Industrial Robotics & Digital Manufacturing - 100 Technical MCQ

A. One year ✓ Correct answer

B. Three years

C. Six months

D. Two years

A. Apparel

B. Capital Goods & Manufacturing ✓ Correct answer

C. Healthcare

D. Automotive only

A. Railway Board

B. Directorate General of Training ✓ Correct answer

C. Bureau of Indian Standards

D. UGC

A. 150 hours

B. 120 hours

C. 240 hours

D. 840 hours ✓ Correct answer

A. 120 hours

B. 40 hours

C. 840 hours

D. 240 hours ✓ Correct answer

A. 1350 hours

B. 840 hours

C. 150 hours

D. 1200 hours ✓ Correct answer

A. 150 hours ✓ Correct answer

B. 120 hours

C. 240 hours

D. 40 hours

A. Industrial Robot License

B. National Trade Certificate ✓ Correct answer

C. National Engineering Degree

D. National Diploma

A. Passed 12th science only

B. Diploma in Engineering

C. Passed 8th class

D. Passed 10th class examination ✓ Correct answer

A. 16 years

B. 12 years

C. 14 years ✓ Correct answer

D. 18 years

A. Only robot speed

B. Only software licensing

C. Only welding current

D. PPE and safe working practices ✓ Correct answer

A. Six Sigma certification only

B. 5-axis machining only

C. 5S ✓ Correct answer

D. CAD rendering

A. Dispose of them safely according to procedure ✓ Correct answer

B. Put them inside the PLC panel

C. Mix them with welding gas

D. Leave them near the robot

A. HMI

B. Personal protective equipment ✓ Correct answer

C. PLC

D. TCP

A. Load unfinished parts into the fixture and remove finished products ✓ Correct answer

B. Design building foundations

C. Repair vehicle engines

D. Operate only a manual lathe

A. Only a welding torch

B. A robot work area with robot, fixtures, safety devices and application/peripheral equipment ✓ Correct answer

C. Only a robot arm

D. Only a PLC cabinet

A. Office printer

B. Hand calculator

C. Domestic refrigerator

D. Safety sensors ✓ Correct answer

A. Only floor markings

B. Only keyboard language

C. Safety sensors, grouting, electrical connections and pneumatic/hydraulic connections ✓ Correct answer

D. Only paint color

A. Only welding wire length

B. Verification that mechanical, electrical and safety conditions are ready for operation ✓ Correct answer

C. Robot paint condition

D. Only program file size

A. Safe startup and shutdown of the robotic system ✓ Correct answer

B. Increasing payload

C. Changing robot configuration automatically

D. Measuring weld bead size

A. Only the drawing title block

B. Only the tool cabinet

C. Only the classroom temperature

D. Robot cell health and safety checkpoints ✓ Correct answer

A. A pneumatic cylinder

B. A welding gas regulator

C. A handheld/operator interface used to teach, operate and program the robot ✓ Correct answer

D. A measuring instrument

A. Teach, Play and Remote ✓ Correct answer

B. CAD, CAM and CAE

C. Weld, Cut and Grind

D. Manual, Lathe and Drill

A. Tool Center Point ✓ Correct answer

B. Total Control Pressure

C. Torque Calibration Program

D. Tool Change Position

A. It changes the robot's electrical supply

B. It establishes the reference point of the robot tool for motion/application work ✓ Correct answer

C. It measures room temperature

D. It replaces the PLC

A. A defined reference used for robot work-coordinate operations ✓ Correct answer

B. A safety shoe

C. A robot motor

D. A type of welding gas

A. Cube, gear and thread only

B. Cylinder, cone and sphere only

C. Arc, ellipse and helix only

D. Box, circle and triangle ✓ Correct answer

A. Only storing attendance

B. Only calculating steel weight

C. Creating and testing robot programs virtually before/alongside physical operation ✓ Correct answer

D. Only editing photographs

A. It eliminates all programming

B. It can help optimize cell structure and reduce rework/procurement risk ✓ Correct answer

C. It replaces every physical robot

D. It removes the need for safety sensors

A. The time to install a safety shoe

B. The time required to complete a defined production cycle/task ✓ Correct answer

C. The time to draw a circle

D. The time to charge a battery

A. It changes the robot payload rating

B. It can improve productivity and process efficiency ✓ Correct answer

C. It changes the material grade

D. It replaces the HMI

A. Only polar coordinate system

B. Joint coordinate system ✓ Correct answer

C. Only geographic coordinates

D. Only GPS coordinates

A. Only machine-room coordinates

B. Only GPS coordinates

C. Only cylindrical tank coordinates

D. Rectangular coordinate system ✓ Correct answer

A. Electrical coordinate system

B. Building coordinate system

C. Gas coordinate system

D. Tool coordinate system ✓ Correct answer

A. User or object coordinate system ✓ Correct answer

B. Only world GPS system

C. Only tool coordinate system

D. Only joint coordinate system

A. Robot alarm codes

B. PLC memory types

C. Welding gases

D. Coordinate axes used to define position in space ✓ Correct answer

A. Measuring a workpiece with a micrometer

B. Manually moving the robot through controlled axis/coordinate commands ✓ Correct answer

C. Replacing a fuse

D. Changing the welding gas

A. Only welding mode

B. Axis mode / joint mode ✓ Correct answer

C. Only simulation mode

D. Only automatic mode

A. A measuring scale

B. A floor anchor

C. An application tool attached to the robot for performing a task ✓ Correct answer

D. The robot controller cabinet

A. HMI screen

B. Earthing cable

C. PLC rack

D. Gripper ✓ Correct answer

A. Mechanical micrometer

B. Hydraulic gauge only

C. Magnetic compass

D. Pneumatic gripper ✓ Correct answer

A. Vacuum gripper ✓ Correct answer

B. Pneumatic clamp only

C. Servo-electric gripper

D. Hydraulic pump

A. Manual clamp

B. Vacuum gripper

C. Servo-electric gripper ✓ Correct answer

D. Pneumatic gripper

A. Only the robot paint color

B. Only the classroom size

C. Application and workpiece requirements ✓ Correct answer

D. Only the operator's shoes

A. A drawing projection

B. A PLC programming language

C. A welding defect

D. A robot handling operation that picks a part and places it at another location ✓ Correct answer

A. Lathe threading

B. Manual filing

C. Sheet-metal bending only

D. Part transfer ✓ Correct answer

A. Palletizing ✓ Correct answer

B. Reaming

C. Boring

D. Facing

A. Measuring weld bead hardness

B. Measuring robot coordinates

C. Displaying HMI graphics

D. Controlling fluid/air flow to an actuator such as a pneumatic gripper ✓ Correct answer

A. Check valve only

B. Gate valve only

C. Proportional valve ✓ Correct answer

D. Needle gauge

A. Increase robot payload

B. Measure weld voltage

C. Prevent/limit operation when required pneumatic pressure is too low ✓ Correct answer

D. Change TCP automatically

A. Measuring metal density

B. Charging a battery

C. Exchanging control/status signals between the robot and external devices ✓ Correct answer

D. Changing drawing paper size

A. PLC ✓ Correct answer

B. Power drill

C. Oscilloscope only

D. Micrometer

A. Providing welding gas

B. Industrial control and communication with cell devices ✓ Correct answer

C. Measuring surface roughness only

D. Holding the robot physically

A. Heat Measurement Instrument

B. Hydraulic Machine Indicator

C. Human Machine Interface ✓ Correct answer

D. High Motor Input

A. PLC and robot communication ✓ Correct answer

B. Only a hand tool

C. Only a micrometer

D. Only a welding torch

A. Programming TCP

B. Measuring robot angle

C. Checking weld gas

D. Moving parts/material between process locations ✓ Correct answer

A. Measure robot coordinates

B. Deliver the welding process at the robot tool position ✓ Correct answer

C. Hold a PLC module

D. Provide compressed air only

A. Only temperature and pressure

B. Voltage and amperage ✓ Correct answer

C. Only speed and weight

D. Only length and area

A. Gripper pressure commands

B. Robot coordinate systems

C. Arc welding control commands ✓ Correct answer

D. PLC arithmetic commands

A. Pneumatic pressure settings

B. Robot startup passwords

C. Welding weave control commands ✓ Correct answer

D. Drawing dimensions

A. To improve welding quality and address defects ✓ Correct answer

B. To change the robot's physical payload

C. To replace the PLC

D. To change drawing projection

A. Only drawing errors

B. Only software bugs

C. Only painting defects

D. Identification of welding defects and basic correction ✓ Correct answer

A. A gripper material

B. A drawing paper size

C. A method of controlling coordinated motion/path between programmed positions ✓ Correct answer

D. A type of PPE

A. Move L

B. Move J ✓ Correct answer

C. Move S

D. Move C

A. Move J

B. Move L ✓ Correct answer

C. Move S

D. Move C

A. Move C ✓ Correct answer

B. Move L

C. Move S

D. Move J

A. Move J

B. Move S ✓ Correct answer

C. Move L

D. Move C

A. Only manual and auto

B. Only PTP and drilling

C. PTP, Linear, Circular and Spline ✓ Correct answer

D. Only welding and cutting

A. A measuring instrument

B. An intermediate programmed point used in the robot path ✓ Correct answer

C. A PLC fuse

D. A welding gas setting

A. A programmed location associated with carrying out the application/process ✓ Correct answer

B. A drawing title block

C. A PLC terminal only

D. A safety shoe position

A. Inspection mode

B. Drawing mode

C. Calibration-only mode

D. Moderate speed mode ✓ Correct answer

A. To change material properties

B. To increase payload

C. To verify the robot follows the intended path and reduce safety/production risk ✓ Correct answer

D. To eliminate all sensors

A. Measuring cycle time

B. Bringing a robot program file from an external source into the robot system ✓ Correct answer

C. Deleting all robot programs

D. Changing robot paint

A. Saving an existing robot program to an external device ✓ Correct answer

B. Setting air pressure

C. Measuring a weld bead

D. Changing a gripper

A. Replacing the safety fence with a file

B. Measuring floor area

C. Selecting an existing program from the system file location ✓ Correct answer

D. Changing a motor bearing

A. Measure air pressure

B. Select PPE

C. Change the robot's mechanical base

D. Understand its structure and execution before operating/modifying it ✓ Correct answer

A. Changing robot color

B. Increasing file size

C. Replacing the safety sensor

D. Improving robot motion path to reduce unnecessary movement and improve cycle time ✓ Correct answer

A. Output produced relative to the resources/time used ✓ Correct answer

B. Robot payload only

C. Drawing size only

D. PLC voltage only

A. To define TCP

B. To set X-axis

C. To understand the cost of carrying out the operation/process ✓ Correct answer

D. To select safety shoes

A. A pneumatic hose

B. A PLC cabinet

C. A physical welding table

D. A simulated workspace in which robot components and operations can be created/tested ✓ Correct answer

A. A replacement for all safety systems

B. A communication/control path between simulation and the real robot when configured appropriately ✓ Correct answer

C. A method to change material grade

D. A way to measure room humidity

A. A hand tool

B. A measuring gauge

C. A modern industrial approach involving connected, digital and automated manufacturing systems ✓ Correct answer

D. A type of welding electrode

A. Grinding a tool

B. Physically moving the robot by hand

C. Monitoring robot/system status through a remote connectivity setup ✓ Correct answer

D. Measuring a part with a micrometer

A. Changing the drawing format

B. Repair only after a major breakdown

C. Increasing robot speed without inspection

D. Planned maintenance performed to keep equipment reliable and reduce faults ✓ Correct answer

A. Drawing ink

B. PLC paint

C. Lubrication oil ✓ Correct answer

D. PPE fabric

A. Only its package label

B. Only its storage box size

C. Only its color

D. Condition and replacement when required ✓ Correct answer

A. Only the robot TCP

B. Only the HMI brightness

C. Gas availability/condition and proper supply for the process ✓ Correct answer

D. Only the floor marking

A. Checking for pneumatic leakages in operating fixtures ✓ Correct answer

B. Checking robot paint

C. Checking drawing paper

D. Checking room temperature only

A. Only the welding table

B. Only the keyboard

C. Only the measuring scale

D. All safety sensors ✓ Correct answer

A. Pressure switch

B. Thermometer

C. Ammeter

D. Outside micrometer ✓ Correct answer

A. HMI

B. PLC

C. Welding regulator

D. Vernier caliper ✓ Correct answer

A. Steel hammer

B. Spirit level

C. Laser pen

D. Inside micrometer ✓ Correct answer

A. Programming the robot

B. Providing compressed air

C. Controlling welding current

D. Supporting cylindrical workpieces for inspection or layout ✓ Correct answer

A. Programming PLC logic

B. Providing a flat reference surface for measurement, inspection and layout ✓ Correct answer

C. Generating welding gas

D. Moving the robot

A. Level/horizontal condition of a surface or setup ✓ Correct answer

B. Welding wire diameter

C. Robot program syntax

D. PLC memory

A. Part temperature

B. Applied tightening torque ✓ Correct answer

C. Robot coordinate X

D. Welding gas pressure only

A. Programming a robot

B. Controlling HMI

C. Lifting/handling loads within its rated capacity ✓ Correct answer

D. Measuring thread pitch

A. Increase robot payload

B. Control gripper fingers directly

C. Measure robot coordinates

D. Provide electrical isolation between circuits for safer/appropriate power arrangements ✓ Correct answer

A. PLC panel

B. Air compressor ✓ Correct answer

C. Welding table

D. Surface plate

A. Supporting the robot mechanically

B. Measuring workpiece mass

C. Operator interface and monitoring/control interaction with the cell ✓ Correct answer

D. Holding welding wire

The questions follow the topics of the DGT CTS 2.0 curriculum for the trade. Always check the latest syllabus and your state or institute notices, because trade lists and weightage can change.

There are 100 multiple-choice questions with one correct option each. The quiz shows your score at the end; there is no negative marking on this practice page.

After each answer read the explanation, note the fact in your own words, and revisit the questions you missed in the answer key below. Repeating the set after a few days works better than reading it once.