JuanCastillo29/space-mission-intelligence-data huggingface dataset:
Deploy surface rover vehicle, manually/visually while wearing surface EVA suit, to prepare for use.
Deploy surface rover trailer, manually/visually while wearing surface EVA suit, to prepare for use.
Inspect surface rover vehicle, manually/visually while wearing surface EVA suit, to verify functionality.
Inspect surface rover trailer, manually/visually while wearing surface EVA suit, to verify functionality.
Connect rover trailer to surface rover trailer hitch, manually while wearing surface EVA suit with the help of one other crew member, to prepare for use.
Connect umbilical from rover to surface EVA suit, manually while wearing EVA suit, to provide auxiliary life support.
Connect umbilical from rover to crew mate's surface EVA suit, manually while wearing EVA suit, to provide auxiliary life support.
Connect rover towing cable to surface rover trailer hitches, manually with the help of one other crew member while wearing surface EVA suit, to prepare for towing.
Lift sample container, manually using Apollo-style block and tackle, to load container into Mars Surface Ascent Vehicle.
Remove food containers from pre-positioned lander and carry, manually while wearing surface EVA suit, to transfer provisions to surface habitat.
Retrieve nuclear power system/shield from storage/load onto rover trailer, manually using block/tackle while wearing surface EVA suit, for transporting to installation site.
Operate surface rover and trailer to a distance 1 km from habitat, manually while wearing surface EVA suit, to prepare for installing nuclear power reactor.
Remove nuclear power reactor and shield from rover trailer, manually using block/tackle while wearing surface EVA suit, to install system for power generation.
Retrieve power cable spool from storage/load onto rover trailer, manually while wearing surface EVA suit, to prepare for applying power to surface habitat.
Deploy power cable from rover trailer during traverse to reactor site, using spool device while wearing surface EVA suit, to switch from battery to external power source.
Retrieve inflatable structure from storage and load on rover trailer, manually, with two other crew members, while wearing surface EVA suit.
Retrieve well-drilling equipment from storage (pre-positioned) and attach to surface rover, manually while wearing surface EVA suit.
Retrieve H2O sublimation equipment from storage (pre-positioned) and attach to surface rover, manually while wearing surface EVA suit, to prepare for H2O extraction.
Exit surface rover during pause in reconnaissance/traverse wearing surface EVA suit to perform navigation tasks.
Observe route markers/beacons, visually while operating surface rover and wearing surface EVA suit, to navigate route.
Review maps/charts/procedures, manually/visually, in surface rover to verify/alter/report route for surface sortie/traverse and geological research.
Operate surface rover navigation system to select/guide route during reconnaissance/traverse.
Operate surface rover (backup) dead-reckoning system to estimate position of rover on planetary surface.
Conduct preliminary reconnaissance of surroundings, visually, with one other crew member using rover vehicle.
treat injured extremity (e.g., leg, arm).
Insert catheter into pleural space between lung/chest wall, producing a pathway for air to escape to perform a needle decompression of a pneumothorax (collapsed lung).
Secure Airway/Breathing/Circulation (ABCs)/perform physiological monitoring (e.g., Vitals and Chem Labs), manually and cognitively, to manage acute radiation syndrome.
Administer epinephrine, oxygen, IV antihistamines and cortisone, and beta-agonist (e.g., Albuterol), manually, to treat anaphylaxis.

Apply physical force and binding/duct tape, manually with the help of another crew member, to restrain a crewmember experiencing a behavioral emergency.
Secure crewmember to a flat surface, manually using restraints, to immobilize for treatment of suspected spinal cord trauma.
Administer anti-inflammatory drugs, manually, to immobilized crewmember to treat spinal cord trauma.
Perform surgery, manually using available instruments, to repair a detached retina.
Apply cast, splint, or brace to extremity (e.g., arm, leg), manually, to immobilize simple fracture.
Perform surgery, manually using available instruments, to repair a compound fracture of arm or leg bone.
Perform surgery, manually using available instruments, to treat acute appendicitis.
Exit surface rover during pause in reconnaissance/traverse wearing surface EVA suit to perform geological tasks.
Enter Mars surface rover with one other crew member while wearing surface EVA suits to prepare for traverse.
Dig loose regolith from around surface rover wheel, manually using shovel while wearing surface EVA suit, to regain traction to proceed.

Deploy and attach battery cables to surface rover, manually while wearing surface EVA suit, to prepare for recharging rover batteries.
Deploy and attach battery cables from surface rover to habitat power connectors, manually while wearing surface EVA suit, to recharge rover batteries.
Move well-drilling rig to identified location, using surface rover while wearing surface EVA suit, to prepare for drilling H2O well.
Move H2O sublimation equipment to well location, using surface rover while wearing surface EVA suit, to prepare for H2O extraction Operate surface rover with failed surface rover attached by towing cable to return failed rover to vicinity of Mars habitat for repair.
Retrieve geological tools and equipment from storage and carry to surface rover/trailer, manually while wearing surface EVA suit, to prepare for reconnaissance.
Retrieve magnetometer from storage and carry to surface rover, manually while wearing surface EVA suit, to prepare for geological research.
Remove magnetometer from rover trailer and deploy, manually while wearing surface EVA suit, to prepare for recording magnetic data.
Retrieve gravitometer from storage and carry to surface rover, manually while wearing surface EVA suit, to prepare for geological research.
Remove gravitometer from rover trailer and deploy, manually while wearing surface EVA suit, to prepare for recording gravitational data.
Retrieve seismic testing munitions/equipment from storage and carry to surface rover, manually while wearing surface EVA suit, to prepare for geological research.
Remove seismic testing munitions/equipment from rover trailer and deploy, to prepare for recording seismic data.
Pound seismometers into rock, manually using slide hammer while wearing surface EVA suit, to deploy sensors.
Attach wire connectors to seismometer and to receiving terminal, manually wearing surface EVA suit, to prepare for recording seismographic data.
Retrieve cosmic radiation dosimeters from storage/deploy in vicinity surface habitat manually using digging tool while wearing surface EVA suit, to measure radiation.
Retrieve cosmic radiation dosimeters from storage/deploy in vicinity geological research manually using digging tool while wearing surface EVA suit, to measure radiation.
Remove cosmic radiation dosimeter from deployed site, manually while wearing surface EVA suit/carry to surface rover or habitat/laboratory for analysis/recording of data.
Retrieve weather balloon and portable hydrogen tank from storage and carry to surface rover, manually while wearing surface EVA suit, to prepare for geological survey.
Remove weather balloon and portable hydrogen tanks from rover trailer, fill balloon, attach remote sensors/transponders, and deploy balloon to conduct survey.
Remove rotary/percussion drill from rover, wearing surface EVA suit, and transport (10m) to drilling site with assistance of one other crew member.
Deploy temperature sensors (heat-flow probes) in drill hole manually, while wearing surface EVA suit.
Deploy route markers (3 meter stakes, flags/beacons) at intervals, manually using post-pounder and/or sledge while wearing surface EVA suit, to indicate route.
Retrieve non-rigid airship/ballonet, gondola, mast, portable hydrogen tank from storage, manually with two other crew members, while wearing surface EVA suit.
Deploy mooring mast with one other crew member, manually using hand tools and wearing surface EVA suit, to prepare for non-rigid airship/ballonet inflation.
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 meds (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 medications or an intramuscular shot (e.g. Epipen) to treat an allergic reaction.
Apply ointment, bandages, and latex barrier gloves to hands to treat blisters from surface EVA work.
Apply ointment, bandages, and latex barrier covering to feet to treat blisters from surface EVA work.
Apply ointment and bandages to pressure points on body to treat abrasions from surface EVA work.
Apply a thin layer of Mupirocin (Bactroban) ointment and bandage affected areas to treat burned skin.
Deliver meds to lungs with inhaler by patient closing lips around the inhaler, inhaling slowly, holding breath for 10 seconds and removing inhaler from mouth and exhaling.
Attach prepared fluid set to an inserted IV catheter to administer IV fluids and medications.
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 pill (TBD) to treat acute radiation syndrome.
Administer sedative, manually via syringe, to treat crewmember experiencing a behavioral emergency.
Administer IV antibiotics, manually, to treat sepsis (administer vasopressor medication if blood pressure remains low).
urroundings, while wearing surface EVA suit.
Operate camera to record still and video images of geological specimens/phenomena while wearing surface EVA suit.
Change lenses on camera while wearing surface EVA suit in the field.
Insert geologic samples in glove box, manually while wearing surface EVA suit, to prepare for aseptic analysis.
Inspect geologic samples, visually using hand-held magnifying tool/microscope while wearing surface EVA suit in the field, to conduct preliminary analysis.
Package geological samples, manually using aseptic equipment while wearing surface EVA suit, to prepare samples for safe return to Earth.

Remove and package ice core sample, manually while wearing surface EVA suit, for later analysis.
Enter ballonet gondola with one other crew member, manually while wearing surface EVA suit, to prepare for launch.
Launch and operate non-rigid airship/ballonet with one other crew member while wearing surface EVA suit to conduct aerial research/reconnaissance mission.
Recover non-rigid airship/ballonet with two other crew members while wearing surface EVA suit and attach lines to mooring mast after research/reconnaissance mission.
Deploy and operate robot, remotely on planetary surface, to inspect external features of habitat and external equipment/structures.
Operate rover, remotely on surface, to explore in vicinity of habitat.
Operate rover, remotely on surface, to explore areas in vicinity of field camp.
Operate robot, remotely on surface, to assemble/construct/ system elements to prepare field camp for humans.
Operate robot, remotely on surface, to deploy/position offloaded system elements to prepare field camp for humans.
Deploy and operate robot, remotely on surface, to explore possible sites for field camp to extend EVA range.
Deploy and operate robot, remotely on surface, to deliver/offload assets/equipment/materials to prepare field camp for humans.
Retrieve geological samples from robot, manually, and place in surface laboratory/storage facility for later analysis/transport to Earth.
Deploy and operate robot, remotely on planetary surface, to repair/maintain external equipment/structures (e.g., to blow dust from solar panels).
Deploy and operate robot, remotely on surface, to clean up potentially contaminating fluid spill on Mars surface (e.g., propellant, ammonia, human waste).
Deploy and operate robot, remotely on surface, to reconnoiter route/site for future traverse/research.
Deploy and operate robot, remotely on surface, to collect, bag, and return geological samples to surface habitat/laboratory.
Deploy and operate robot, remotely on surface, to test geological samples for biologic/toxic elements.
Retrieve robot from storage, manually while wearing surface EVA suit, to prepare for use.
Troubleshoot robot problems, visually/manually/cognitively while wearing surface EVA suit, to determine if equipment is repairable in the field.
Inspect robot, visually/manually while wearing surface EVA suit, to prepare for use.
Identify and replace components (line replaceable units, wheels, etc.), manually per procedures, in surface habitat/laboratory to restore surface robot functionality.
Inspect hoses from fuel production plant to fuel storage tanks, remotely using surface robot vehicle, to ensure there is no leakage.
Inspect fuel storage tanks, remotely using surface robot vehicle, to ensure there is no leakage.
Inspect pre-positioned fuel production plant, remotely using surface robot vehicle, to verify proper functioning.
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.
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.
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.
Insert catheter in the bladder to drain urine (self-catheterize) for urine retention.
Operate hand-held ultra-sonic device, manually while visually inspecting display, to locate and then disintegrate renal stone in crew member.
Place PHA QDM on ill crew/deliver oxygen for 2 hours, hydrate 1 liter per hour for 2 hours (administer IV fluids if unable to drink) to treat decompression sickness.
Administer traction and counter-traction until finger slips back in place to relocate a dislocated finger.
Administer traction and counter-traction until shoulder slips back in place to relocate a dislocated shoulder Insert staples, sutures, or Derma bond depending on type and location of cut to repair skin laceration.
Administer Lidocaine or Epinephrine with a syringed needle, then create opening with scalpel to drain, to treat skin or dental abscess.
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.
Insert an IV catheter and secure with medical tape to provide intravenous access for medications and fluids.
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.
Perform a reduction maneuver gently and slowly, manually with the assistance on another crewmember, to realign a dislocated elbow.
Adjust growing medium mixture, manually to augment automated system, manually via keyboard, when necessary to optimize plant growth.
Adjust/move plant containers/plumbing/reflectors, manually while wearing protective gloves, when necessary to optimize plant growth.
Remove plant material, manually using hand tools while wearing protective gloves, to harvest plants/vegetables for crew consumption.
Monitor plant growth, remotely via video feed to surface habitat, to verify/measure proper functioning of greenhouse.
Monitor plant growth, visually in person, to verify/measure proper functioning of greenhouse.
Respond to puncture of surface habitat/greenhouse/module, manually by retrieving and attaching temporary fast-patch.
Retrieve and don protective fire-fighting ensemble, manually, to prepare for fire emergency in surface habitat or module.
Remove fire extinguisher from bracket in surface habitat or module 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.
Retreat to shielded area of surface habitat with other members of the crew in response to critical radiation event warning.
Remain in shielded area of surface habitat with other members of the crew during critical radiation event.
Program 3-D printer, manually via computer inputs, to fabricate a replacement part for a mechanical system on planet surface.
Operate 3-D printer, manually via computer inputs, to fabricate a replacement part for a mechanical system on planet surface.
Remove and trim object fabricated by 3-D printer, manually using hand tools, to prepare replacement part for a mechanical system on planet surface.
Disassemble 3-D printer, manually using hand tools, to perform routine maintenance/cleaning.
Disassemble 3-D printer, manually using hand tools, to diagnose fault/restore functionality.
Perform monitoring functions in surface habitat or modules to ensure crew and system health during Mars Surface Operations.
Monitor display, visually from inside surface habitat, to verify proper functioning of the Radiation Assessment Detector (RAD).
Monitor display, visually from inside the surface habitat, to verify proper functioning of the weather monitoring station.
Monitor remote-sensing systems, visually from inside the surface habitat, to learn of impending surface weather event (i.e., dust storms).
Monitor atmospheric sampling equipment, remotely from surface habitat, to ensure that data are recorded for later analysis and transmission to MCC.
Monitor balloon sensors/transponders, remotely from surface habitat, to ensure that data are recorded for later review and transmission to MCC.
Monitor radiation-detection systems, visually/aurally, for evidence of Solar Proton and Galactic Cosmic Ray Events (SPE/GCR).
Monitor system displays, visually, to verify normal functioning of power-generation system.
Monitor system displays, visually, to verify normal functioning of surface habitat life support system.
Monitor system displays, visually, to verify normal functioning of telemetry system.
Monitor system displays, visually, to verify normal functioning of surface habitat communication system.
Monitor habitat atmosphere, visually/manually, by checking displays and comparing values to reference documents.
Inspect the footing/base and structural components of the surface habitat/greenhouse/module, visually, from inside the habitat to ensure integrity.
Adjust controls in surface habitat or modules to ensure proper functioning of systems during Mars Surface Operations.
Adjust controls, manually per procedures, to maintain normal functioning of power-generation system.

Adjust controls, manually per procedures, to maintain normal functioning of surface habitat life support system.
Adjust controls, manually per procedures, to maintain normal functioning of telemetry system.
Adjust controls, manually per procedures, to maintain normal functioning of surface habitat communication system.
Adjust controls, manually per procedures, to maintain optimum habitat atmosphere (temperature, CO2, etc.).
Review procedures for emergency mission abort on planetary surface to refresh training.
Review emergency procedures for contingencies (fire, micro-meteorite impact, hull breech, outgassing, ECLS failure, etc.) while on surface to refresh training.
Configure surface habitat computer to support training simulation and task preparation.
Conduct (training) simulation using surface habitat computer to refresh piloting skills for Mars Surface Ascent.
Conduct (training) simulation using surface habitat computer to refresh navigation skills for Mars Surface Ascent.
Conduct (training) simulation using surface habitat computer to refresh communication skills for Mars Surface Ascent.
Read procedures and technical information to prepare for conducting tasks during Mars Surface Ascent.
Conduct final preparation/training tasks to prepare for Mars Surface Ascent.
Connect hose to fittings on fuel storage tanks and Mars Excursion Vehicle (MEV)/Mars Ascent Vehicle (MAV), manually while wearing surface EVA suit, for refueling.
Activate pumps on fuel production system, manually via keyboard input from habitat, to transfer fuel from storage tanks to MEV/MAV.
Enter Mars Excursion Vehicle (MEV)/Mars Ascent Vehicle (MAV), physically while wearing pressure suit, to prepare for launch (Mars Surface Ascent maneuver).
The eighth phase of the mission begins when the crew enters the Mars Ascent Vehicle (MAV) to prepare for launching from the surface of Mars to rendezvous with the interplanetary ship in Mars orbit. Assume approximately 14 hours from ingress to the MAV and shutdown of MAV systems after docking with the interplanetary ship in Mars orbit. A “missed attempt” for rendezvous would add 24 hours to the duration of this mission phase.
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 Ascent maneuver.
Communicate status of systems during Mars Surface Ascent maneuver in heavy buffeting to depart surface for Mars Orbit.
Communicate system status, verbally to crew members using internal communications equipment, during controlled ascent.
Communicate system status, verbally to MCC using external communications equipment, during controlled ascent.
Communicate successful docking with space craft in Mars Orbit, 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.