  01  M  12:30P2:50P  Urbauer / 113  Tapella  No Final  12  12  0  Desc:  Waitlist to register for this section. Students at all levels are encouraged to take this course, but first year students will be given priority. 
  
 02  T  9:00A11:20A  Urbauer / 113  Tapella  No Final  12  12  0  Desc:  Waitlist to register for this section. Students at all levels are encouraged to take this course, but first year students will be given priority. 
  
 03  T  12:00P2:20P  Urbauer / 113  Tapella  No Final  12  12  0  Desc:  Waitlist to register for this section. Students at all levels are encouraged to take this course, but first year students will be given priority. 
  
 04  W  12:30P2:50P  Urbauer / 113  Tapella  No Final  12  12  0  Desc:  Waitlist to register for this section. Students at all levels are encouraged to take this course, but first year students will be given priority. 
  
 05  R  9:00A11:20A  Urbauer / 113  Tapella  No Final  12  10  0  Desc:  Waitlist to register for this section. Students at all levels are encouraged to take this course, but first year students will be given priority. 
  
 06  R  12:00P2:20P  Urbauer / 113  Tapella  No Final  12  11  0  Desc:  Waitlist to register for this section. Students at all levels are encouraged to take this course, but first year students will be given priority. 
  

  01  TR  10:00A11:20A  Jolley / 110  Krampf, Asinugo  No Final  0  16  0  Desc:  Please wait list for this course. Priority will be given to freshmen students. 
  
 02  TR  1:00P2:20P  Jolley / 110  Krampf, Asinugo  No Final  0  16  0  Desc:  Please wait list for this course. Priority will be given to freshmen students. 
  

 Description:  This course provides students with computational tools for solving mechanical, structural, and aerospace engineering problems. An introduction to MATLAB will be presented, including: data input/output, program flow control, functions and graphics. Topics covered include: matrices, determinants, rank, vector spaces, solutions of linear systems, interpolation and curve fitting, numeric differentiation and integration, eigenvalue and initialvalue problems, nonlinear equations and optimization. Each topic will be treated in the context of a typical engineering application. Prerequisite: Math 217 

  01  TR  2:30P3:50P  Hillman / 60  Woodhams  May 6 2020 3:30PM  5:30PM  100  54  0   

 Description:  An introduction to computer aided engineering design in the context of mechanical and structural engineering. Students learn the fundamentals of spatial reasoning and graphical representation. Freehand sketching skills, including pictorial and orthographic views, are applied to the design process. Computer modeling techniques provide accuracy, analysis, and visualization tools necessary for the design of structures, devices and machines. Topics include: detailing design for production, fasteners, dimensioning, tolerancing, creation of part and assembly drawings, computer aided design, analysis and optimization of parts and assemblies; solid modeling of complex surfaces, assembly modeling, assembly constraints, and interference checking. 

  01  TR  5:30P7:30P  Jolley / 2  Baggett, Qato  See Instructor  18  7  0   

  01  F  1:00P1:50P  Hillman / 60  Sellers, Holland, Asinugo  See Instructor  110  90  0   
 A  M  12:00P1:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 B  M  2:00P3:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 C  M  4:00P5:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  3  0   
 D  T  12:00P1:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 E  T  4:00P5:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 F  W  12:00P1:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 G  W  2:00P3:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 H  W  4:00P5:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 I  W  6:00P7:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  3  0   
 J  R  12:00P1:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 K  R  4:00P5:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 L  F  2:00P3:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 M  M  12:00P1:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 N  M  2:00P3:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 O  M  4:00P5:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 P  T  12:00P1:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 Q  T  4:00P5:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 R  W  12:00P1:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 S  W  2:00P3:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 T  W  4:00P5:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 U  W  6:00P7:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 W  R  4:00P5:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   
 X  F  2:00P3:50P  Jolley / 104  Sellers, Asinugo, Holland  Default  none  4  4  0   

  01  TR  10:00A11:20A  Jubel / 120  Genin  May 5 2020 6:00PM  8:00PM  45  29  0   

  01  MW  11:00A11:50A  Hillman / 60  Asinugo, Woodhams, Potter  May 5 2020 10:30AM  12:30PM  110  100  0   
 A  F  11:00A11:50A  Urbauer / 214  Asinugo, Woodhams  Default  none  36  35  0   
 B  F  11:00A11:50A  Urbauer / 218  Asinugo, Woodhams  Default  none  36  36  0   
 C  F  11:00A11:50A  Urbauer / 216  Asinugo, Woodhams  Default  none  36  29  0   

  01  MWF  9:00A9:50A  Wilson / 214  Meacham  May 1 2020 8:00AM  10:00AM  115  106  0   

  01  TR  10:00A11:20A  Jubel / 121  Pathak  Apr 30 2020 1:00PM  3:00PM  65  47  0   

 Description:  Introduction to properties, chemistry and physics of engineering materials; conduction, semiconductors, crystalline structures, imperfections, phase diagrams, kinetics, mechanical properties, ceramics, polymers, corrosion, magnetic materials, and thin films; relationship of atomic and molecular structure to physical and chemical properties; selection of materials for engineering applications; relationships between physical properties, chemical properties and performance of engineering materials.
Prerequisite: Chem 111A and 151


  01  MWF  10:00A10:50A  Hillman / 60  Flores  May 4 2020 10:30AM  12:30PM  95  84 

