Schedules of Classes

Schedule for Fall 2020, Pullman, CHE

  • 33 sections were found.
  • Sections in gray are full/closed.
  • A blank Schedule Line Number (SLN) means you need to contact the department to register.
  • Arranged under Bldg & Room indicates a classroom is not assigned. Please contact the department for more information.
  • This data was last updated on Tuesday, September 22, 2020 1:30:00 PM.
Notes Sec SLN Cr Days & Times Bldg & Room Dates Instructor Limit Enrolled
CHE 101 Overview of Chemical Engineering
01 09881 1 W9.10-10 WEB Aug 24--Dec 11 Di Wu 45 43
02 09882 1 M15.10-16 WEB Aug 24--Dec 11 Di Wu 45 36
CHE 201 Chemical Process Principles and Calculations
V 01 04651 3 M,W,F15.10-16 WEB Aug 24--Dec 11 Su Ha 58 50
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 211 Process Simulation
V 01 08983 3 M,W,F12.10-13 WEB Aug 24--Dec 11 Peter Pfromm 35 14
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 301 Chemical Engineering Thermodynamics
V 01 04652 3 M,W,F14.10-15 WEB Aug 24--Dec 11 Jean-Sabin Mcewen 40 36
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 310 Introduction to Transport Processes
X 02 15628 3 M,W,F15.10-16 WEB Aug 24--Dec 11 David Thiessen 40 39
CHE 352 Chemical Process Safety
V 01 10147 3 M,W,F11.10-12 WEB Aug 24--Dec 11 Steven Saunders 50 35
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 432 [M] Chemical Engineering Lab I
V 01 04461 3 TU13.30-14.20 WEB Aug 24--Dec 11 David Thiessen 37 38
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
01 Lab 04462 0 TU,TH9.10-12 ETRL 4 Aug 24--Dec 11 David Thiessen 20 19
02 Lab 04463 0 TU,TH14.25-17.15 ETRL 4 Aug 24--Dec 11 David Thiessen 18 19
CHE 441 Process Control
V 01 04653 3 M,W,F9.10-10 WEB Aug 24--Dec 11 Steven Saunders 45 39
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 450 Chemical Process Analysis and Design I
V 01 04654 3 M,W,F8.10-9 WEB Aug 24--Dec 11 Marc Levin 45 40
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 461 Introduction to Nuclear Engineering
X 01 05187 3 TU,TH16.20-17.35 WEB Aug 24--Dec 11 Richard Stout 25 10
CHE 463 Introduction to Upstream/Midstream Technology
V 01 15601 3 TU,TH12.05-13.20 WEB Aug 24--Dec 11 Marc Levin 38 7
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 465 Integrated Envirochemical Engineering
V 01 15602 3 M,W,F13.10-14 WEB Aug 24--Dec 11 Haluk Beyenal 15 4
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 475 Introduction to Biochemical Engineering
X 01 06464 3 M,W,F10.10-11 WEB Aug 24--Dec 11 Birgitte Ahring 15 9
CHE 476 Biomedical Engineering Principles
VX 01 08602 3 M,W,F14.10-15 WEB Aug 24--Dec 11 Bernard Vanwie 15 1
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 481 Special Topics in Chemical Engineering
V 01 15603 V M,W,F15.10-16 WEB Aug 24--Dec 11 Cornelius Ivory 15 0
  Special Topic Title: Advanced Separations
  Advanced Separations Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 488 Professional Practice Coop/Internship I
XS 01 08033 V ARRGT ARR ARR Aug 24--Dec 11 Sandra Brabb 100 2
  This is a restricted course. Students will be enrolled through the Voiland PPEL Program. Contact: vcea.internships@wsu.edu.
CHE 495 Chemical Engineering Internship
S 01 07621 2 ARRGT ARR ARR Aug 24--Dec 11 James Petersen 10 0
CHE 499 Special Problems
S 01 04655 V ARRGT ARR ARR Aug 24--Dec 11 (multiple) 30 0
CHE 510 Transport Processes
© 01 04656 3 M,W,F9.10-10 WEB Aug 24--Dec 11 Cornelius Ivory 25 22
CHE 560 Biochemical Engineering
© 01 15604 3 M,W,F10.10-11 WEB Aug 24--Dec 11 Birgitte Ahring 18 8
CHE 581 Advanced Topics in Chemical Engineering
V 02 15607 V ARRGT ARR ARR Aug 24--Dec 11 Haluk Beyenal 23 4
  Special Topic Title: Envirochemical Engineering
  Envirochemical Engineering. Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
V 03 15608 V ARRGT ARR ARR Aug 24--Dec 11 Bernard Vanwie 23 8
  Special Topic Title: Biomedical Engr
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
V 04 15609 V ARRGT ARR ARR Aug 24--Dec 11 Cornelius Ivory 23 8
  Special Topic Title: Advanced Separations
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
V 06 15611 V TU,TH10.35-11.50 WEB Aug 24--Dec 11 Haluk Beyenal 38 9
  Special Topic Title: Biofilm Engineering
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
V 07 15612 V M,W,F11.10-12 WEB Aug 24--Dec 11 Alla Kostyukova 36 4
  Special Topic Title: Molecular Dynamics Simulations
  Molecular Dynamics Simulations for Bioengineers. Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 596 Research Methods and Presentation
V 01 04657 3 TU,TH9.10-10.25 WEB Aug 24--Dec 11 Wenji Dong 25 20
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 598 Research Seminar
VS 01 04658 1 M16.10-17 WEB Aug 24--Dec 11 James Petersen 60 53
  Online delivery with at least one opportunity each week for students to interact synchronously with the instructor at the original time identified above. The Instructor will define the synchronous interaction.
CHE 700 Master's Research, Thesis, and/or Examination
V 01 04659 V ARRGT ARR ARR Aug 24--Dec 11 (multiple) 50 3
CHE 702 Master's Special Problems, Directed Study, and/or Examination
V 01 04660 V ARRGT ARR ARR Aug 24--Dec 11 (multiple) 50 3
CHE 800 Doctoral Research, Dissertation, and/or Examination
V 01 04661 V ARRGT ARR ARR Aug 24--Dec 11 (multiple) 75 36
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