Admissions
Admissions
Type 2: Initial Settlement On Mars
About the Online Program
Application Window
November - December
Entry Term
November - December
Course Requirements
Attend all sessions
Tuition
Free Course
Format
Online classroom
Time Commitment
7-8 hours of live classes
Join us at Mars University for our TYPE 2: INITIAL SETTLEMENT ON MARS COURSE! 🌌
📅 Embark on a journey through captivating topics such as Martian Agriculture, Transport, and Materials. Gain insights into Martian Geology and Astrobiology while diving into the intricacies of Martian Construction and Architecture.
🌱 Prepare yourself to be part of history as we delve into Martian Analog Habitat Management and Mission Insights. From Mars Exploration to Martian Colonies, our comprehensive curriculum covers it all!
👩🚀👨🚀 Be part of our elite training program and equip yourself with the knowledge to step foot on the Red Planet. 🚶♂️🚶♀️We can't wait to welcome you aboard! 🛸
Don't miss this incredible opportunity to be at the forefront of Martian exploration. 🌠
Course Structure:
1. Introduction to Mars - by Marufa Bhuiyan (1 hr)
Explore Mars with Mars University! Join Marufa Bhuiyan for a 1-hour introduction to the Red Planet. Discover Mars' history, unique features, and geography. Learn about its atmosphere, geology, and the intriguing landscape. Study its moons, Martian canals, and human and robotic exploration. Discuss the potential for life, human missions, and settlement plans. Imagine future Mars cities like Olympus Town and Jezero Crater, and explore governance, workforce development, and interplanetary communication. Dive into sustainable ecosystem design and innovative research. Mars University is where your adventure begins.
2. Martian Agriculture - by Daniel Tompkins (1 hr)
Join Daniel Tompkins for a 1-hour course on Martian Agriculture at Mars University. Explore the challenges and opportunities of farming on Mars to support a sustainable, growing population. Topics covered include the history of agriculture, plant biology, and soil science. Learn about greenhouse operations, food science, and diet on Mars. Understand biological system management and delve into the design of essential equipment and systems. This course provides a comprehensive overview of creating a scalable and robust agricultural system on the Red Planet.
3. Materials, transport, and architecture - by Bruce Mackenzie (1 hr)
Join Bruce Mackenzie for a 1-hour course on Martian materials, transport, and architecture at Mars University. Address the unique challenges of Mars' environment, including pressure management and radiation shielding. Explore innovative uses of local resources and the importation of materials from Earth. Learn about isolation, self-reliance, and construction technologies for Martian settlements. Study spacecraft adaptation for living quarters and the use of imported habitats. Discover architectural designs optimized for Mars, including pressure tension structures like cylinders and cones, as well as lava tubes and protective overburden. Embark on a journey to design the future of Martian living.
4. Analog Station Management - by Julio Rezende (1 hr)
Join Julio Rezende for a 1-hour course on Analog Station Management at Mars University. This course offers a comprehensive understanding of managing space analog stations, which simulate space mission conditions on Earth.
Topics include:
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Introduction to Space Analog Stations
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Technical Infrastructure
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Operational Management
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Crew Selection and Training
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Health and Safety
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Research and Development
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Regulatory and Ethical Considerations
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Crisis Management and Contingency Planning
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Sustainability and Environmental Impact
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Future Directions and Innovations
Gain the knowledge and skills needed for effective station management and prepare for real-life space mission challenges.
5. Project Theory session - by Aravinda Ravibhanu (1 hr)
Join Aravinda Ravibhanu for a 1-hour Project Theory session at Mars University. This course introduces the G2 Planetary System and Astrobiology, highlighting the importance of studying Mars and its potential to harbour life. Explore Planetary Geology and the fundamentals of Mars Petrology, including its atmosphere, climate, and dust storms. Learn how to develop scientific and technological applications for Mars exploration. This session provides a comprehensive overview of Mars studies, preparing you to contribute to the scientific and technological advancements needed for future missions.
6. Project Practical session - by Aravinda Ravibhanu (1 hr)
MarsU students registered for Astrobiology, Planetary Geology, Paleontology, and Earth-Mars Analogies-based Research Projects must work under the guidance of a faculty mentor. Depending on your research interests, you may identify a mentor or be assigned one. A step-by-step guide and suggested timeline will help ensure timely completion of your project.
A GUIDE TO THE RESEARCH PROCESS
Collaborate with a research-active faculty mentor. Follow fundamental theoretical sessions on key topics.
Topics:
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Identify Martian surface geology using NASA’s Mars Curiosity Rover images.
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Develop Mars Petrology data analogies.
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Understand Meridiani Planum geology and simulate regolith applications.
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Assemble images of Jezero Crater using Mars Perseverance Rover.
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Synchronize the atmosphere, surface, and core analogies of Mars.
Consult leading faculty for advice on researchable topics. Develop ideas from patient care, reading, journal articles, and discussions.
Schedule November - December 2024
