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| One-week Lesson Plan Outline Covering the Topic of the Starliner Rocket |
Week-long Lesson Plan Covering The Topic of the Starliner Rocket
Day 1: Introduction to the Starliner
- Overview of the Starliner rocket: history, purpose, and key components
- Discussion on the role of the Starliner in space exploration and its significance in the aerospace industry
Watch the launch!
Overview of the Starliner Rocket:
The Starliner, also known as the CST-100 Starliner, is a spacecraft developed by Boeing in collaboration with NASA. It is designed to transport crew and cargo to low Earth orbit, including the International Space Station (ISS).
History: Boeing was awarded a contract in 2010 as part of NASA's Commercial Crew Development (CCDev) program to develop a new spacecraft to transport astronauts to and from the ISS. The Starliner was designed to be a reusable space capsule capable of carrying up to seven passengers, focusing on providing safe and reliable crew transportation.
Purpose: The Starliner's mission is to provide NASA with a reliable and cost-effective means of ferrying astronauts to and from the ISS, reducing dependence on Russian Soyuz spacecraft for crew transport. But what makes this possible? Let's explore the Starliner's key components, each playing a crucial role in its operation:
1. Crew Module: This is the pressurized capsule in which astronauts live and work during their missions. It includes crew seating, environmental controls, and avionics systems.
2. Service Module: The unpressurized section of the spacecraft that houses the propulsion systems, avionics, and other support systems.
3. Launch Vehicle: The Starliner is launched atop an Atlas V rocket, provided by the United Launch Alliance, to reach orbit.
4. Abort and Launch Escape System: The spacecraft has an abort system to ensure crew safety during a launch emergency.
5. Docking System: The Starliner utilizes a docking system to autonomously dock with the ISS and other potential future space stations. This represents an important advancement in space transportation technology and is part of NASA's efforts to encourage commercial spaceflight capabilities.
Role of the Starliner in space exploration and its significance in the aerospace industry:
The Starliner plays a crucial role in advancing space exploration and has significant implications for the aerospace industry.
Role in Space Exploration: The Starliner is designed to provide safe and reliable transportation for astronauts to and from the International Space Station (ISS). Doing so helps sustain and support human presence in space, allowing continued research, experimentation, and living in a microgravity environment. The spacecraft also has the potential to support a wide range of scientific research and experiments conducted aboard the ISS, contributing to advancements in fields such as biology, materials science, and technology development.
Significance in the Aerospace Industry: The development and operation of the Starliner represent a significant collaboration between a private aerospace company, Boeing, and NASA. This partnership showcases the potential for commercial entities to play a pivotal role in space exploration, demonstrating the shift toward commercial spaceflight capabilities. The success of the Starliner has the potential to open doors for further commercial ventures in space, encouraging investment in space technology, infrastructure, and exploration. It also signifies a move towards more cost-effective and sustainable methods of transporting crew and cargo to and from space, which could have long-term implications for the aerospace industry.
Craft:
Make DIY straw rockets.
Go here for a list of materials and written instructions with photographs.
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| Space Exploration for Kids is available here. |
Day 2: Design and Technology
- Exploring the technical specifications and design features of the Starliner
- Comparison with other spacecraft and discussion on the technological advancements incorporated in the Starliner
The Technical Specifications and Design Features of the Starliner Rocket:
The Starliner Rocket's technical specifications and design features include its propulsion system, payload capacity, dimensions, materials used, and safety features. The rocket's design focuses on efficiency, reliability, and safety to support crewed missions to low Earth orbit.
How does the Starliner Rocket compare with other spacecraft?
What sets the Starliner apart from other spacecraft? It's not just its technical specifications, propulsion system, payload capacity, and reusability. Its design features, such as its aerodynamic shape and advanced avionics, also contribute to its capabilities and performance.
What technological advancements were incorporated into the Starliner Rocket?
The Starliner Rocket is a marvel of human innovation and technological advancements. It incorporates cutting-edge technologies, such as Boeing's innovative reusable crew module, advanced avionics, and efficient propulsion systems. Its automated rendezvous and docking capabilities represent a significant leap forward in space travel technology. These advancements collectively enhance the Starliner Rocket's safety, reliability, and cost-effectiveness, positioning it as a leading spacecraft in crewed space missions. The wonder of these advancements is truly something to behold.
Craft:
Make DIY stomp rockets.
Go here for a list of materials and written instructions with photographs.
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| This item is available here. |
Day 3: Mission Profiles
- Understanding different mission profiles for the Starliner, including crewed missions and cargo missions
What are the different mission profiles for the Starliner, including crewed missions and cargo missions?
The Starliner spacecraft has several mission profiles, including crewed missions to transport astronauts to the International Space Station (ISS) and cargo missions to deliver supplies and equipment to the ISS. Crewed missions typically involve carrying a team of astronauts to and from the ISS. In contrast, cargo missions focus on transporting supplies, scientific experiments, and other essential items to support the station's operations. Each mission profile is carefully planned and executed to ensure its objectives' safe and successful completion.
Craft:
Make a DIY bottle rocket.
Go here to watch a video to learn how to make these cool bottle rockets.
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| These space themed posters are available here. |
Day 4: Challenges During Development
- Identifying challenges faced during the development and testing of the Starliner
What were the challenges faced during the development and testing of the Starliner?
During the Starliner's development and testing, several challenges were encountered. One significant issue related to the spacecraft's software caused timing problems during the uncrewed test flight to the International Space Station. Additionally, some hardware issues needed to be addressed. These challenges required thorough investigation and implementation of solutions to ensure the spacecraft's safety and functionality.
Craft:
Make a balloon rocket.
Go here for a list of materials and written instructions with photos.
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| This NASA: 50 Years of Space Exploration DVD is available here. |
Day 5: Future of the Starliner
- Exploration of future developments and potential upgrades for the Starliner
- Brainstorming on potential uses and applications of the Starliner in future space exploration initiatives
What might be the future developments and potential upgrades for the Starliner?
Future developments and potential upgrades for the Starliner might include:
- Advancements in propulsion systems for improved efficiency and performance.
- Enhancements to life support systems for increased sustainability.
- Upgrades to onboard technologies to support more extended missions and improved safety.
Additionally, improvements in materials and manufacturing processes could result in a lighter and more cost-effective spacecraft.
What might be the potential uses and applications of the Starliner in future space exploration initiatives?
The potential uses and applications for the Starliner in future space exploration initiatives are diverse. One of the key uses is transporting crew and supplies to and from the International Space Station (ISS), enabling safe and reliable human spaceflight. Additionally, the Starliner could carry astronauts to other space stations or future space habitats as part of deep space exploration missions. Its reusability and advanced design make it a promising option for supporting various scientific research and technology demonstrations in the microgravity environment of space. Furthermore, the Starliner might play a role in facilitating commercial space ventures and aiding international collaboration in space exploration endeavors.
Craft:
Build a 3D rocket model.
Go here for a list of materials and written instructions with photographs.
Students can engage in group discussions, multimedia presentations, and even a guest speaker throughout the week. The lesson plan can accommodate hands-on activities, such as model-building or simulation exercises, to enhance the learning experience.
Read Books About Space
Go here to choose books about space for younger children to read with your students during the week.
Go here to choose books about space geared more toward middle school students.
You can follow my Pinterest Board about space lessons, activities, and books here. You can switch out the crafts if you want, and you can make any other changes to this week-long unit to make it more suitable for your students.
I just listed two space-themed activity bundles in my Etsy shop and will list two more over the next few days. Check them out here, and add them to your weekly lesson plans.
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One-week Lesson Plan Outline Covering the Topic of the Starliner Rocket
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