1. Groups of 2 students
  2. 9 total groups
  3. 9 experiments running in the laboratory each Tuesday and Thursday
  4. Each experiment requires 4 consecutive sessions in the laboratory.
  5. Students must come to the lab well prepared. The guideline for the experiment must be read before the first session.
  6. The time between sessions must be used to perform calculations, design controllers, run simulations, and write report.
  7. The report for the present experiment is due on the first session of the following experiment.
  8. Each group will carry out a total of 6 experiments during the semester, starting on Tuesday, January 31, and ending on Thursday, April 27.
  9. All the students will meet in the designated classroom for lectures during the first week of the semester.

Block 1

Block 2

Block 3

Block 4

Block 5

Block 6

Group

1/31-2/9

2/14-2/23

2/28-3/9

3/21-3/30

4/4-4/13

4/18-4/27

1

MEM01

MEM04

PLC01

AERO01

PRO01

PRO02

2

MEM02

AERO01

PLC02

PRO01

MEM03

PRO03

3

MEM03

PRO01

PLC03

MEM01

MEM04

OPA01

4

MEM04

PLC01

MEM01

MEM03

PRO02

AERO01

5

AERO01

PLC02

MEM02

MEM04

PRO03

MEM03

6

PRO01

PLC03

MEM03

MEM02

OPA01

MEM04

7

PLC01

MEM01

MEM04

PRO02

AERO01

MAG01

8

PLC02

MEM02

AERO01

PRO03

MAG01

PRO01

9

PLC03

MEM03

PRO01

OPA01

MEM01

PLC01



Group

Student 1

Student 2

1

Freed, Russell A.

Dziwura, Joseph R.

2

Song, Michael

Cochran-Carney, Jackson H.

3

Parseghian, Ara G.

Sandoval, Aaron L.

4

Duhe, Mitchell J.

Mietkowski, Nicholas M.

5

Sheldon, Kevin V.

Digilio, Ryan J.

6

Sommi, Tucker L.

Bowie-Molefe, Mpho A.

7

White, Rebecca L.

Johns, Christopher C.

8

Loughran, Brian T.

Erdogan, Malcolm A.

9

Fisher, Nathanael P.

Hoffman, Brett A.