30 Robotics Interview Questions and Answers | Advanced Robotics, ROS, Kinematics, Control Systems скачать в хорошем качестве

30 Robotics Interview Questions and Answers | Advanced Robotics, ROS, Kinematics, Control Systems

This video covers the Top 30 Robotics Interview Questions and Answers for robotics engineers, automation engineers, and ROS developers. If you are preparing for a Robotics Engineer, Automation Engineer, ROS Developer, or Mechatronics Engineer interview, this video provides clear, technical, and industry-level explanations to help you succeed. In this video, we cover advanced topics such as: Robot kinematics & dynamics Forward & inverse kinematics Jacobian, singularities, and redundancy PID, impedance control, MPC SLAM, localization & sensor fusion ROS fundamentals Industrial vs. collaborative robots Actuators, encoders, and control systems Visual servoing, force/torque sensing, and more! Perfect for robotics job interviews at companies working in automation, manufacturing, AI-driven robotics, autonomous vehicles, control systems, and industrial robotics. 00:00 - Introduction 00:06 - Question 1: What are the main components of a robotic system? 01:06 - Question 2: Explain the difference between forward and inverse kinematics. 02:05 - Question 3: What are singularities in robotic manipulators? 03:04 - Question 4: What is the Jacobian matrix used for in robotics? 04:03 - Question 5: Explain PID control in robotics and its limitations. 05:02 - Question 6: What is the Denavit–Hartenberg (DH) convention? 06:01 - Question 7: What is trajectory planning and why is it important? 07:00 - Question 8: Explain the difference between SLAM and localization. 07:59 - Question 9: What are the main types of robotic actuators? 08:58 - Question 10: How do you handle sensor noise in robotic systems? 09:57 - Question 11: What is impedance control? 10:56 - Question 12: What is ROS (Robot Operating System) and why is it important? 11:55 - Question 13: Explain the concept of “degrees of freedom” (DOF). 12:54 - Question 14: What is a redundant robot? 13:53 - Question 15: What are the main challenges in robot perception? 14:52 - Question 16: What is path planning and how does it differ from trajectory planning? 15:51 - Question 17: Explain force/torque sensing and its applications. 16:50 - Question 18: What is model predictive control (MPC) in robotics? 17:48 - Question 19: What is the purpose of calibration in robotics? 18:47 - Question 20: Explain sensor fusion with an example. 19:46 - Question 21: What is a servo motor and why is it used in robotics? 20:45 - Question 22: What is collision detection in robotics? 21:44 - Question 23: What are the differences between industrial robots and collaborative robots (cobots)? 22:43 - Question 24: Explain the concept of robot workspace. 23:42 - Question 25: What is visual servoing? 24:41 - Question 26: What is the role of encoders in robotics? 25:40 - Question 27: What are hybrid position/force control systems? 26:39 - Question 28: What is teleoperation? 27:38 - Question 29: Describe compliance in robotic manipulators. 28:37 - Question 30: What trends are shaping the future of robotics? #robotics #ros #interviewquestions #engineering #roboticsengineering