Honeywell Aerospace Challenge 2014-2015. Week One Students groups will choose the following: name, group quote, mission patch design. Students will research.

Slides:



Advertisements
Similar presentations
A day in the life of an astronaut. Sleep With no gravity they will be anchored down in their beds so they dont float away! That may sound like a strange.
Advertisements

Space suit. Oxygen Making Machine Shuttles #1 Shuttles #2 Cockpit with windows.
6. Space research and exploration of space increases our understanding of the Earth‘s own environment, the Solar System and the Universe. 4. Rapid advances.
Lunar Base Challenge Space Academy for Educators 2012.
Space Travel and Its Effects on Humans
Community Based Instruction. Hiring practices covered by ADA Ticket to Work Self-Sufficiency Program 1999 Statistics show: –People with disabilities control.
Earth, Sun, & Moon 5 th Grade Science Bundle 1 Welcome Explorers! Buckle up your seatbelts and hang on! We are going to BLAST OFF for an exciting journey.
View Viewing the Earth and Moon From Outer Space Intro Lesson Quiz.
OCCUPATIONAL HISTORY JOSEPH J. SCHWERHA MD MPH PROFESSOR OF OCCUPATIONAL AND ENVIRONMENTAL MEDICINE DIRECTOR OF THE OCCUPATIONAL AND ENVIRONMENTAL MEDICINE.
Human space history The ISS Obtaining O 2 and removing CO 2 Eating in space Sleeping in space Showering and using the bathroom in space Experiments in.
Manned Mission to Mars.  Unmanned satellite “Sputnik 1” by Soviet Union in  First manned spacecraft “Apollo 11” by United States landing on Moon.
Healthy people/Healthy communities Disaster Planning and People with Disabilities.
Engineering Design Today’s Objective: Obtain project overview, including dates Get into project groups Become familiar with the first step of the engineering.
Beyond solar energy
SAFETY AND HEALTH.  Employee Safety  National Patient Safety Goals  What is OSHA?  OSHA’s Role in Safety and Health.
Table of Contents The Science of Rockets The Space Program
Field Trip to the Moon! Caitlin Nolby Space Studies Department, UND North Dakota Space Grant Consortium.
1 Medical Surveillance Instructional Goal To gain a better understanding of medical surveillance and how it can serve to protect against adverse health.
Mission to Space. Day 1 Mission Bring your team together. Assign missions to accomplish Bring Materials that can be reuse… Mission in the computer lab…
Table of Contents Chapter Preview 13.1 The Science of Rockets
Mission to Space.
Title: Humans in Space Topic/Objective: TEKS 7.9B – Identify the accommodations, considering the characteristics of our Solar System, that allows manned.
Club Sponsors: Bouchra Bouanani Suzan Bawolek Heather Cavell.
Moon Notes.
COSTS AND HAZARDS OF SPACE EXPLORATION. COSTS AND HAZARDS  Hazards of travelling to and from space  Exposure to damage from intense solar radiation.
By: Jason Jayanty and Christopher Bussetti Mentors: Rebecca Vecere, Dr. Siva Thangam, Professor Joseph Miles Expandable Deployed Lunar Base for the Purpose.
Moon Base Life Support Systems Project Astronomy Fall 2012.
Alberta Tar Sands Cameron Flynn. What Is a tar sand? A tar sand is an area that has large amounts of oil under a sandy area, each grain is surrounded.
Space unit Life in Space.
Lunar Outpost Design submitted by Fulmore Middle School November 30, 2006 Please click to advance through the slide show.
12.3 Exploring Space: Past, Present and Future Until the invention of the telescope, knowledge of space was very weak, and mythology and speculation were.
Construction of an International Space Vehicle Using the Space Station Dan Roukos ASTE 527 December 15, 2009.
Lunar Living Module Science Grade 6 Quarter 4. Follow These Criteria Have space to store life necessities. Use at least four different polygons. Include.
Unit 6 Lesson 1 Explanation. In 2004, President Bush set the following goal for the NASA constellation program, “this vision… is a sustainable and affordable.
Lunar Research Station Mrs. Gragert’s Class Holman Middle School.
Teams- Moon  Navigation  Life Support  Remote  Medical  Isolation  Data  Communication  Probe  PAO (if needed)
By: Table 3 (Christopher Brown, Sarah Gonzalez, & Iris Buckner)
From past to present… Transport It! …and beyond!.
You are stranded on the Moon. Your lunar rover has broken down 100 km from the lunar module. You have some equipment and supplies but there is too much.
Space Exploration. Space exploration imposes new challenges on human systems and terrestrial life in general.
Introduction Task Process Evaluation Conclusion Resources Teacher’s Page.
The challenges of space travel
Solar System & Gravity May 6, 2013 Ms. Smith Mrs. Malone DO NOW: Date: May 6, C: describe the history and future of space exploration, including.
Lesson 2 Determinants of Health and Wellness 2 Determinants of Health and Wellness L E S S O N.
Some Slides from the Space Studies Institute
Society and the Environment Are Affected by Space Exploration and the Development of Space Technologies Unit E: Topic 4.
HPE 1 CHAPTER 1 UNDERSTANDING HEALTH & WELLNESS.
Atmosphere Definition A mixture of gases that surrounds the earth – It protects us from the sun’s damaging rays – Prevents us from getting too warm or.
What is Technology? Technology is comprised of the products and processes created by individuals to meet our needs and wants. Most technology is designed.
Green Week Assembly It’s Green Week at school! But what does ‘being green’ mean, and why should we care?
Mission: Moon!. What is it like on the Moon? Length of Day Atmosphere Temperature Water Radiation Gravity Landscape.
Title: Humans in Space Topic/Objective: TEKS 7.9B – Identify the accommodations, considering the characteristics of our Solar System, that allows manned.
How Humans Meet Their Needs in Space
Light Bulb Changing Procedure
International space station (iss)
Analysis - System Level Analysis, Technology Trade Studies
10 LOOKING BACK KEY CONCEPTS SUMMARY
The Future of Space Travel
Lesson 4 February 3rd , 2011 The cell.
Unit 5: Lesson 2 Accommodations for Space
Humans in Space SPACE.
Branches of the Military
The International Space Station
Cultural Employment.
A trip to Mars.
Unit 5: Lesson 2 Accommodations for Space
Exploring Space What is out there?.
Chapter 16 Section 10 How are space stations used?
Space…. Test Review.
n e w s 5th Grade Science This week’s focus: Upcoming events: quote:
Presentation transcript:

Honeywell Aerospace Challenge

Week One Students groups will choose the following: name, group quote, mission patch design. Students will research the past, present, and future plans of lunar travel. Students will research Helium 3. What is it? Where is it found? What are its benefits and drawbacks? Has it already been used in other applications?

Week Two Finish research of Helium 3 Look for possible ways to: gather, store, process, and transport He3. Things to consider: How close should mining be to the living quarters? How will workers get to the site? Will the mine be above or below ground? How/What equipment will be used to mine? What safety must be considered? Where should you set up your base to mine the most Helium 3?

Week Three Secondary Mission Describe precisely how to determine location of vehicles and astronauts as they move about. (No satellites are to be used) Must work with at least one system failure. Must work within 100 mile radius Be creative!!

Weeks 4-6 General Living Conditions How will you support as many as 50 people for up to 2 years? What countries will be represented? What jobs must astronauts hold? Is there an age requirement? Where on the moon will you build? Why there? How will you be protected from solar radiation, cosmic rays, debris? What are your emergency plans? How will you get on and off the base? How much air is needed? Food? Water? How will you get that? Will supplies arrive prior to people? How will waste be treated and recycled?

Week 7-9 1) Design a Habitation Module: Where will the astronauts live? Create a scale model. Think about: What will it look like? How will you sleep, eat, shower? How will you deal with low gravity? Where is power coming from?

Week 7-9 2) Design the Work Module: Where will the astronauts work? Create a scale model. Think about: How will astronauts get to work? How will they get around the mine? Is there a transportation system? What are the human tasks in the work module and in other places? Where will the power come from? What are the emergency plans? Where is the landing/launching site?

Week 7-9 2) Design the Recreation Module: Where will the astronauts relax? Create a scale model. Think about: What activities will be made available? How will those need to be different on the moon? How will these address different cultures? How will the medical care be addressed?