Middle School: Astrobiology

Astrobiology is a field that looks at the possibilities for life beyond our planet. Explore what extraterrestrial life might look like by discovering how living things have evolved in the most extreme environments on Earth.

 

If there is life beyond our planet, what does it look like? Astrobiologists try to answer that question in part by looking at how organisms have evolved to live in the most extreme environments on Earth.
 
We will survey locations on Earth where conditions approach the limits of survival – places like Antarctica’s ancient red waterfall, the deadly Crystal Caves in Mexico and the Challenger Deep. Students will learn about adaptations that allow organisms to live in these harsh environments. They will get an introduction to extremophile microbes such as diatoms, tardigrades and nematodes. We will also look at conditions on some of the potentially habitable planets that astronomers have discovered and consider the potential for past or present life on these planets. Students will design a planet that could sustain life and plan an astrobiology mission to Mars.

What You Will Learn

Students in Middle School: Astrobiology will:

• Gain insight on what extraterrestrial life might look like by learning how organisms have evolved in extreme environments on Earth
• Learn about the characteristics of potentially habitable planets beyond Earth
• Explore the conditions that are necessary for life to exist
• Survey extreme environments on Earth, including the Challenger Deep, polar deserts and Crystal Caves of Mexico
• Learn about the adaptations that allow life to survive in these extreme places.
• Look at different kinds of extremophile microorganisms.
• Review the history of NASA’s efforts to find extraterrestrial life.
• Design a planet that could sustain life and plan an astrobiology mission to Mars.

Return to the Sally Ride Science online professional website here. 

Note: Upon successful enrollment of a section, students will receive a confirmation email from our Student Services team. This email will include a link to an authorization form that is required to be completed within 72-hours of enrollment. 

Course Number: SCI-90037
Credit: 1.50 unit(s)

+ Expand All

7/10/2023 - 7/14/2023

$175

Live Online

Closed

• SECTION ID:

  171709

• CLASS TYPE:

  Synchronous web-based class meetings that are scheduled to meet online at published times (time/date).

• INSTRUCTOR:
  

  Kennedy, Joseph

  Born in New York and raised in San Diego, Joseph F. Kennedy is an architectural designer and fine artist. Joseph is well-known for his writing, photography and ink illustrations in the award-winning Art of Natural Building and other publications. He is a two-time winner of publication grants from the Graham Foundation for Advanced Studies in the Fine Arts. He has taught design around the world in both community and academic settings, most recently as a professor at the NewSchool of Architecture in San Diego, where he taught architectural design studio and graphic representation for many years. He is a pioneer in the natural building and tiny house movements, and is currently developing new ideas for creating sustainable communities, not only on Earth, but on the Moon and Mars as well.

• TEXTBOOKS:

  No information available at this time.

• POLICIES:

  No UCSD parking permit required.
  No visitors permitted.
  Pre-enrollment required.
  No refunds after: 7/3/2023.
  

• NOTE:

  This is a live online course that does not use Canvas. Instructor will contact student 24-hours in advance of start date with Zoom information (please check email associated with STUDENT'S account - not parent's account). Students are responsible for purchasing supplies. Supply information can be found by copying the following link into the address bar on your computer or mobile device: https://go.ucsd.edu/3nJt1oI Contact srs@ucsd.edu with all questions.

DATE	DAY	START	END	LOCATION
7/10/2023	Mon	1:00 p.m.	4:00 p.m.
7/11/2023	Tue	1:00 p.m.	4:00 p.m.
7/12/2023	Wed	1:00 p.m.	4:00 p.m.
7/13/2023	Thu	1:00 p.m.	4:00 p.m.
7/14/2023	Fri	1:00 p.m.	4:00 p.m.