| Date |
# |
Day |
Instructor |
Topic |
| 22-Jan |
1 |
M |
HH Schmitt |
A Trip to the
Moon/Course Requirements |
| 24-Jan |
2 |
W |
P Brown |
Resource Limitations
on Earth-Minerals |
| 26-Jan |
3 |
F |
HH Schmitt |
Resource Requirements
in Space |
| 29-Jan |
4 |
M |
G Kulcinski |
Resource Limitations
on Earth-Energy |
| 31-Jan |
5 |
W |
E. Churchwell |
Origin of
the Solar System |
| 2-Feb |
6 |
F |
E. Churchwell |
Origin of
the Solar System |
| 5-Feb |
7 |
M |
E. Churchwell |
Origin of
the Solar System |
| 7-Feb |
8 |
W |
B. Meyer |
Origin
of Mercury |
| 9-Feb |
9 |
F |
B. Meyer |
Origin
of Venus |
| 12-Feb |
10 |
M |
HH Schmitt |
Evolution of
the Moon as a Planet |
| 14-Feb |
11 |
W |
HH Schmitt |
Evolution of
the Moon as a Planet |
| 16-Feb |
12 |
F |
HH Schmitt |
Potential Resources
of the Moon |
| 19-Feb |
13 |
M |
HH Schmitt |
Potential Resources
of the Moon |
| 21-Feb |
14 |
W |
HH Schmitt |
Evolution of
Mars as a Planet |
| 23-Feb |
15 |
F |
HH Schmitt |
Potential Resources
of Mars vs the Moon |
| 26-Feb |
16 |
M |
HH Schmitt |
Evolution and
Potential Resources of the Asteroids/Comets |
| 28-Feb |
17 |
W |
G Kulcinski |
Exam |
| 1-Mar |
18 |
F |
G Kulcinski |
Extraction
Techniques-Solar Wind Volatiles |
| 4-Mar |
19 |
M |
GLK/HHS |
Mine Planning
and Mining Concepts for Lunar Resources |
| 6-Mar |
20 |
W |
G Kulcinski |
Extraction
Techniques-Oxygen |
| 8-Mar |
21 |
F |
P. Brown |
Extraction
Techniques for Minerals in Space |
| 11-Mar |
|
M |
|
Spring Break |
| 13-Mar |
|
W |
|
Spring Break |
| 15-Mar |
|
F |
|
Spring Break |
| 18-Mar |
22 |
M |
HH Schmitt |
Lunar Base
Activation Scenarios |
| 20-Mar |
23 |
W |
HH Schmitt |
Mars Base Activation
Scenarios |
| 22-Mar |
24 |
F |
HH Schmitt |
General Approach
to Lunar Industrialization (Saturn-VI) |
| 25-Mar |
25 |
M |
G Kulcinski |
Nuclear Power
Sources in Space |
| 27-Mar |
26 |
W |
G Kulcinski |
Fusion-Principles |
| 29-Mar |
27 |
F |
G Kulcinski |
Helium-3 Fusion |
| 1-Apr |
28 |
M |
J Santarius |
Trajectories |
| 3-Apr |
29 |
W |
J Santarius |
Getting
There and Back-Chemical Rockets |
| 5-Apr |
|
F |
|
Good Friday Break |
| 8-Apr |
30 |
M |
J Santarius |
Getting
There and Back-Electric Propulsion |
| 10-Apr |
31 |
W |
J Santarius |
Getting
There and Back-Fusion Rockets |
| 12-Apr |
32 |
F |
G Kulcinski |
Applications-Orbiting
Solar Satellite |
| 15-Apr |
33 |
M |
G Kulcinski |
Applications-Lunar
Solar Station |
| 17-Apr |
34 |
W |
G Kulcinski |
Exam |
| 19-Apr |
35 |
F |
H Thompson |
Economics of
Large Space Projects |
| 22-Apr |
36 |
M |
H Thompson |
Economics of
Large Space Projects |
| 24-Apr |
37 |
W |
H Thompson |
Economics of
Large Space Projects |
| 26-Apr |
38 |
F |
HH Schmitt |
Legal and International
Implications |
| 29-Apr |
39 |
M |
HH Schmitt |
Legal and International
Implications |
| 1-May |
40 |
W |
P Brown |
Overall Effect
of Space Resources on the Earth - Minerals |
| 3-May |
41 |
F |
G Kulcinski |
Overall Effect
of Space Resources on the Earth - Energy |
| 6-May |
42 |
M |
HH Schmitt |
Planning for
Lunar Industrialization |
| 8-May |
43 |
W |
HH Schmitt |
Earth, Moon,
and Mars: One Environmental System |
| 10-May |
44 |
F |
HH Schmitt/GLK |
Summary |
| 16-May |
|
R |
G Kulcinski |
Final Exam 12:25
- 2:25 p.m. |
