY 2092)
T
 1100-1345
 427FRU 119
 Subramanian 4/15
84582 AEE 3083 01 3 Mech of Materials
Covers stress and strain; mechanical properties of materials; Hooke's law; axial, torsion, pure-bending and transverse loading of members; transformations of stress and strain; failure criteria; strain measurements; thin-walled pressure vessels; design for strength; energy methods; design for impact; and column buckling and stability. (Prerequisites: MAE 2081, MEE 2081)
TR
 1530-1645
 420CRF 404
 Rusovici 44/44
84583 AEE 3083 02 3 Mech of Materials
Covers stress and strain; mechanical properties of materials; Hooke's law; axial, torsion, pure-bending and transverse loading of members; transformations of stress and strain; failure criteria; strain measurements; thin-walled pressure vessels; design for strength; energy methods; design for impact; and column buckling and stability. (Prerequisites: MAE 2081, MEE 2081)
TR
 1530-1645
 460SKU 116
 TBA 22/44
84584 AEE 3083 03 3 Mech of Materials
Covers stress and strain; mechanical properties of materials; Hooke's law; axial, torsion, pure-bending and transverse loading of members; transformations of stress and strain; failure criteria; strain measurements; thin-walled pressure vessels; design for strength; energy methods; design for impact; and column buckling and stability. (Prerequisites: MAE 2081, MEE 2081)
TR
 0930-1045
 420CRF 230
 Fleming 44/44
84585 AEE 3161 01 3 Fluid Mechanics
Introduces fluid variables; fluid statics; flow kinematics; equations of mass, momentum and energy conservation in both integral and differential formulations; similitude and dimensional analysis; the stress tensor; inviscid and viscous flows; flow in pipes; and laminar and turbulent flow. (Prerequisites: MAE 2082, MEE 2082, PHY 3011, MTH 2001, MTH 2010, MTH 2201, MTH 3200, MAE 2082, MEE 2082, PHY 3011, MTH 2001, MTH 2010, MTH 2201, MTH 3200)
MWF
 1400-1450
 420CRF 401
 Sepri 24/49
84586 AEE 3161 02 3 Fluid Mechanics
Introduces fluid variables; fluid statics; flow kinematics; equations of mass, momentum and energy conservation in both integral and differential formulations; similitude and dimensional analysis; the stress tensor; inviscid and viscous flows; flow in pipes; and laminar and turbulent flow. (Prerequisites: MAE 2082, MEE 2082, PHY 3011, MTH 2001, MTH 2010, MTH 2201, MTH 3200, MAE 2082, MEE 2082, PHY 3011, MTH 2001, MTH 2010, MTH 2201, MTH 3200)
TR
 1100-1215
 428EVL 133
 Zhang 49/49
84587 AEE 3161 03 3 Fluid Mechanics
Introduces fluid variables; fluid statics; flow kinematics; equations of mass, momentum and energy conservation in both integral and differential formulations; similitude and dimensional analysis; the stress tensor; inviscid and viscous flows; flow in pipes; and laminar and turbulent flow. (Prerequisites: MAE 2082, MEE 2082, PHY 3011, MTH 2001, MTH 2010, MTH 2201, MTH 3200, MAE 2082, MEE 2082, PHY 3011, MTH 2001, MTH 2010, MTH 2201, MTH 3200)
TR
 1400-1515
 420CRF 210
 Zhang 49/49
84568 AEE 3260 01 3 Experimental Aerodynamics
Offers theory and practice in wind tunnel test techniques, measurements of lift and drag by force balance, pressure distributions and wake surveys, LDA, thermal anemometry, and computer-based data acquisition and reduction using LabView and uncertainty analysis. (Prerequisites: AEE 3161, MAE 3161, MAE 3064, AEE 3064)
F
MW
 1100-1345
1400-1450
 538LAB 100
501OEC 118
 Kish 8/12
84569 AEE 3260 02 3 Experimental Aerodynamics
Offers theory and practice in wind tunnel test techniques, measurements of lift and drag by force balance, pressure distributions and wake surveys, LDA, thermal anemometry, and computer-based data acquisition and reduction using LabView and uncertainty analysis. (Prerequisites: AEE 3161, MAE 3161, MAE 3064, AEE 3064)
T
MW
 1100-1345
1400-1450
 538LAB 100
501OEC 118
 Kish 12/12
84570 AEE 3260 03 3 Experimental Aerodynamics
Offers theory and practice in wind tunnel test techniques, measurements of lift and drag by force balance, pressure distributions and wake surveys, LDA, thermal anemometry, and computer-based data acquisition and reduction using LabView and uncertainty analysis. (Prerequisites: AEE 3161, MAE 3161, MAE 3064, AEE 3064)
M
MW
 1100-1345
1400-1450
 538LAB 100
501OEC 118
 Kish 12/12
84571 AEE 3260 04 3 Experimental Aerodynamics
Offers theory and practice in wind tunnel test techniques, measurements of lift and drag by force balance, pressure distributions and wake surveys, LDA, thermal anemometry, and computer-based data acquisition and reduction using LabView and uncertainty analysis. (Prerequisites: AEE 3161, MAE 3161, MAE 3064, AEE 3064)
MW
F
 1400-1450
1400-1645
 501OEC 118
538LAB 100
 Kish 12/12
84572 AEE 3260 05 3 Experimental Aerodynamics
Offers theory and practice in wind tunnel test techniques, measurements of lift and drag by force balance, pressure distributions and wake surveys, LDA, thermal anemometry, and computer-based data acquisition and reduction using LabView and uncertainty analysis. (Prerequisites: AEE 3161, MAE 3161, MAE 3064, AEE 3064)
R
MW
 1100-1345
1400-1450
 538LAB 100
501OEC 118
 Kish 13/12
84573 AEE 3260 06 3 Experimental Aerodynamics
Offers theory and practice in wind tunnel test techniques, measurements of lift and drag by force balance, pressure distributions and wake surveys, LDA, thermal anemometry, and computer-based data acquisition and reduction using LabView and uncertainty analysis. (Prerequisites: AEE 3161, MAE 3161, MAE 3064, AEE 3064)
F
MW
 0800-1045
1400-1450
 538LAB 100
501OEC 118
 Kish 12/12
84567 AEE 4014 01 3 Control Systems
Stresses both classical and modern control methodologies. Includes frequency and time-domain representation of linear systems, stability analysis and design techniques. (Prerequisites: MTH 2201, MTH 3200)
TR
 1530-1645
 428EVL 133
 Go 62/70
84556 AEE 4262 01 3 Rockets & Mission Analysis
Deals with performance analysis of rockets. Emphasizes chemical rocket propulsion, thrust and specific impulse, mission requirements and rocket staging; solid- and liquid-propellant rockets and propellants; and orbital mechanics and mission analyses. (Prerequisites: AEE 3162, MAE 3162)
TR
 0930-1045
 501OEC 118
 Archambault 65/70
84558 AEE 4263 01 3 Space Flight Mechanics
Provides understanding of the motion of celestial objects and spacecraft under gravity. Includes analysis of the two-body and restricted three-body problems and orbital transfer using impulsive forces. Also includes designing interplanetary spacecraft trajectories for given specifications. Uses MATLAB(r) for numerical analyses and dynamic simulation. (Prerequisites: MAE 2082, MEE 2082, MTH 2201, MTH 3200)
MWF
 1100-1150
 420CRF 401
 Kaplinger 27/49
84557 AEE 4263 E1 3 Space Flight Mechanics
Provides understanding of the motion of celestial objects and spacecraft under gravity. Includes analysis of the two-body and restricted three-body problems and orbital transfer using impulsive forces. Also includes designing interplanetary spacecraft trajectories for given specifications. Uses MATLAB(r) for numerical analyses and dynamic simulation. (Prerequisites: MAE 2082, MEE 2082, MTH 2201, MTH 3200)
TR
 1700-1815
 500OLS 129
 Wilde 49/49
84559 AEE 4291 01 3 Aero Eng Design 1
Includes design of an aircraft, spacecraft or component to meet desired needs. Students are given a simulated request for proposals including a measure of merit and a set of specifications that a satisfactory design must meet. Teams work under faculty supervision to develop a design to best meet these requirements. Students present their designs in written reports at the end of each semester. Introduces some of the ethical and legal issues engineers must face. (Requirement: Senior standing.) (Q) (Prerequisites: AEE 3291, MAE 3291)
MW
 1500-1650
 420CRF 112
 Demoret 49/49
84729 AEE 4291 02 3 Aero Eng Design 1
Includes design of an aircraft, spacecraft or component to meet desired needs. Students are given a simulated request for proposals including a measure of merit and a set of specifications that a satisfactory design must meet. Teams work under faculty supervision to develop a design to best meet these requirements. Students present their designs in written reports at the end of each semester. Introduces some of the ethical and legal issues engineers must face. (Requirement: Senior standing.) (Q) (Prerequisites: AEE 3291, MAE 3291)
MW
 1500-1650
 420CRF 112
 Demoret 8/49
84844 AEE 5060 NG1 3 Applications in FEM
Emphasizes finite element simulation methods for problems in mechanical design; static solutions; eigenvalue techniques in stability and dynamic analysis; direct and reduced basis formulation of dynamical equations; analyses of structures; use of commercially available software. (Requirement: Background knowledge of mechanics of materials.)
 For Northrop Grumman Level Up students only
Aerospace Engineering Majors only		 W
 1700-2120
 NGC587 184
 Rusovici 6/30
84845 AEE 5060 NG2 3 Applications in FEM
Emphasizes finite element simulation methods for problems in mechanical design; static solutions; eigenvalue techniques in stability and dynamic analysis; direct and reduced basis formulation of dynamical equations; analyses of structures; use of commercially available software. (Requirement: Background knowledge of mechanics of materials.)
 Section is for Northrop Grumman Level Up students only
Mechanical Engineering majors only		 W
 1700-2120
 NGC587 183
 Jensen 2/30
84560 AEE 5130 E1 3 Viscous Flows
Includes theory of Navier-Stokes equations; exact solutions for steady and unsteady plane, duct, jet and stagnation point flows; Stokes and Oseen approximations; the Prandtl concept of the boundary layer and similarity solutions Blasius, Hiemenz, Faulkner and Skan, Hartree, etc.; and approximate solutions for nonsimilar boundary layers.
MW
 1700-1815
 501OEC 137
 Subramanian 9/35
84561 AEE 5150 E1 3 Computnl Fluid Dynamics
Includes elliptic, parabolic and hyperbolic PDEs; finite-difference formulations; explicit and implicit methods and stability analysis; operator splitting and multi-step methods; boundary conditions; grid generation techniques; and applications involving Euler boundary layer and full Navier-Stokes equations. (Requirement: Background knowledge in Fortran, C/C++ or other programming language (other than MATLAB or similar), and partial differential equations.)
TR
 1700-1815
 420CRF 212
 Archambault 4/25
84562 AEE 5470 E1 3 Princ of Composite Matls
Covers particulate and fiber composites; form, properties and processing of constituent materials; manufacture of composites, interaction of constituents, micro- and macro-mechanics and design of composite materials; stress-strain tensors and their transformation; laminate theory of orthotropic materials; and strength properties.
MW
 1700-1815
 502OPS 144
 Fleming 6/25
84563 AEE 5480 E1 3 Struct Dynamics
Applies the principles of dynamics to structural analysis, analysis of continuous media and discretized models, free vibration and forced response of structures, modal analysis, energy methods and approximate methods, and applications in structural design and experimentation.
T
 1700-1945
 501OEC 137
 Rusovici 5/25
84566 AEE 5802 E1 3 Multivar Feedback Control
Includes modern analysis and control design approaches for linear multivariable systems. Includes modeling of dynamic systems, concept of controllability and observability, eigenstructure assignment technique, singular value decomposition, stability robustness and optimum control methods. (Requirement: Background knowledge of control systems.)
MW
 1700-1815
 420CRF 212
 Go 8/30
84555 AEE 5900 01 0 Aerospace Eng Seminar
Presents current research by university faculty, visiting speakers and graduate students. Required of all full-time aerospace engineering students.
F
 1600-1650
 428EVL 133
 TBA 6/90
84529 AEE 5999 01 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Archambault 0/5
84530 AEE 5999 02 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Demoret 0/5
84531 AEE 5999 03 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Fleming 0/5
84532 AEE 5999 04 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Go 0/5
84533 AEE 5999 05 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Kaplinger 0/5
84534 AEE 5999 06 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Kimberlin 0/5
84535 AEE 5999 07 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Kirk 2/5
84536 AEE 5999 08 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Kish 2/5
84537 AEE 5999 09 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Rusovici 0/5
84538 AEE 5999 10 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Sepri 0/5
84539 AEE 5999 11 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Subramanian 0/5
84540 AEE 5999 12 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Wilde 6/7
84541 AEE 5999 13 3-6 Thesis
Individual work under the direction of a member of the aerospace engineering graduate faculty on a selected topic.
Zhang 1/5