JuanCastillo29/space-mission-intelligence-data huggingface dataset:
The mission architecture assumes that an ascent vehicle, a surface habitat, and other equipment and structures will be sent to Mars independently of the crew. They will arrive with their own descent stages to place them at the surface landing site. Delivered to the site will be:
1) A Mars Ascent Vehicle for the crew to use after the 18-month surface stay to reach the interplanetary spacecraft that remains in Mars orbit. 2) A habitat structure, green house, and science laboratory that might require excavation of regolith, inflation, and deployment when the crew arrives. 3) An In Situ Resource Utilization (ISRU) plant that will, at a minimum, make breathing gases and water for use by the crew. This same processing technology also will be used to make propellants for use by surface transportation vehicles and by the ascent vehicle. The crew will not depart from Earth unless the automated production of water, fuel, and other resources on Mars has been verified.

4) A nuclear power plant to provide the energy needed to operate surface systems. 5) A thermal control system to support the heat-rejection needs of the surface systems. 6) Other supporting infrastructure that is either needed to support the landing of the crew or that is needed after the crew reaches the surface.

The Mars expedition crew will launch from Earth in an Earth Ascent Vehicle (EAV, an Orion capsule, most likely) and rendezvous with a pre-positioned interplanetary space craft in either Low Earth Orbit (LEO) or Cis-Lunar Orbit (CLO). Crew will transfer to the space craft and depart for Mars via Trans Mars Injection (it is possible that the EAV will remain docked to the interplanetary space craft for the journey to Mars to serve as a life boat). On the return trip, the crew will transfer from the interplanetary ship to an attached Orion-type craft five days before reaching Earth, undock, and then descend to Earth directly in an Apollo-type “skip” trajectory using parachutes and retro-rockets, while the interplanetary ship continues on course unoccupied.
The first phase of the mission begins with the crew entering the Earth Ascent Vehicle (EAV) on the launch pad and ends with the EAV docking with the interplanetary space craft in either Low-Earth Orbit (LEO) or at a Lagrange location near the Moon (i.e., Cis-Lunar, or CLO). The phase would be similar to a journey to the International Space Station (ISS) if the destination were in LEO (24 to 48 hours) and longer if the interplanetary space craft were to be waiting in CLO (75 hours). Assume 84 hours (which is slightly longer than the time required for Apollo 11 to reach the Moon for this mission phase. Launch to LEO or CLO.
Conduct communications checks and communicate observations/evaluations to other crew and MCC personnel, verbally using communications system.
Conduct communications checks with other crew, wearing pressure suit, to prepare for launch from Earth.
Conduct communications checks with ground personnel, wearing pressure suit, to prepare for launch from Earth.
Communicate observations/evaluations to other crew and MCC personnel, verbally using communications system.
Enter vehicle and take position, manually while wearing pressure suit and helmet, to prepare for launch from Earth.
Enter vehicle via diving board and ingress/egress straps, manually while wearing pressure suit and helmet, to prepare for launch from Earth.
Conduct final predeparture inspections of storage and equipment, visually, prior to launch from Earth.
Move (translate) to crew seat, wearing pressure suit, to prepare for launch from Earth.
Secure seat restraints, wearing pressure suit/gloves, to prepare for launch from Earth.
Attach umbilicals (GSE air) to suit, manually while wearing pressure suit/gloves, to prepare for launch from Earth.
Secure umbilicals with URDs, manually while wearing pressure suit/gloves, to prevent damage during launch.
Install emergency O2 bottles on crew leg, manually, with help of support personnel.
Connect to AIU, manually while wearing pressure suit/gloves, to prepare for launch from Earth.
Conduct final suit leak check, manually with help of support personnel, to verify suit integrity.
Release flail restraints and harness, manually, to prepare for removing pressure suit and helmet.
Remove pressure suit/helmet, manually, to prepare for cruise to orbit.
Use Earth Ascent Vehicle (EAV) waste management system for liquid/solid waste (i.e., toilet/bodily function).
Use Earth Ascent Vehicle (EAV) waste management system for liquid waste (i.e., toilet/bodily function).
Use Earth Ascent Vehicle (EAV) waste management system for solid waste (i.e., toilet/bodily function).
Access and open emesis bag located in pressure suit/seat pocket, manually with gloved hand, to prepare for barfing.
Access disposable towel located in seat pocket, manually with gloved hand, to prepare for cleaning barf from face/helmet/visor.
Prepare/eat meal, manually, using Earth Ascent Vehicle (EAV) food hydration/heating equipment/galley during cruise to LEO/CLO.
Prepare meal for crew consumption, manually, using Earth Ascent Vehicle (EAV) food hydration/heating equipment.
Eat/drink meal in Earth Ascent Vehicle (EAV) during cruise to LEO/CLO.
Enter control inputs, manually/visually with gloved hand, to configure and operate Earth Ascent Vehicle (EAV) before and after launch.
Perform controls/switch checklist, visually/manually while wearing pressure suit/gloves, to verify proper configuration.

Perform ASP/flight crew check, manually while wearing pressure suit/gloves, to ensure hard switches are still in expected configuration after strap in.
Inspect display, visually wearing suit/helmet, to verify all pyros are armed for ascent.
Enter control inputs, manually/visually with gloved hand, to configure launch displays.
Enter control inputs, manually, to activate ATP/star tracker for cruise to LEO/CLO.
Enter control inputs, manually, to align IMU if necessary.
Enter control inputs, manually to override automated system, to reconfigure CM/SM heaters if necessary.
Activate controls, manually while wearing pressure suit/gloves, to configure cabin lighting.
Activate cabin pressure control, manually after visor opening, to prepare for cruise to orbit.
Respond to communications and displays, wearing pressure suit, to prepare for launch from Earth.
Activate controls, manually, to override automated process to initiate/control solar array deployment sequence, if necessary.
The third phase of the mission is the unpowered cruise to Mars, which will take approximately 180 days (i.e., six months). The crew will be busy during this phase exercising and performing training tasks using configurable simulators; some refresher training will be performed, but most of the training will be new (in response to a strategy to transfer much of the pre-launch training burden to the cruise phase).
Conduct communications checks/communicate observations/evaluations to other crew and MCC personnel, verbally using comm system during Cruise to Mars.
Operate communications system, manually, to receive transmission from MCC.
Operate communications system, manually, to transmit message to MCC.
Speak with other members of the crew concerning technical and task-related topics.
Speak with other members of the crew concerning non-technical and non-task-related topics.
Perform interviews and Public Affairs Office (PAO) events, using communications system, to inform Earth public of progress.
Transmit data collected during the Transit of Earth to ground stations immediately following event.

Interact with crew mates, personally, concerning task performance.
Interact with crew mates, personally, concerning non-task-related matters.
Compose/record electronic/video journal, using keyboard/computer in space craft, to create/preserve personal account of experiences.
Conduct physical/cognitive tests in space craft to assess fitness for duty (automatically-scheduled/results transmitted to Earth).
Conduct EVA to perform maintenance or retrieve items from outside the interplanetary space vehicle during Cruise to Mars.
Don pressure suit in response to meteor penetration or hull breech alarm, manually, with crew members helping each other.
Conduct EVA for maintenance or to retrieve needed supplies/equipment/expertise.
Remove and stow pressure suit following departure burn from LEO/CLO (i.e., Trans-Mars Injection).
Use interplanetary space vehicle waste management systems for liquid/solid waste (i.e., toilet/bodily function) during Cruise to Mars.
Use space craft waste management system for liquid waste (i.e., toilet/bodily function).
Use space craft waste management system for solid waste (i.e., toilet/bodily function).
Observe crew position displays and activate controls, wearing pressure suit, to prepare for launch from Earth.
Monitor audio communications and displays, wearing pressure suit/helmet, to prepare for launch from Earth.
Monitor displays, visually while wearing pressure suit/helmet, to verify system configuration formats and eProc.
Monitor displays, visually, to assess solar array deployment status.
Monitor/control external video camera, visually/manually, to verify solar array deployment.
Monitor display, visually, to verify solar array power generation/battery charging.
Monitor displays/communicate values, visually/verbally, to evaluate system and crew readiness for orbit operations.
Monitor engine performance displays, visually wearing pressure suit/helmet, to ensure proper functioning during buffeted ascent.
Monitor displays, visually wearing pressure suit/helmet, to verify LAS jettison during buffeted ascent.
Monitor displays, visually wearing pressure suit/helmet, to verify MECO during buffeted ascent.
Monitor displays, visually wearing pressure suit/helmet, to verify core stage separation during buffeted ascent.
Monitor audio communications and displays, wearing pressure suit/helmet, during buffeted launch from Earth.
Monitor displays, visually, to verify star tracker configuration/status.
Evaluate displayed/communicated information, cognitively, to assess readiness for orbit operations.
Evaluate alarms and displays, cognitively, to identify any mission-critical anomalies during buffeted launch from Earth.
Enter control inputs, manually/visually with gloved hand, to pilot Earth Ascent Vehicle (EAV) during launch and cruise to LEO/CLO.
Adjust controls as necessary, manually wearing pressure suit/gloves, during buffeted launch from Earth.
Activate controls, manually wearing pressure suit/gloves, to abort launch in response to evaluation data during buffeted ascent.
Activate controls, manually wearing pressure suit/gloves, to override automated systems/control space craft in response to evaluation data during buffeted ascent.
Adjust main engine controls, manually wearing pressure suit/gloves, to maneuver Earth Ascent Vehicle (EAV) to correct location near space craft in LEO/CLO.
Adjust main engine controls, manually wearing pressure suit/gloves, to shut down Earth Ascent Vehicle (EAV) main engine near space craft in LEO/CLO.
Adjust attitude control thrusters, manually wearing pressure suit/gloves, to dock Earth Ascent Vehicle (EAV) to space craft in LEO/CLO.
Adjust attitude control thrusters, manually wearing pressure suit/gloves, to maneuver Earth Ascent Vehicle (EAV) to space craft in LEO/CLO.
Adjust controls, manually wearing pressure suit/gloves, to shut down attitude control thrusters and other systems after docking with space craft in LEO/CLO.
Enter control inputs, manually wearing pressure suit/gloves, to activate engine shut down if auto shut down fails, to ensure safing of EAV after docking.
Activate appropriate controls in response to alarms, manually, while communicating actions to crew and MCC during buffeted launch from Earth.
The second phase of the mission begins with the Mars crew entering the interplanetary space craft where they will be greeted by a team of astronauts who have prepared the ship for the journey to Mars and who will return to Earth in either the EAV or a similar space vehicle. This phase ends when the engines are shut down after the burn to achieve the correct course for the cruise to Mars. Assume a duration of four days for this mission phase, which will include final preparations and culminate with the main engine burn of approximately 60 minutes.
Conduct communications checks and communicate observations/evaluations to other crew and MCC personnel, verbally using communications system.
Conduct communications checks with other crew, wearing pressure suit, to prepare for departing LEO/CLO.
Conduct communications checks with ground personnel, wearing pressure suit, to prepare for departing LEO/CLO.
Communicate observations/evaluations to other crew and MCC personnel, verbally using communications system.
Enter vehicle and take position, manually while wearing pressure suit and helmet, to prepare for launch from LEO/CLO.
Open space craft hatch, wearing pressure suit, to prepare for entering prior to departing LEO/CLO.
Enter space craft hatch, wearing pressure suit, to prepare for departing LEO/CLO (i.e., Trans-Mars Injection).
Move (translate) to crew seat, wearing pressure suit, to prepare for departing LEO/CLO.
Secure seat restraints and umbilicals, wearing pressure suit, to prepare for departing LEO/CLO.
Conduct final predeparture inspections of storage and equipment, visually, prior to departing LEO/CLO.
Observe crew position displays and activate controls, wearing pressure suit/gloves, to prepare for departing LEO/CLO.
Monitor communications, aurally while wearing pressure suit/helmet, to prepare for departing LEO/CLO.
Monitor displays, visually while wearing pressure suit/helmet, to prepare for departing LEO/CLO.
Monitor communications, aurally wearing pressure suit/helmet, during departure burn from LEO/CLO.
Monitor displays, visually wearing pressure suit/helmet, during departure burn from LEO/CLO.
Evaluate alarms and displays, cognitively, to identify any mission-critical anomalies.
Adjust controls/attachments, manually with gloved hands, to configure suit and displays before, during, and after launch from LEO/CLO.
Activate appropriate controls in response to alarms, manually wearing pressure suit/gloves, while communicating actions to crew and MCC.
Respond to communications and displays, wearing pressure suit, to prepare for departing LEO/CLO.
Adjust controls as necessary, wearing pressure suit/gloves, during departure burn from LEO/CLO.
Activate controls, manually wearing pressure suit/gloves, to abort TMI in response to evaluation data.
Activate controls, manually wearing pressure suit/gloves, to override automated systems/control space craft in response to evaluation data.
Activate hygiene system to enable hand and body washing.
Shave face, manually using safety razor/soap/water, to remove beard growth.
Shave face, manually using electric razor, to remove beard growth.
Cut hair, manually using clippers/scissors/comb/vacuum tube, to remove excess hair growth.
Operate hygiene system to clean/disinfect hands and body.
Operate hygiene system to clean/brush teeth.
Retrieve wet wipes, towel, and clothing to clean body after exercise in preparation for study and work-related tasks.
Remove personal garments from storage in preparation for changing clothes.
Doff (remove) soiled garments and don clean clothing.
Insert soiled garments in collection container to dispose.
Remove and replace bio collection container from waste management system, manually, to ensure continuity of operation.
Discard packaging waste in trash compactor, manually, to clear galley.
Operate trash compactor, manually, to increase space for additional packaging waste.
Remove compacted packaging waste from trash compactor, manually, and transport to onboard storage.
Insert new sanitary liner in trash compactor, manually, to prepare for additional use.
Prepare/eat meal, manually, using interplanetary space vehicle food hydration/heating equipment/galley during cruise to Mars during Cruise to Mars.
Transfer food packages from deep storage to proximal storage, manually, to prepare galley for crew use.
Activate food hydration/heating equipment, manually, to prepare galley for crew use.
Prepare meal for crew consumption, manually, using space craft food hydration/heating equipment.
Eat meal together with other members of the crew in the space craft ward room/galley.
Read articles, books, etc., during leisure periods for recreation.
Listen to music individually during leisure periods for recreation.
Listen to music individually while exercising for recreation.
Watch video (movies, TV programs, documentaries, etc.) individually while exercising for recreation.

Watch video (movies, TV programs, documentaries, etc.) individually during leisure periods for recreation.
Watch video (movies, TV programs, documentaries, etc.) together with other crew members during leisure periods for recreation.
Play chess and other board games together with other crew members during leisure periods for recreation.
Play chess with MCC personnel and others on Earth during leisure periods for recreation.
Monitor system displays, visually, to verify normal functioning of life support system.
Monitor system displays, visually, to verify normal functioning of navigation system.
Monitor system displays, visually, to verify normal functioning of propulsion/attitude control system.
Monitor system displays, visually, to verify normal functioning of communication system.
Monitor radiation-detection systems, visually/aurally, for evidence of Solar Proton and Galactic Cosmic Ray Events (SPE/GCR).
Monitor space craft atmosphere, visually/manually, by checking displays and comparing values to reference documents.
Configure resistive device and perform exercise to maintain cardiovascular conditioning, muscle strength, and bone density.
Mount bicycle ergometer and perform exercise to maintain cardiovascular conditioning, muscle strength, and bone density.
Don harnesses and perform exercise using treadmill to maintain cardiovascular conditioning, muscle strength, and bone density.
Assess displayed and aural information, cognitively, to determine appropriate course of action during Cruise to Mars.
Identify Emergency Alarm (i.e., Loss of pressure, Fire, Toxic substance/emission) and develop repair/recovery plan.
Identify Caution/Warning Alarm (e.g., CO2, ECLS, Navigation) and develop repair/recovery plan.
Respond to technical emergencies, following procedures and with equipment provided, during Cruise to Mars.
Retreat to shielded area of space craft with other members of the crew in response to critical radiation event warning.
Remain in shielded area of space craft with other members of the crew during critical radiation event.
Respond to space craft fire alarm.
Respond to space craft micro-meteorite impact alarm.
Identify precise location of meteor penetration/hull breech, visually/aurally, assess severity, and determine method(s) to stop loss of pressure.
Retrieve repair kit from storage and carry to location of meteor penetration or hull breech.
Apply patch and adhesive material to meteor penetration site, manually, to close leak.
Retrieve and don protective fire-fighting ensemble, manually, to prepare for fire emergency.
Remove fire extinguisher from bulkhead bracket and manually carry to source of fire.
Point fire extinguisher nozzle at burning material and activate system manually while wearing protective ensemble to suppress fire.
Respond to space craft hull breech alarm.
Respond to space craft toxic substance/outgassing alarm.
Respond to space craft CO2 alarm.
Respond to space craft general ECLS failure alarm.
Respond to space craft navigation alarm.
Respond to dental emergencies, following procedures and with equipment provided, during Cruise to Mars.
Conduct dental examination on crew member, manually/visually, to investigate complaint of tooth/jaw pain.
Interpret results of dental examination, cognitively with MCC consultation, to identify source of apparent tooth/jaw pain.
Prepare dental adhesive, fit, apply adhesive, and replace crown.
Administer pain medicine (Eugenol), manually as needed, to treat a crewmember's fractured tooth showing exposed pulp.

Apply direct pressure and hold until bleeding stops to treat loss of tooth of a crewmember.
Administer medication and if pain severe perform dental nerve block to treat crewmember's dental pain.
Apply temporary tooth filling and smooth excess (instruct patient to limit solid food consumption on affected side of mouth for 12-24 hours) to repair dental filling.
Administer medications or an intramuscular shot (e.g. Epipen) to treat an allergic reaction.
Administer medication to suppress seizure/avoid loss of consciousness and uncontrolled muscle contractions.
Administer intramuscular shot, take vitals, and administer oxygen as needed to protect patient from injury from seizure.
Administer medications (e.g., antibiotics, antidiarrheal, antihistamine, decongestants, lubricants, pain relievers, sleep, steroids, stimulants and stool softeners) for conditions.
Administer hydrocodone and acetaminophen (Vicodin HP) and notify CMO to treat pain.
Administer Lidocaine or Epinephrine with a syringed needle, then create opening with scalpel to drain, to treat skin or dental abscess.
Apply a thin layer of Mupirocin (Bactroban) ointment and bandage affected areas to treat burned skin.
Deliver medication to the lungs with inhaler by patient closing lips around inhaler, inhaling slowly, holding breath for 10 secs and removing inhaler from mouth and exhaling.
Apply medical drops into the ear canal to treat ear pain caused by blockage (i.e., Barotrauma) that is not alleviated by yawning or chewing.
Administer antibiotics, manually per instructions, to treat ear infection.
Administer antibiotic ointments/drops, manually per instructions, to treat eye irritations/abrasions/infections.
Administer appropriate antibiotic (oral or IV) to treat confirmed bacterial infection.
Administer epinephrine, oxygen, IV antihistamines and cortisone, and beta-agonist (e.g., Albuterol), manually, to treat anaphylaxis.
Administer sedative, manually via syringe, to treat crewmember experiencing a behavioral emergency.
Administer anti-inflammatory drugs, manually, to immobilized crewmember to treat spinal cord trauma.
Administer IV antibiotics, manually, to treat sepsis (administer vasopressor medication if blood pressure remains low).