Nigerian school girls builds AI Robot- Details Inside

Okikiola-Sagamu, often known as Kiki-Saggy, is an AI robot created by secondary school students at the Federal Government Students’ College (FGGC) Sagamu, Ogun State. In Abuja, the Permanent Secretary of the Federal Ministry of Education, David Adejo Andrew, was shown the initiative, which featured 10 pupils and a small number of staff members.

The members of the robotics team said that they were chosen from both the senior and junior courses, according to sources. They gave a description of the robot, noting that it is 6 feet tall, 60 kilograms in weight, and has a top speed of 10 kilometers per hour.

Kiki-Saggy can talk, move, and even act, according to the researchers, who claimed that the AI robot project took around seven months.

The creators of Kiki claimed that during the robot’s development, they were able to leverage the power of artificial intelligence and machine learning, which they used to build the machine.

Despite the fact that there had been earlier trials, they claimed Okiki-Saggy was their first “successful trial.” Unfortunately, unlike Kiki, the majority of the earlier robots were unable to advance to the decisive stage.

They also credited Coderina.org, a capacity-building organization that uses robots and other cutting-edge technology to empower young learners and instructors throughout Africa, with their enormous support for their success. They also credited their professors, particularly the principal of the school, Dr. Muyibat Adenike Olodo, who also serves as the team’s coach.

Dr. Olodo emphasized during the launch how technology is fostering innovation and opening the door to a better future. She continued by saying that cutting-edge fields are giving students the chance to exercise their creativity, problem-solving abilities, and technological mastery.

As a result, Kiki-Saggy as it is now is only the beginning. The FGGC robotics team is planning a future with an even better and upgraded version.

describing the potential and improvements that can be done in the upcoming version. Dr. Mrs. Olodo recognized that innovation is an ongoing process, and some college courses are forming the minds of young students and giving them the skills they need to succeed in a society dominated by cutting-edge technologies.

constructing Kiki-Saggy

The AI robot’s functionality and design can be tricky. The FGGC Robotics team had to find a good balance between form and function. These difficulties were faced by the construction team while they built Kiki-Saggy.

The team had to deal with intricate code, budgetary constraints, hardware problems, hole drilling, and even the integration of several components. But conquering them produced satisfying rewards and useful learning experiences.

However, they received some assistance to see the project through, including support from one Madam Lisa in the United States. The FGGC Sagamu robotics team is working to improve Kiki Saggy and is hoping that the Ministry of Education would provide them with assistance and encouragement.

The future of technology is robotics.

There has been noticeable progress in robot technology. Robots are becoming smarter, more capable, more indulgent, and more flexible because of enhanced artificial intelligence algorithms and more advanced sensors and actuators. They can now carefully navigate challenging settings, complete delicate jobs, and even learn from their mistakes.

Additionally, cobots—collaborative robots that may work alongside people to improve productivity and safety in a variety of industries—are becoming more and more popular. The growth of robotics technology seems assured in the future thanks to ongoing study.

Robots are utilized in the healthcare industry for a variety of functions, including surgery, patient care, and rehabilitation. They can deliver drugs, support patients with limited mobility, and help perform accurate procedures. Robots may potentially help with the dearth of medical professionals, especially in rural areas.

Robots are essential to space exploration because they can carry out tasks in hostile conditions. They can be dispatched to investigate other worlds, gather information, and carry out activities that are too risky for humans. Robots like the Mars rovers have taught us a lot about the planets that are close to us.

The future of human-robot cooperation has a lot of promise. Robots are being created to comprehend and react to human emotions, which will make them more perceptive and able to offer specialized assistance. This creates opportunities for connection, caregiving, and improving human well-being in general.

Robotics technology is always evolving, and it’s important to anticipate how robots will impact the future of healthcare, space exploration, and everyday life.

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Samson Ayodeji

I am literally obsessed with technology. I love writing about the latest news in technology in different markets, segments and sectors across the world.

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