Course Description
Basic navigation of missions – movement and direction blocks. Key components of a drive system. Use computer code to drive the virtual robot around
– 5 Days: 5 to 7.5 Hours session (60 to 90 mins. per day)
– 5 Innovative Activities Per batch
Learning Outcomes:
– How to perform various turns by changing parameters in their code.
– How to code a combination of touch and gyro sensor-related blocks and navigational blocks.
– Apply math skills to perform different activities.
– Learn to code with virtual robots in a fun interactive environment.
– Students will use different tools to solve problems –distance measurement, angle measurement, restoring position and speed.
– Learn to code with virtual robots using various sensors –ultrasonic, colour, gyro and touch sensors.
– Learn advanced programming concepts like –loops, conditions, variables and functions.
