Advanced Fluid Dynamics for Climate and Space Sciences
Estimated data.The metrics below are derived from this course's level and subject, not from verified student outcomes. Treat them as a starting point, not a promise.
Workload
12
hrs / week
above SPACE avg (11.3 hrs)
Difficulty
4/5
Hard
above SPACE avg (3.6)
Median grade
B+
mean 3.1 GPA
≈ SPACE avg
% earning A
33%
A+, A, or A−
Grade distribution
Median B+ · Mean 3.15 GPA · Estimated
2%
13%
18%
23%
22%
12%
5%
3%
1%
1%
A+
A
A-
B+
B
B-
C+
C
C-
D+
D
D-
E
Similar courses in this subject
- SPACE 501·3 crSeminars in Climate, Atmospheres and Space Sciences12hrs/wk4/5diffB+median33%%A
- SPACE 532·3 crRadiative Transfer12hrs/wk4/5diffB+median33%%A
- SPACE 545·3 crHigh Energy Density Physics12hrs/wk4/5diffB+median33%%A
- SPACE 565·3 crPlanetary Science12hrs/wk4/5diffB+median33%%A
- SPACE 571·3 crSpace Plasma Measurement Techniques12hrs/wk4/5diffB+median33%%A
- SPACE 574·3 crIntroduction to Space Physics12hrs/wk4/5diffB+median33%%A
Resources for SPACE students
How to read these numbers
- Workload — total hours/week including lecture, assignments, and exam prep.
- Difficulty (1–5) — conceptual rigor and pace, not just hours.
- Median grade — the middle student's final letter; mean GPAaverages everyone's grade points.
- % earning A — share of students finishing with A+, A, or A−.
- Comparisons are against this subject's average, so you can tell whether a number is high for the discipline.