Robotics Engineer Robotics EngineerRobotics FundamentalsRobot Components and SystemsKinematics and DynamicsSensors and PerceptionControl SystemsRobot ProgrammingMechanical EngineeringMechanics and StructuresMaterial ScienceMechanisms and ActuatorsRobotics ManipulatorsRobot Design and PrototypingElectrical EngineeringCircuits and ElectronicsDigital SystemsControl Systems and SignalsPower ElectronicsRobotics Sensors and ActuatorsComputer ScienceProgramming Languages (C/C++, Python, MATLAB)Algorithms and Data StructuresComputer Vision and Image ProcessingMachine Learning and AIReal-Time SystemsAutonomous SystemsNavigation and Path PlanningLocalization and MappingSimultaneous Localization and Mapping (SLAM)Sensor FusionAutonomous Control SystemsRobotics ApplicationsIndustrial RoboticsMedical RoboticsHumanoid RoboticsUnmanned Aerial Vehicles (UAVs)Autonomous VehiclesRobotics Software DevelopmentRobot Operating System (ROS)Simulation and Modeling Tools (Gazebo, V-REP)Software Architecture for RoboticsPerception and Mapping Libraries (OpenCV, PCL)Motion Planning and Control Libraries (MoveIt, ROS Navigation)Robotics Ethics and SafetyEthical Considerations in RoboticsHuman-Robot InteractionSafety Standards and RegulationsRisk Assessment and MitigationRobotic System Testing and ValidationProject ManagementProject Planning and SchedulingResource ManagementBudgeting and Cost ControlRisk ManagementCommunication and Collaboration Skills