JuanCastillo29/space-mission-intelligence-data huggingface dataset:
Irrigate eye and perform eye exam to treat chemical exposure to a crewmember's eye.
Minimize eye and skin exposure to toxics to prepare for treating exposed crewmate.
Remove exposed crewmates soiled clothes, particles/liquid and irrigate with water (flush eye with water) for respiratory exposure/follow Difficulty breathing procedure.
Place PHA QDM on crewmember, deliver oxygen for 2 hours, hydrate 1 liter per hour for 2 hours or as tolerated to treat decompression sickness.
Remove staples using a skin staple remover to complete repair.
Remove sutures with medical scissors to complete repair.
Insert Oral Airway device halfway into mouth and rotate 180 degrees before inserting until it is flush against the lips to aid ventilation of unconscious patient.
Place Ambu Bag mask over nose and mouth and gently squeeze bag to deliver breaths every 5 to 8 seconds to assist temporary ventilation of a compromised patient.
Deliver oxygen to a respiratory distressed patient by automated ventilation provided in a respiratory support pack.
Pinch fleshy part of nose, manually, for 10 minutes to stop nose bleeding.
Insert nasal packing and drops, manually per instructions, to stop persistent nose bleeding.
Remove wax from ear, manually using curette/medical drops, to treat ear pain.
Clean fingernail, apply antibiotic ointment, cover with adhesive bandage, manually until a new nail grows, to treat/protect fingernail damage from EVA.
Apply ice (multiple sessions) and administer pain medication as needed, manually, to treat back/shoulder/neck sprain/strain.
Apply ice/cold pack and compress with bandage, manually, to treat wrist, elbow, ankle, or knee sprain/strain.
Apply splint, manually, to treat unresolved wrist, elbow, ankle, or knee sprain/strain.
Drain sinus passageway (with nasal spray) and administer antibiotics, manually, to treat acute sinusitis.
Secure Airway, Breathing, Circulation (ABCs)/perform physiological monitoring (e.g., Vitals and Chem Labs), manually and cognitively, to manage acute radiation syndrome.
Apply physical force and binding/duct tape, manually with the help of another crew member, to restrain a crewmember experiencing a behavioral emergency.
Perform a reduction maneuver gently and slowly, manually with the assistance on another crewmember, to realign a dislocated elbow.

Secure crewmember to a flat surface, manually using restraints, to immobilize for treatment of suspected spinal cord trauma.
Apply cast, splint, or brace to extremity (e.g., arm, leg), manually, to immobilize simple fracture.
Adjust controls, manually per procedures, to maintain normal functioning of life support system.
Adjust controls, manually per procedures, to maintain normal functioning of navigation system.
Adjust controls, manually per procedures, to maintain normal functioning of propulsion/attitude control system.
Adjust propulsion/attitude control system controls, manually, to maintain proper course to Mars Orbit Injection (MOI).
Adjust controls, manually per procedures, to maintain normal functioning of communication system.
Adjust space craft atmosphere, manually, by making computer input commands in response to displays and reference documents.
Coordinate exercise device availability among crew to ensure access to maintain cardiovascular conditioning, muscle strength, and bone density.
Coordinate simulator availability among crew to ensure refresher training for all required skills and functions.
Coordinate crew response to meteor penetration, hull breech, fire, ECLS, or other emergency.
Monitor individual behavioral health by speaking with each crew member with the goal of identifying symptoms of maladjustment.
Schedule tasks and monitor performance of work to ensure that opportunities and resources are allocated appropriately among crew personnel.
Plan operations (e.g., EVA, maintenance of external components) using computer-based records in consultation with MCC and onboard personnel.
Review expedition geology program objectives and procedures, using onboard resources, to prepare for surface operations.
Review expedition biology program objectives and procedures, using onboard resources, to prepare for surface operations.
Assemble equipment needed to observe and record the Transit of Earth that will occur on day 73 after TMI.
Conduct astronomical observations, photography, and remote sensing to occupy cruise time with meaningful activity.
Conduct life science experiments to occupy cruise time with meaningful activity.
Activate equipment, observe, and record the eight-hour Transit of Earth on day 73 after TMI.
Conduct and record solar observations using onboard equipment and telescopes.
Conduct and record planetary and stellar observations using onboard equipment and telescopes.
Conduct and record radio astronomy observations using onboard equipment and telescopes.
Conduct and record Mars observations using onboard equipment and telescopes.
Conduct and record asteroid/comet observations using onboard equipment and telescopes.
Conduct and record Earth observations using onboard equipment and telescopes.
Enter control inputs, manually, to configure space craft computer to support training simulation and task preparation.
Deploy supports/structures, manually, to configure dedicated area of space craft for medical procedure.
Modify pressure suit to adjust length of torso segment in response to spine elongation in zero gravity.
Enter control inputs, manually, to load software patch/reload software.
Program 3-D printer, manually via computer inputs, to fabricate a replacement part for a mechanical system onboard space craft.
Operate 3-D printer, manually via computer inputs, to fabricate a replacement part for a mechanical system onboard space craft.
Remove and trim object fabricated by 3-D printer, manually using hand tools, to prepare replacement part for a mechanical system onboard space craft.
Review schematics and other documentation, visually, to isolate electronic fault in space craft.
Review schematics and other documentation, visually, to isolate plumbing (e.g., cooling, CLSS) fault in space craft.
Insert test equipment probes in electronic components, manually, and observe displays, visually, to isolate electronic fault in space craft.
Inspect circuit board, visually, to identify short circuit or loose/missing connection in space craft.
Inspect circuit board, visually, to identify scorching that might indicate degraded/faulty/failed electronic component in space craft.
Review documentation/enter control inputs, visually/manually, to diagnose software problem.
Inspect plumbing (e.g., cooling, CLSS), visually and with hand tools, to identify source of plumbing fault in space craft.

Remove and replace plumbing component (e.g., section, valve), using hand tools and schematics, to restore system functionality in space craft.
Retrieve spare parts/materials (e.g., valve, duct tape) from storage and move to work site in space craft, manually, to prepare for troubleshooting/repair.
Cut pipe, manually using hand saw, to remove damaged section of space craft plumbing.
Insert new section of pipe and attach in place, manually, using electric soldering tool, flux, and solder to repair space craft plumbing.
Remove 1 meter of duct tape from roll, manually, to temporarily repair leaking hose/fitting.
Wrap 1 meter of duct tape around hydraulic hose/fitting, manually, to temporarily repair leak.
Replace electronic connector on wire/cable, manually, using hand tools and spare parts.
Review procedures for emergency mission abort (periodically during first third of cruise phase).
Review emergency procedures for various possibilities (fire, micro-meteorite impact, hull breech, outgassing, ECLS failure, etc.).
Conduct (training) simulation using space craft computer to refresh piloting skills for Mars Orbit Injection.
Conduct (training) simulation using space craft computer to refresh navigation skills for Mars Orbit Injection.
Conduct (training) simulation using space craft computer to refresh communication skills for Mars Orbit Injection.
Conduct primary training using digital media and space craft computer to learn information and skills that were not included in pre-mission training.
Read procedures and technical information to prepare for conducting tasks during cruise, MOI, and descent to planet.
The fourth phase of the mission assumes six days of intermittent preparation as the interplanetary space craft approaches Mars and the crew makes final course corrections. This phase ends with 12 hours of high-tempo activity preceding a 60-minute main engine burn to slow the ship, which will be pointed in the opposite direction of travel.
Conduct communications checks and communicate observations/evaluations to other crew and MCC personnel, verbally using communications system.
Receive final course-correction information from MCC to prepare for aerobraking maneuver to achieve MOI.
Communicate status of systems during aerobraking maneuver and aerocapture in heavy buffeting to achieve MOI.
Monitor automatic firing of Mars Excursion Vehicle (MEV)/Mars Descent Vehicle (MDV) retro rockets, visually, for Mars Surface Descent maneuver.
Monitor displays during Mars Surface Descent maneuver in heavy buffeting to depart Mars Orbit for surface.
View displays for parachute, aero shell, and retro rocket to verify correct functionality at appropriate times to ensure controlled descent to surface.
View displays, visually during buffeted descent, to assess proximity and verify touch down on planetary surface.
Verify automated engine shut down by visually monitoring displays to ensure safing of Mars Excursion Vehicle after touch down.
Verify automated landing system shut down by visually monitoring displays to ensure safing of Mars Excursion Vehicle after touch down.
The fifth phase of the mission begins as the interplanetary ship approaches and then docks with a pre-positioned Mars Descent Vehicle (MDV), which is located in an elliptical orbit with a 1-Sol (one Martian day) period; the orbit places the space craft over the landing site once per Martian day at the same time of day. Assume approximately 48 hours for the rendezvous and docking and another 48 hours for the crew to enter the Mars Descent Vehicle (MDV), configure systems, perform final checks, and communicate with Earth in preparation for descent to the surface of Mars.
Conduct communications checks and communicate observations/evaluations to other crew and MCC personnel, verbally using communications system.
Communicate status of space craft and systems to crew, verbally using communications equipment, to advise of conditions.
Communicate status of space craft and systems to MCC, verbally using communications equipment, to advise of conditions.
Communicate status of systems to MCC, verbally/manually (text) during Mars Orbit operations to advise of conditions.
The sixth phase of the mission begins with the crew securing themselves in the Mars Descent Vehicle (MDV) where they will perform final checks before undocking from the interplanetary space craft and then initiating the deorbit burn at the highest point of the parking orbit (apoapsis). The MDV will descend through half of the parking orbit (about 12 hours) at the end of which is atmospheric entry and the 10 to 20-minute terminal descent burn. Assume approximately 14 hours from ingress in Mars orbit to egress of the MDV following landing, shut-down of MDV systems, and initial communications from the planetary surface.
Conduct communications checks and communicate observations/evaluations to other crew and MCC personnel, verbally using communications system.
Receive final thrust and duration information from MCC to prepare for Mars Surface Descent maneuver.
Communicate status of systems during Mars Surface Descent maneuver in heavy buffeting to depart Mars Orbit for surface.
Communicate system status, verbally to crew members using internal communications equipment, during controlled descent.
Communicate system status, verbally to MCC using external communications equipment, during controlled descent.
Communicate successful touch down, verbally and via text, to MCC using external communications equipment to confirm status.
Communicate systems shut down and safing to crew via internal communication system to advise of status.
Communicate systems shut down and safing to MCC via external communication systems to advise of status.
Stow/secure all equipment, manually per load plan, to prepare Mars Excursion Vehicle (MEV)/Mars Descent Vehicle (MDV) for Mars Surface Descent maneuver.
Don pressure suit, manually with the help of one other crew member, in preparation for Mars Surface Descent maneuver.
Attach to individual crew maneuver position (i.e., seat), while wearing pressure suit, in preparation for Mars Surface Descent maneuver.
Inspect Mars Excursion Vehicle (MEV)/Mars Descent Vehicle (MDV) to verify that systems are go for descent maneuver.
Enter control inputs, manually wearing pressure suit/gloves, to configure Mars Excursion Vehicle computers for Mars Surface Descent maneuver.
Enter control inputs, manually wearing pressure suit/gloves, to detach Mars Excursion Vehicle (MEV)/Mars Descent Vehicle (MDV) from space craft.
Enter control inputs, manually wearing pressure suit/gloves, to maneuver Mars Excursion Vehicle (MEV)/Mars Descent Vehicle (MDV) away from space craft.
Enter control inputs, manually, to override automatic firing of retro rockets for Mars Surface Descent maneuver if automated system fails.
Adjust parachute, aero shell, and retro rocket controls in response to system displays to manually override automatic systems, if necessary.
Adjust retro rocket controls, manually during buffeted descent, to maneuver MEV/MDV to correct location near pre-positioned Mars Surface Habitat.
Adjust controls, manually, to shut down retro rocket and other systems after touch down on planetary surface.
Enter control inputs, manually wearing pressure suit/gloves, to activate engine shut down if displays indicate failure of automated shut down after touch down.
Enter control inputs, manually wearing pressure suit/gloves, to activate landing system shut down if displays indicate failure of automated shut down after touch down.
The seventh and longest phase of the mission begins with the crew walking from the Mars Descent Vehicle (MDV) to the pre-positioned Mars Habitat following landing, and ends approximately 545 days later when the crew enters the pre-positioned Mars Ascent Vehicle (MAV) to return to Mars orbit and the interplanetary ship. Crew time on the planetary surface will be spent performing construction and maintenance; housekeeping and planning; geological and biological science in the vicinity of the habitat and during mechanized traverses; and communicating among the members of the crew and with Earth (communications response lags with Earth will be approximately 20 minutes).
Conduct communications checks/communicate observations/evaluations to other crew and MCC, verbally using communications system during MSO.
Communicate with surface EVA crew members from surface habitat, verbally using radios, to advise and coordinate operations.
Operate surface rover communications system to transmit/receive information to/from habitat personnel.
Operate Mars habitat audio/video communications system, manually, to transmit/receive messages to/from MCC.
Operate Mars habitat email communications system, manually, to transmit/receive messages to/from MCC.
Operate Mars habitat data link communications system, manually, to transmit/receive messages to/from MCC.
Transfer digital copies of information received from MCC to portable digital device, manually, for later reference.
Print paper copies of information received from MCC, using available printer manually, for later reference, if necessary.
Prepare group communications, using audio/video equipment, to transmit to MCC.
Perform interviews and other Public Affairs Office (PAO) events, using communications system, to inform Earth public of progress.
Operate hygiene system in surface habitat to clean/disinfect hands and body.
Shave face, manually using safety razor/soap/water, to remove beard growth.
Shave face, manually using electric razor, to remove beard growth.
Remove personal garments from surface habitat storage in preparation for changing clothes.
Remove soiled garments and don clean clothing in surface habitat.
Insert soiled garments in surface habitat collection container to dispose.
Cut hair, manually using electric razor, to remove excess growth.
Brush teeth, manually, to maintain oral hygiene.
Conduct routine housekeeping/cleaning, manually using cloths, liquids, and vacuum, to maintain hygiene of surface habitat.
Conduct routine replenishment of stores, manually, to maintain functionality of surface habitat.
Remove and replace bio collection container from waste management system in surface habitat, manually, to ensure continuity of operation.
Discard packaging waste in surface habitat trash compactor, manually, to clear galley.
Operate surface habitat trash compactor, manually, to increase space for additional packaging waste.
Remove compacted packaging waste from surface habitat trash compactor and transport to dedicated trash storage, manually.
Insert new sanitary liner in surface habitat trash compactor, manually, to prepare for additional use.
Retrieve wet wipes, towel, and clothing from surface habitat storage to clean body after exercise in preparation for work-related tasks.
Read articles, books, etc., in the surface habitat during leisure periods for recreation.
Listen to music individually in the surface habitat during leisure periods for recreation.
Listen to music individually in the surface habitat while exercising for recreation.

Watch video (movies, TV programs, documentaries, etc.) individually in the surface habitat while exercising for recreation.
Watch video (movies, TV programs, documentaries, etc.) individually in the surface habitat during leisure periods for recreation.
Watch video (movies, TV programs, documentaries, etc.) together with other crew members in the surface habitat during leisure periods for recreation.
Play chess and other board games together with other crew members in the surface habitat during leisure periods for recreation.
Play chess with MCC personnel and others on Earth while in the surface habitat during leisure periods for recreation.
Perform exercise in surface habitat to maintain cardiovascular, muscle, and bone conditioning during Mars Surface Operations.
Mount surface habitat bicycle ergometer and perform exercise to maintain cardiovascular conditioning, muscle strength, and bone density.
Don harnesses and perform exercise using surface habitat treadmill to maintain cardiovascular conditioning, muscle strength, and bone density.
Configure surface habitat resistive device and perform exercise to maintain cardiovascular conditioning, muscle strength, and bone density.
Remove restraints from greenhouse equipment, manually while wearing protective gloves, to prepare greenhouse for operation.
Remove growing medium from storage and place in designated locations, manually while wearing protective gloves, to prepare for greenhouse operation.
Connect plumbing fixtures/pipes to H2O/fertilizer circulation system, manually while wearing protective gloves, to prepare greenhouse for operation.
Insert seeds in growing medium, manually while wearing protective gloves, to prepare greenhouse for operation.
Deploy sample curation console and partition/materials in sample storage module, manually, to enable curation/processing of key samples for Earth return.
Perform planning and administrative functions, individually and with other crew members during Mars Surface Operations.
Provide feedback about operations plans/timelines/work assignments to expedition leader, personally or in writing, to express concerns/opinions.
Receive feedback about operations plans/timelines/work assignments to expedition crew member, personally or in writing, to improve operations.
Review maps/charts/procedures, manually/visually, in Mars habitat to plan construction/installation tasks.
Review maps/charts/procedures, manually/visually, in Mars habitat to plan route for surface sortie/traverse and geological research.
Investigate surroundings visually with help of photographs and surface reconnaissance, to identify permanent location for surface habitat.
Investigate surroundings visually with help of photographs/surface reconnaissance, to identify permanent location for greenhouse, laboratory, and sample storage modules.
Coordinate crew response to meteor penetration, hull breech, fire, ECLS, or other emergency.
Schedule tasks and monitor performance of work to ensure that opportunities and resources are allocated appropriately among crew personnel.

Coordinate surface habitat exercise device availability among crew to ensure access to maintain cardiovascular conditioning, muscle strength, and bone density.
Coordinate surface habitat simulator availability among crew to ensure refresher training for all required skills and functions.
Plan operations/timelines/work assignments (e.g., surface EVA, maintenance) using computer-based tools in consultation with MCC and onboard personnel.
Modify operations plans/timelines/work assignments in response to events using computer-based tools in consultation with MCC and onboard personnel.
Carry incapacitated crew mate 20 meters to surface rover, manually while both are wearing surface EVA suits, to prepare for medical treatment.
Rise from prone position, using arms and legs while wearing surface EVA suit, to recover from fall on flat surface.
Rise from prone position, using arms and legs while wearing surface EVA suit, to recover from fall in loose regolith.
Bend over/stoop while wearing surface EVA suit to retrieve hand tool from planet surface.
Climb 3 meter ladder, manually while wearing surface EVA suit, to access Mars Surface Ascent Vehicle.
Adjust surface EVA suit controls, manually with gloved fingers, to operate mobile communications with Mars habitat personnel.
Adjust surface EVA suit controls, manually with gloved fingers, to optimize mobile life support system.
Adjust surface EVA suit controls, manually with gloved fingers, to operate mobile situation awareness data displays.
Carry harvested plant material from greenhouse to surface habitat galley, manually while wearing EVA suit, to prepare for crew consumption Remove accumulated dust from greenhouse, manually using compressed gas canister while wearing surface EVA suit, to maintain optimal sunlight for plant growth.
Respond to puncture of surface EVA suit while wearing the suit on planetary surface, manually by retrieving and attaching temporary fast-patch.
Carry air filters from surface habitat air circulation system to planetary surface, manually while wearing surface EVA suit, to prepare for filter cleaning.
Blow accumulated dust from air filters, using portable compressed gas device while wearing surface EVA suit, to clean filter for reuse in habitat.
Measure surface distances using laser rangefinder while wearing surface EVA suit.
Inspect pre-positioned power-generation plant, visually/manually while wearing surface EVA suit, to verify proper functioning.
Monitor surface EVA suit displays (e.g., time, radiation dosimeter, consumables), visually/cognitively, while wearing surface EVA suit to ensure safe operation.
Monitor surface EVA suit parameters (e.g., time, radiation dosimeter, consumables remaining), remotely from inside surface habitat, to ensure safe operation.
View display, visually while wearing surface EVA suit, to verify proper functioning of the Radiation Assessment Detector (RAD).
View display, visually while wearing surface EVA suit, to verify proper functioning of the weather monitoring station.
Monitor atmospheric sampling equipment, manually while wearing surface EVA suit, to ensure that data are recorded for later analysis and transmission to MCC.