13-year-old builds robot that can solve Rubik's Cube
What's the story
A 13-year-old student from St. Malachy's College in North Belfast, has successfully built a Lego robot capable of solving a Rubik's cube.
The young innovator, named Ruarcc, began developing prototypes for this innovative project last year.
His creation was facilitated by the launch of his school's Creative Digital Technology Hub (CDTH) in 2023.
Technical details
A marvel of Python coding and color sensors
Ruarcc's robot is a marvel of technology, powered by 5,000 lines of Python code and equipped with color sensors. It can solve the Rubik's cube from any pre-set variation.
This achievement aligns with the young inventor's career aspirations in the IT industry, potentially as a software engineer.
"Now that it's working, it's really rewarding," Ruarcc told BBC News NI.
Doubts dispelled
Teacher's initial skepticism turns into admiration
Clare McGrath, a teacher at St. Malachy's College, initially expressed skepticism about the functionality of Ruarcc's robot.
However, her doubts were soon dispelled when she saw the robot in action.
"He showed me it working; there's 5,000 lines of Python code; no matter what way you mix it up, the robot will solve it," she said.
Educational approach
St. Malachy's College fosters creativity with new curriculum
Following the launch of the CDTH, St. Malachy's College introduced a new Key Stage Three curriculum that includes programming Lego robots using block-based coding.
McGrath, who is also the senior leader for creative skills at the college, encourages students to explore various programming methods online once they have mastered the basics.
This approach aims to foster creativity and innovation among students.
Hub usage
CDTH: A platform for digital skill development
The CDTH, an initiative proposed by school principal Paul McBride, is now a platform for students and staff from various North Belfast schools to hone their digital skills.
The project received financial support from the Belfast Charitable Society and the James Kane Foundation.
"By the end of our third year, we'll have 6,000 students and over 100 staff using the facilities," McBride stated.