MC 4213 – ROBOTICS
MODULE 9
Comprehensive Assessment
Learning Objectives
• Assess understanding of Modules 1–8.
• Apply fundamental robotics concepts to practical situations.
• Demonstrate understanding through multiple-choice, identification, essay, and design tasks.
Part A – Multiple Choice
1. Robotics is primarily concerned with: A. Only computer programming B. Design, construction,
programming, and control of robots C. Only mechanical machines D. Internet networking
2. Which component detects environmental information? A. Actuator B. Sensor C. Gear D. Gripper
3. Which component processes sensor information? A. Controller B. Wheel C. Gearbox D. Gripper
4. Which device converts a control command into physical movement? A. Sensor B. Actuator C.
Camera D. Encoder
5. Which configuration uses X, Y, and Z linear axes? A. Cartesian B. SCARA C. Articulated D. Spherical
6. What does DOF mean? A. Degree of Function B. Degrees of Freedom C. Direction of Force D. Digital
Operating Frequency
7. Which device can measure motor position? A. Encoder B. Gripper C. Pneumatic cylinder D. Frame
8. Which is an example of an end-effector? A. Gripper B. CPU C. Battery D. Microcontroller
9. Which control system uses feedback? A. Open-loop B. Closed-loop C. Manual-only D.
Mechanical-only
10. SCARA robots are commonly used for: A. Assembly and pick-and-place B. Weather forecasting C.
Computer networking D. Data storage
Part B – Identification
1. The 'brain' of a robotic system: __________
2. A device that detects information from the environment: __________
3. A device that produces physical movement: __________
4. The number of independent movements available to a robot: __________
5. The tool attached to the end of a robotic arm: __________
6. A robot that primarily uses X, Y, and Z linear movements: __________
7. A robot designed to move around its environment: __________
8. A device commonly used to measure motor position: __________
9. A control system that uses feedback: __________
10. The field involving the design and application of robots: __________
MODULE 9
Comprehensive Assessment
Learning Objectives
• Assess understanding of Modules 1–8.
• Apply fundamental robotics concepts to practical situations.
• Demonstrate understanding through multiple-choice, identification, essay, and design tasks.
Part A – Multiple Choice
1. Robotics is primarily concerned with: A. Only computer programming B. Design, construction,
programming, and control of robots C. Only mechanical machines D. Internet networking
2. Which component detects environmental information? A. Actuator B. Sensor C. Gear D. Gripper
3. Which component processes sensor information? A. Controller B. Wheel C. Gearbox D. Gripper
4. Which device converts a control command into physical movement? A. Sensor B. Actuator C.
Camera D. Encoder
5. Which configuration uses X, Y, and Z linear axes? A. Cartesian B. SCARA C. Articulated D. Spherical
6. What does DOF mean? A. Degree of Function B. Degrees of Freedom C. Direction of Force D. Digital
Operating Frequency
7. Which device can measure motor position? A. Encoder B. Gripper C. Pneumatic cylinder D. Frame
8. Which is an example of an end-effector? A. Gripper B. CPU C. Battery D. Microcontroller
9. Which control system uses feedback? A. Open-loop B. Closed-loop C. Manual-only D.
Mechanical-only
10. SCARA robots are commonly used for: A. Assembly and pick-and-place B. Weather forecasting C.
Computer networking D. Data storage
Part B – Identification
1. The 'brain' of a robotic system: __________
2. A device that detects information from the environment: __________
3. A device that produces physical movement: __________
4. The number of independent movements available to a robot: __________
5. The tool attached to the end of a robotic arm: __________
6. A robot that primarily uses X, Y, and Z linear movements: __________
7. A robot designed to move around its environment: __________
8. A device commonly used to measure motor position: __________
9. A control system that uses feedback: __________
10. The field involving the design and application of robots: __________
