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Artemis Lego Model

Sophia's project

Goals

• Complete a project that can differentiate on a resume
• Develop personal branding through presentations and documentation
• Increase skills portfolio
• Broaden knowledge base
• Acquire awareness of the environment that a USAF officer operates in

Plan

1. Pre-write resume entry for project
2. Scope out benefits project can provide
• Apart from the toy aspect, how could this object be used in the real world
• Federal funding process - Budget, Allocation & Appropriation
• Project approval - Outreach, Education (Lobbying) & Stakeholders
• Communication methods - Brochures, Presentations, Posters, & Exhibits
• What building skills can be acquired from this kit
• Bills of Materials
• Kitting Organization
• Sequence of Events
• Poka Yoke - Mistake Proofing
• What mechanical mechanisms were used in this kit that are nonobvious and where are they used in the aerospace world
• U-joints
• Ball Screws
• four-bar linkages
• How could this kit be improved to better communicate
• signage
• electric lighting
• What aspects of the Artemis project translate into better understanding the USAF fighter pilot world
• flight suits
• finding and digesting technical documentation
• reading technical drawings
• making non-technical drawings
3. Determine deliverables that will amplify personal brand
• Presentation in front of an audience
• Supplemental materials for Wikipedia & related pages
• making a personal brand stick - eyeballs, copyright & infrastructure
• understanding the Wikipedia mindset and process
• additional references
• better illustration media
• entry edits
4. Complete the full resume and determine next projects that will make it better

Artemis Mission

2020-AICE-Artemis-Multidiscplinary-Dynamic-Testing-Challenges	2022-Fall-UF-Senior-Design-ISS-Lessons-Learned-Gill	2022-Returning-To-The-Moon-Gill-Presentation-57pg	2022-Returning-To-The-Moon-Gill-Presentation-58pg
Returning-To-The-Moon-Agrawal-Abbott-Presentation-33pg	Returning-To-The-Moon-Agrawal-Abbott-Presentation-42pg	Returning-To-The-Moon-Agrawal-Abbott-Presentation-46pg	2024-COSPAR-Artemis-Radiation-Environment-DeStefano
Artemis-Reference-Guide-v1	Artemis-II-Press-Kit	2023-LPSC54-Artemis-Mission-Planning-Site-Selection

Ares: Upper Stage

2011-Ares-1-X-Integrated-Vehicle-Rollout-Loads-Reconstruction	2011-Ares-1-X-Integrated-Vehicle-Rollout-Loads-Reconstruction-with-references	2008-6-23-Ares-1-CLV-Upper-Stage-Element-Overview
2011-Utilizing-NX-Advanced-Simulation-For-Ares-1-Siemens		2010-Ares-Upper-Stage-Modeling-and-Simulation

Orion: Multi-Purpose Crew Vehicle

Orion-Reference-Guide	2024-AMS47-Orion-LHCH-Summary	20140000424-Orion-GNC-Simple-Sensitivity-Analysis	20140005805-Orion-GNC-Simple-Sensitivity-Analysis
AAS-23-241-Artemis-1-History	AAS-24-174-Orion-Artemis-I-Entry-Performance	Orion-LAS-Hatch-Summary	Orion-Parachute-Asymmetry-Revisited
2023-SPW-Artemis-I-Power-Analysis	AAS-25-152-Cumulative-Distribution-Overlap	AAS-25-152-Cumulative-Distribution-Overlap-Presentation
AAS-24-174-Orion-Artemis-I-Entry-Performance-Presentation		AAS-24-Orion-Artemis-I-Descent-Performance-Presentation

Crawler Transporter

1967-Tech-Memorandum-2-64-Crawler-Belt-Shoe-Tests	1976-Crawler-Transporter-Steering-Jel-Systems	1986-Tether-Crawler-System	1987-Tether-Elevator-Crawler-Systems
2004-NASA-Facts-KSC-Transporters	2006-NASA-Facts-Crawler-Transporters	2006-NASA-Facts-KSC-Transporters	2006-NASA-Facts-Space-Shuttle-Rollout-to-Pad
2019-NASA-Facts-Crawler-Transporter-2	2021-NASA-Facts-Crawler-Transporters	FS-2012-4-074-KSC-NASA-Facts-Crawler-Transporter	FS-2012-4-085-KSC-NASA-Facts-Crawler-Transporter
2007-NASA-Facts-Crawler-Transporters	2012-Crawler-Transporter-Truck-Shoe-Tests	2012-Crawler-Transporter-Vibration-Analysis	2012-Crawler-Tread-Belt-Shoe-Casings
2013-Crawler-Sound-Attenuation-Study
2007-Apollo-Historical-Series-Crawler-Transporter	2009-9-29-Crawler-Shoe-Health-Monitoring-System	Hunger-Hydraulik-Crawler-Jacking-Equalizing-Cylinders	2014-6-Crawler-Transport-Dynamic-Anlysis-Siemens
2016-Crawler-Solids-Unknown-Analysis		2018-Exploration-Ground-Systems-Crawler-Transporter

Mobile Launcher

2015-6-Abstract-Submittal-Form-20150016300	2016-1-Biosparge-Expansion-Interim-Measures-Work-Plan	2018-4-13-Mobile-Launcher-Hinge-Modifications	Acoustic-Vibration-Environment-Mobile-Launcher
2019-MLPV-CMI-IM-Status-Report	2021-NASA-MLPV-Report-Rev-2022	2022-2023-NASA-MLPV-CMI-IM	2023-NASA-MLPV-CMI-IM-Rev-March-2025
2023-NASA-MLPV-HS3-IMWP	2023-ML2-Static-Gound-Wind-Load-Measuring	IMAT-2024-Martinez-ML1-VSP-Abstract	2021-IMAC-Artemis-I-Booster-ML-Interface-Validation
2023-01-23-SciTech-ML2-Static-Ground-Wind-Loads	2020-2-10-IMAC-XXXVII-SLS-ML-Pretest-Analysis	2021-2-8-IMAC-XXXIX-Artemis-I-Booster-ML-Interface-Validation	2024-1-29-IMAC-XLII-OMA
Launch-Complex-39-Fact-Sheet	NASA-Facts-Launch-Pad-39B	NASA-Mobile-Launcher-Modal-Test	NBS-Ionospheric-Soundings-Mobile-Launcher-Platform
Mobile-Launcher-DATA	Mobile-Launcher-Solid-Rocket-Motor-Plume-Induced-Environment	OMA-Artemis-I-Dynamic-Rollout-Akers	OMA-SLS-ISVV-010-Rollout-Akers

HLS

IAC-24-HLS

IAC-25-B3-1-HLS-Update

SLS

Artemis-II-SLS-Reference-Guide

SLS-Feasibility-Study-Report-2020

SLS-Feasibility-Study-Presentation-2020-2-10

Ground Systems Development & Operations

NASA-Ground-Systems-Dev-and-Ops-2012

Vehicle Assembly Building

2025-3-11-VAB-Fire-Mishap-Investigation-Report	FS2-VABN-SAPR-R0-Sealed	GSDO-October-2014	NASA-2023-Annual-VAB-LTM-Report-Final-R0-Sealed
NASA-Facts-VAB-FS-2012-06-121-KSC	NASA-Facts-VAB-FS-2017-09-1015-KSC	NASA-Facts-VAB-FS-2019-01-101-KSC	NASA-Facts-VAB-FS-2019-03-325-KSC
NASA-Facts-VAB-High-Bay-3-Work-Platforms	NASA-FEDSM2005-77052	NASA-KSC-Intern-Abstract-Modify-VAB-High-Bay-3-SLS	NASA-KSC-VAB-LTM-2024-LTM-Report-Dec-2025-Sealed
NASA-TM-2011-217071-NESC-RP-06-061	NASA-VAB-Honored-By-Architects	VAB-Quality-Distance-Solid-Propellant-Fueled-Launchers	VAB-Report-HAER-FL-8-11-B
VAB-Sway-Measuring	VAB-Upper-Stage-Risk-Based-Explosion-Assessment	VAB-GRAPHIC-SECT508-FOG

Operations & Crew Training

CEvans-LPSC2023-AIST-Training	GeoTraining-AGU2023	IAC-2024-NASA-SCaN-Lunar-Architecture	LPSC2024-Planetary-Science-Training-Evans-Draft-2
O2O-Spie-Paper-2023-V3
EVA-Ops-101-for-Artemis-3-External-Teams-2024-2-26		EVA-Ops-101-for-Artemis-3-External-Teams-2024-5-13

Manufacturers

Flight Suit Manufacturer - David Clark Company

Drawing Artemis

How-To-Draw-Artemis-SLS	How-To-Draw-Artemis-Crawler	How-To-Draw-Artemis-VAB	How-To-Draw-Artemis-Orion
Twelve-Renaissance-Words-Of-Drawing-3D

LEGO Technic Model

Lego Technic Artimis

Lego Crawler

NASA Handbooks & Standards

2013-12-02-NASA-HDBK-4008-Change-2	2017-10-19-NASA-HDBK-5010-Revalidated	2020-04-01-NASA-HDBK-1004-Approved	2020-05-14-NASA-STD-6016b-Materials-And-Processes
2021-NASA-Ch6-Structure-Mechanisms-Materials	2022-06-06-NASA-HDBK-4011-Approved	2022-06-07-NASA-HDBK-4002B-Approved	2022-09-08-NASA-STD-87398-Revision-B
2023-12-14-NASA-HDBK-5010A-Vol-1-Rev-Approved	2023-12-14-NASA-HDBK-5010-Vol-2-Rev-Final	2024-01-26-NASA-HDBK-4006A-Revalidated	2024-08-12-NASA-HDBK-5026-Final
2025-01-15-NASA-KSC-DE-512-SM_RevM-Change1	2025-03-12-NASA-HDBK-1009A	2025-15-07-NASA-HDBK-4001A-Final	2026-01-07 NASA-HDBK-1005-Final-Revalidated
2026-02-03-NASA-HDBK-4007A-Final	NASA-SLS-Reference-Guide-2022-v2-508-0	NASA-Systems-Engineering-Handbook
NASA-HDBK-2203_0		NASA-Project-Life-Cycle-V-Hunter-Adams-PhD