Faculty

Institution

Unit

Venue

Hassan Khaniani

New Mexico Institute of Mining and Technology

Affiliations

College of Engineering

Department of Engineering Science

Department Of Mining And Geological Engineering

Department Of Mining, Environmental And Geological Engineering

New Mexico Institute of Mining and Technology

Petroleum Recovery Research Center

NoneHassan Khaniani is currently serving as a College Of Engineering faculty at New Mexico Institute of Mining And Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Hassan Khaniani

New Mexico Institute of Mining and Technology

You can click a keyword to filter the displayed items

systems engineering robotics unmanned aerial vehicles aerial robotics drones engineering underground coal mines transportation engineering field robotics vehicular technology autonomous robots unmanned ground vehicle path planning unmanned vehicles technology emergency medicine disasters geotechnical engineering fire technology automatic control emergency management aeronautics underground infrastructure evacuation planning underground construction network analysis virtual reality mathematical optimization infrastructure engineering disaster prevention physiological measurements wireless communications intelligent robotic systems environmental safety geophysical prospecting fire safety human robot interaction mobile computing undergrounding ground control network optimization emergency preparedness human exposure positioning systems remote operation space robotics wireless security mine safety intelligent robotics sensor technology smart sensors intelligent sensors real-time collaboration underground space fire engineering fire safety science fire risk analysis autonomous navigation rescue robot mobile communication visible light communication underground environments fire emergencies physiological effects virtual reality headsets precision-landing drone underground gps-denied environment mine search design requirements rescue operations autonomous path planning real-time awareness enhancing safety simulation rig data sensing-assisted communications downlink-uplink symmetry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Egg-Inspired Deployable Environmental Sensors for Autonomous Multi-Agent Path Planning for Uav and Ugv Systems. (2026)

swarm intelligenceunmanned aerial vehiclesroboticssensorsaerial roboticsaerospace engineeringunmanned vehiclesunmanned systemsmultiagent systemsunmanned aircraft systemsunmanned ground vehicleautonomous robots

Electroreceptive Gradient-Following System for Autonomous Drone Landing. (2026)

unmanned aerial vehiclesautonomous drone landingfield roboticsdronesflying robotautomatic controlaerial roboticsaerospace engineeringaerospaceunmanned aircraft systemsautonomous robots

Real-Time Digital Twin Technology for Environmental Monitoring and Risk Prediction in Mines. (2026)

risk predictionsystems engineeringdigital twinningmonitoring technologyindustrial informaticscivil engineeringenvironmental monitoringsensorssignal processingreal-time monitoring

Sensing and Hazard Detection in Autonomous Mine Rescue. (2026)

systems engineeringsensor healthautomatic target recognitionsensorsautonomous mine rescuemining engineeringstructural health monitoringlocalization

Underground Mine Rescue Robotic Systems: Insights Into Human-Robot Information Exchange. Frontiers in Robotics and AI (2026)

systems engineeringroboticsartificial intelligencerescue robothuman robot interaction

Enhancing Emergency Response: The Critical Role of Interface Design in Mining Emergency Robots. Robotics (2025)

systems engineeringroboticsintelligent robotic systemsintelligent robotics

Intelligent Self-Evacuation Path Planning for Fire Emergencies in Underground Coal Mines. Tunnelling and Underground Space Technology (2025)

systems engineeringfire technologyemergency managementemergency preparednessunderground coal minescivil engineeringfire emergenciesdisaster preventionevacuation planningpath planningdisasters

Optimal Altitude Determination for a Flying Drone in an Underground Mine Environment. (2025)

unmanned aerial vehiclesdronessensorsaerial roboticsaerospace engineeringunmanned vehiclesunmanned systemsunmanned aircraft systemsflying robot

Optimal Sequential Node Deployment in Underground Mines With Partial Map Discovery. Tunnelling and Underground Space Technology (2025)

underground infrastructureunderground constructiongeophysical prospectingunderground space

Optimizing Fire Emergency Evacuation Routes in Underground Coal Mines: An Application to Simulation Rig Data. (2025)

fire engineeringfire safety sciencefire technologyunderground coal minescivil engineeringnatural disastersmodeling and simulationunderground constructionfire safetyfire risk analysisgeotechnical engineeringsimulation rig dataevacuation planningengineeringdisasters

1
2
3
10 / page

Hassan Khaniani

New Mexico Institute of Mining and Technology

Affiliations

College of Engineering

Department of Engineering Science

Department Of Mining And Geological Engineering

Department Of Mining, Environmental And Geological Engineering

New Mexico Institute of Mining and Technology

Petroleum Recovery Research Center

NoneHassan Khaniani is currently serving as a College Of Engineering faculty at New Mexico Institute of Mining And Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Hassan Khaniani

New Mexico Institute of Mining and Technology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Egg-Inspired Deployable Environmental Sensors for Autonomous Multi-Agent Path Planning for Uav and Ugv Systems. (2026)

Electroreceptive Gradient-Following System for Autonomous Drone Landing. (2026)

unmanned aerial vehiclesautonomous drone landingfield roboticsdronesflying robotautomatic controlaerial roboticsaerospace engineeringaerospaceunmanned aircraft systemsautonomous robots

Real-Time Digital Twin Technology for Environmental Monitoring and Risk Prediction in Mines. (2026)

risk predictionsystems engineeringdigital twinningmonitoring technologyindustrial informaticscivil engineeringenvironmental monitoringsensorssignal processingreal-time monitoring

Sensing and Hazard Detection in Autonomous Mine Rescue. (2026)

systems engineeringsensor healthautomatic target recognitionsensorsautonomous mine rescuemining engineeringstructural health monitoringlocalization

Underground Mine Rescue Robotic Systems: Insights Into Human-Robot Information Exchange. Frontiers in Robotics and AI (2026)

systems engineeringroboticsartificial intelligencerescue robothuman robot interaction

Enhancing Emergency Response: The Critical Role of Interface Design in Mining Emergency Robots. Robotics (2025)

systems engineeringroboticsintelligent robotic systemsintelligent robotics

Intelligent Self-Evacuation Path Planning for Fire Emergencies in Underground Coal Mines. Tunnelling and Underground Space Technology (2025)

systems engineeringfire technologyemergency managementemergency preparednessunderground coal minescivil engineeringfire emergenciesdisaster preventionevacuation planningpath planningdisasters

Optimal Altitude Determination for a Flying Drone in an Underground Mine Environment. (2025)

unmanned aerial vehiclesdronessensorsaerial roboticsaerospace engineeringunmanned vehiclesunmanned systemsunmanned aircraft systemsflying robot

Optimal Sequential Node Deployment in Underground Mines With Partial Map Discovery. Tunnelling and Underground Space Technology (2025)

underground infrastructureunderground constructiongeophysical prospectingunderground space

Optimizing Fire Emergency Evacuation Routes in Underground Coal Mines: An Application to Simulation Rig Data. (2025)

1
2
3
10 / page