IntroductionBrief History of Robots in ConstructionTypes of Robots Used in ConstructionDemolition RobotRobotic BricklayersRobotic WeldersExoskeletonsContour Crafting and 3D PrintingDronesHuman-like RobotsAdvantages of Robotics in ConstructionAssisting in Addressing the Construction Industry’s Skills GapUtilizing Off-site Production to Accelerate the ProcessImproving the Effectiveness of SitesCreating Safer Working ConditionsAutomating Drilling, Digging, and Moving DirtEntering Perilous and Harsh PlacesCase Studies of Robotics in ConstructionCase Studies on Glazing Robot Technology on Construction SitesCase: Hybrid Motioned Curtain-wall Glazing Robot (HCGR)Motion ManipulatorControl StrategyField TestCase: Glass Ceiling Glazing Robot (GCGR)Robot HardwareRobot ControlField TestCase Study: Robotic Cell for Construction Scotland Innovation CentreEnd Effector for the Vision SystemGripper End Effector for WindowsInserting a NailSlot CutterCutting-edge SpindleChallengesRobotics in Construction: Site Surveying and MappingCharacterization of Construction Sites in Multi-modal FormPlanning for the Exploration and Structural Inspection PathExperimental VerificationRobotics in Construction: Demolition and ExcavationUses of Demolition RobotDemolition Robot BenefitsRobotics in Construction: Building and AssemblyPrefabrication and Modular ConstructionBricklaying and Masonry3D Printing ConstructionStructural AssemblySite RobotizationSafety EnhancementsCustomization and Design FlexibilityData AnalyticsRobotics in Construction: Inspection and MaintenanceUnmanned Aerial Vehicles (UAVs)Unmanned Ground Vehicles (UGVs)Robots that Climb WallsRobots that Climb CablesMarine RobotMicrobots with HingesLegged RobotCombined RobotsMultiple-Robot SystemsReferences