Tag: robotics

  • Lagos, group empower girls with special needs in Robotics

    Lagos, group empower girls with special needs in Robotics

    In a bid to empower girls with special needs in the innovative field of robotics, a non-profit organisation, TechFam, in collaboration with Lagos State Ministry of Basic and Secondary Education, held an inclusive programme, “EnergiseHER FEMME Robotics competition” for females within the ages of 10 to 18.

    The event, which was held at Teslim Balogun stadium in Surulere, Lagos, covered schools in the six education districts in the state.

    Education District IV came first in the competition, with each team member awarded HP Laptop and N100,000 scholarships. Phone Tablets and smart phones were awarded to the second and third winners from Education District III and V.

    According to TechFam Founder, Ms. Kelechi Udeh, including girls with special needs involves promoting diversity and reinforcing the belief that every girl-child has the potential to excel in Science, Technology, Engineering and Mathematics (STEM). She also called for inclusion of girls with disability in technology.

    “We shouldn’t create a disparity between children with disability and the others. Every child should be given equal opportunity in technology and every aspect of education. This is why Techfam is doing what we are doing.

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    “Techfam is all about inclusivity in technology, creating opportunities for African women in technology. The last Robotic competition we had, the girls that came first were from special school. We later discovered that two of them are deaf and dumb. That inspired us to take step further. That prompted us to look out for special schools and create opportunity for them to be part of what we are doing and amazingly, they were excited about this. They are breaking barriers,” she stated.

    Commissioner for Basic and Secondary Education Lagos State, Mr. Tolani Jamiu, noted that the current national curriculum has been reviewed to incorporate robotics, thereby creating rooms for creativity among youths.

    “There’s is no way we can run away from the fact that globalisation has caught up with us when it comes to technology. We will give the necessary support to ensure the continuity and the sustainability of this programme. We should encourage our students to learn more and be innovative, to see tomorrow from now because whether we like it or not, ICT is our tomorrow,” he said.

  • FG to bridge digital gaps with AI, Robotics, big data deployment

    FG to bridge digital gaps with AI, Robotics, big data deployment

    The federal government has announced its resolve to bridge digital gaps in the country with the deployment of Artificial Intelligence, (AI), Robotics, Big data and Internet of Things (IoT) among other technological innovations.

    The Minister of Communications, Innovations, and Digital Economy, Bosun Tijani who disclosed this also said the government would adopt modern technologies to achieve Sustainable Development Goals (SDG) in line with the United Nations programme for developing countries.

    The Minister made the remarks at the Digital Economy Complex, Mbora, Abuja during a stakeholders workshop preparatory for the United Nations General Assembly (UNGA), summit coming up in September this year.

    Tijani was represented by the Permanent Secretary in the Ministry, Engr Faruk Yabo. The workshop had the theme: “Stakeholders’ Workshop to Review Nigeria’s Statement to the Global Digital Compact (GDC).”

    Read Also: Brace up for AI, robotics, automation threats, CIPM boss charges workers

    The Minister said Nigeria would focus on “digital transformation and digital revolution which are largely informed by the megatrends such as climate change, which many countries of the world are confronted with, including desert encroachment, Covid-19 pandemics, global conflicts and economic meltdown.”

    A statement signed by the Head of Media in the Ministry, Kania Maliki Andeyaba, quoted the minister as saying that “technology stands out as a pivotal piece of solution that will help to deal with the myriad of issues.”

    “It is extremely important for Nigeria to key into the global drive in order to accelerate the expansion of access to closing the gap by bringing about inclusivity and the adventure of AI, Robotics, Internet of Things, Big Data, etc. which every nation must find itself in the entire ecosystem”, the Minister said.

    The minister announced that Nigeria would focus on closing all digital gaps and accelerate progress across the Sustainable Development Goals and expand inclusion and benefits from the digital economy for all.

    The Minister further highlighted that the country’s efforts would foster an inclusive, open, safe, and secure digital space that respects, protects and promotes human rights.

    And while advancing equitable and interpretable data governance, it would also enhance international governance of artificial intelligence, and emerging technologies for the benefit of humanity.

  • Starfield College pupil wins Robotics competition

    Starfield College pupil wins Robotics competition

    A senior secondary school pupil of Starfield College, Lagos, Miss Aduragbemi Sanyaolu, has emerged the first runner up in the ITGEN Robotics Competition for SSS students in Lagos at the weekend.

    The keenly contested competition had participants who emerged finalists at their various school levels slug it out at the final event.

    The six secondary schools that participated in the competition were Starfield College, Honeyland College, Baruwa Campus, Viscum College, Chessington College, Joen College and Riverside College.

    The six contestants were given 40 minutes to come up with a robotic design that seeks to bring about a solution to a societal problem

    At the end of the 40-minute exercise, the panel of judges selected the best three projects using the yardsticks of problem identification and solution that best identified the challenges among secondary school.

    An elated Sanyaolu whose Robotics project was on effects of bullying among secondary school students said she chose the topic as a result of the rising wave of bullying in schools.

    She said bullying has a lot of psychological effects on pupils which often leads to loss of concentration and fear.

    She urged victims of bullying not to keep quiet but speak out so they could be counseled and the perpetrators brought to justice.

    Read Also: Brace up for AI, robotics, automation threats, CIPM boss charges workers

    The Star prize winner,Ugbaji Testimony from Honeyland School,Baruwa Campus, was presented with a cheque of N200,000 while the first runner up,Aduragbemi Sanyaolu from Starfield College won a bed side fridge and the second runner up, Stephanie Humphrey from CiscumCollege won a rechargeable fan.

    According to the organisers, ITGEN Robotics training programmes are designed to ignite students’ interest in technology and engineering.

    ‘‘Our curriculum covers everything from basic mechanics to advanced programming, equipping students with the skills to innovate and excel in the future of robotics. Join us to build, program, and explore the possibilities,’’.

    ITGEN also hosts exciting national competitions to inspire creativity and skill-building across all educational levels.

    ‘‘Primary schools can participate in the “Fastest Fingers” competition, while secondary students tackle the “ITGEN Creative Challenge.” Not to be left out, teachers vie for victory in the “ITGEN Football Challenge.” Join us to compete and excel,’’.

    Speaking at the prize presentation to the assembly of students on Monday, Principal Starfield College(senior school) Mrs.Sarah Oyinloye, while congratulating Sanyaolu for bringing glory and honour to the school urged other students to put in their best in whatever they do.

    “Sanyaolu has proved that with determination, nothing is impossible. For weeks she toiled day and night, sometimes sleeping as late as 3am to emerge victorious in the competition.

    She kept on pushing hard, engaging her Robotics teacher and asking relevant questions where she isn’t clear. Today, she has the result to show for her efforts,”.

    She challenged other students, saying there is a gift deposited in everyone and all that needs to be done is to identify that talent and build on it.

  • 150 pupils get robotics training

    150 pupils get robotics training

    A total of 150 pupils, who were trained on robotics, have graduated from Olusegun Coding 2.0 robotics and coding training, which held in Obalende Local Council Development Area (LCDA) in Lagos State.

    The participants, who completed the free 10-day course, were trained in web development, robotics, game development, graphics design, catering, artificial intelligence, computer and coding at  the second edition of the programme.

    The programme initiator, Hon. Olusegun Idowu, said when children have tech skills, they will be able to compete globally with their peers. He urged them to remain committed, adding that they will be able to work remotely in the 21st century workplace.

    He said:”In  the first edition last year,  about 120 children participated and the impact was enormous. Today, you could see the winners for last year expressing themselves confidently  and explaining how to develop website, robotics, Artificial Intelligence,among others.

    “When we got the feedback on the first edition, we decided to that the  Olusegun Coding Class  should go beyond Obalende constituency and allow people from other local government in Lagos State to take part. Therefore, children from, Ikeja, Ogba, Ketu, Lekki were accommodated and they acquired IT knowledge which is  relevant to the global economy.

    Idowu said 500 children applied, only 150 were picked after an examination in which applicants must score 7 out of 10.

    He said the initiative was a means of giving back to his Obalende constituency where he was born and raised.

    Read Also: Tech hub trains Adamawa kids on robotics, coding, others

    ” I feel that this is what I can give  to my community to support the children who don’t know what coding is and this an avenue to catch them young,” he said.

    He urged  government  to introduce coding in public schools. He also stressed the need for  the government to start training  public school teachers on Information Technology for them to be able to teach coding.

    “For next edition, we are expanding, we are planning to have 2 training centres that can accommodate more participants,” he added.

    Director Foster Private Schools, Obalende, Mr. Patrick Foster, said the  school partnered with Idowu to organised the coding and robotics classes. He urged government to support schools offering the course.

  • Benefits of artificial intelligence and robotics

    We often hear that technology is the foundation of civilisation, but what is technology? Technology is mainly organised practical knowledge. In this modern era, this knowledge is produced and organised based on scientific principles. These scientific principles have so far been the most robust way to discover knowledge and propagate technology.

    Essentially, the scientific method lets us know that the knowledge is right and thus can be relied upon. This feature of reliability of the scientific method thus allows us to build upon the knowledge as solid foundations and aggregate over time very complex concepts that seem like magic to the layman. It is important for us to understand that modern technology can provide consistent, robust solutions that will help tackle society¼s problems. Bringing this to the Nigerian context, it is that the best way to leverage this technology in the medium and long term is to own it and aim to develop internal capabilities to handle it., we understand technology from first principles and we become original authors and not just recipients and buyers of technology.

    Given the achievements of Nigerians outside the country, the task of developing internal capacities is very possible. By developing internal capabilities, I would love to see a Nigeria that defines itself as scientific. I would love to see a Nigeria in which scientific development is just one more of the great things we are known for. I would love to see a Nigeria where the average citizens can clearly see themselves become scientists, engineers, biologists that invent and contribute original content, who dare to lead and challenge more advanced countries in the science field. Right now, science and technology have a reputation in Nigeria that we need to change. On the international stage, we have proven that the African is capable of self-rule and developing technology. We have already proven that Africans are capable of achieving the highest standards of education.

    This will enable us take our rightful place among the respected civilisations. The benefits of unlocking our potential in technology are enormous. Thus, I am proposing a vision for Nigeria to be the first technologically developed black nation. Under this vision, religion, ethnicity, and anything else that separates us do not matter. All that matters is progress, practical justice and allegiance to this collective vision.

    For this vision to come true, we need to develop home-based technology. For Nigeria to become the first developed black nation, we need a scientific revolution. By scientific revolution, I mean we need to become a society guided by reason and evidence. Since we are a deeply religious nation, I have to mention that we do not necessarily need religion in a way that introduces dogma, narrow-mindedness, and a disregard for reason and common sense.

    We use religion in a very illogical way that is guided more by wishful thinking than by reality. While religion can provide solace and comfort, it is sometimes used as a form of euphemism allowing us to make sense of the miracles of the world. At the very least, even though one may disagree with my view on the way we use religion, it should be clear that we need to put aside our religious differences and transit from believing in myths to working with facts and reason. Often, being religious in this clime is guided by fear of damnation, but this world does not belong to timid souls.

    Instead, we need to be guided by a positive force, truth based on evidence. With truth, we see that regardless of whether there is heaven, hell or nirvana, humans have intrinsic dignity which when respected unlocks their full potential for the benefit of all. So, human rights and many other values monopolised by religion are fundamental human values regardless of religion. By realising this, we remove dogma when relating to our fellow man. We need to be courageous enough to see reality as it really is and not as we wish it to be, and the scientific method can help us in establishing truths. If it doesn’t pass, we refine the assumptions we made about reality and learn from the programme¼s outcomes in a consistent and continuous manner until we get it right.

    We must perceive the world and reality clearly, and our foundation should be the truth. Furthermore, we need to choose, choose because it is entirely up to us Nigerians to prioritise the advancement of our civilisation. Our values need to be that we are for truth and science. We need to give ourselves permission to be a great nation. I firmly believe that we Nigerians are not stupid but are simply misdirected in our value system. If we are being truthful, we will realise that it is not only our leaders who are responsible for the current state of affairs.

    We too, who remain silent and docile, are responsible, if not more so. By remaining silent, we give permission to the unjust. If we are living by the truth, we will realise that justice, peace, zero tolerance for tribalism, intolerance of corruption, hard work, humility all pay good dividends. These are not just theoretical concepts, they work. The west is not made up of magical beings; they are simply consistent practitioners and disciples of these values. The phenomenal transformation of Singapore to one of the greatest countries in the world even though they have no natural resource, wasn’t done by magical beings. They chose to believe in and abide by the principles of freedom, rule of law, and evidence-based governance.

    Let our problem be about achieving near zero per cent malaria outbreak. Let our challenge be at a higher level than mere survival. We need to choose not to be satisfied with the status quo, even though we complain a lot. This is because we mostly do nothing about the status quo, especially those with the ability to make a difference. Those who are in the position to affect changes are for the most part not doing so. They are saying, “my core value is my nonguaranteed personal security and comfort over the chance of lifting up civilisation”.

    I specifically mentioned that personal security is non-guaranteed because all the money in the world will not save a rich man who travels by road from an oil tanker that explodes on the high way, simply because due diligence was not taken by the driver of the tanker. Wealth will not save the rich and powerful from a random explosion by suicide bombers. A part of the scientific revolution I am enthusiastic about is AI and Robotics because it is very achievable since it does not rely on too much infrastructure. At the bare minimum, one only needs a computer, internet, and electricity.

    By robotics, I am referring to the software aspect of Robotics, which includes computer vision, natural language processing, and software process automation. I will use AI alone to refer to both AI and software-based robotics. AI has immerse capabilities to transform across sectors. AI can help in scheduling power load distribution optimally across homes. It can revolutionise marketing, logistics, insurance, legal systems, and power fraud detection. Its benefits are monumental and would help make society run more efficiently.

    The first trillion dollar companies in the world became so because of the power of AI. Again as already mentioned, our best approach in leveraging this opportunity is to develop our own internal capabilities. It is of paramount importance for Nigeria to prioritise developing internal capabilities in these technologies if we are to develop. We can not and must not rely on external technology even though these technologies may seem quicker to deploy. The cost of depending on external technologies is higher in the medium and long run and we must discourage the approach.

    AI is an interesting field because  its implementation depends on local knowledge making Nigerians the perfect candidates to develop the country’s own solution. With the scientific approach already highlighted, we Africans can and ought to become leaders in Artificial Intelligence and Robotics.

     

    • Dr. Ezeh, a Nigerian, is an expert in artificialintelligence and robotics.
  • Robotics, drone expenditure to hit $115.7b this year

    Robotics systems’ service spending will be spread across systems integration, application management and hardware deployment, the International Data Corporation (IDC) has said.

    Robotics systems’ service spending will be spread across systems integration, application management and hardware deployment, says IDC.

    This is according to the Worldwide Semiannual Robotics and Drones Spending Guide, conducted by data analytics firm IDC.

    The report predicts global spending on robotics systems and drones will reach $210.3 billion by 2022, with a compound annual growth rate (CAGR) of 20.2 per cent.

    “Robotics systems will be the larger of the two categories throughout the five-year forecast period, with global robotics spending forecast to reach $103.4 billion in 2019, while drones will total $12.3 billion. Robotics systems will be dominated by hardware purchases, with nearly two-thirds of all spending going towards robotic software systems, after-market robotics hardware, and system hardware,” notes IDC.

    Purchases of industrial robots and service robots will account for nearly 30 per cent of the category total in 2019. Robotics-related software spending will largely go towards purchases of command and control applications and robotics-specific applications, according to IDC.

    Discrete manufacturing will be responsible for nearly half of all robotics systems spending worldwide in 2019, generating $50.2 billion in revenue. The next largest industries for robotics systems, notes the report, will be process manufacturing, resource industries, healthcare and consumers.

    Research Director of Worldwide Robotics at IDC, Dr Jing Bing Zhang, said: “Industrial robotics continue to top the technology investment priorities of manufacturing organisations across all major markets surveyed by IDC in 2018.

    “While the looming trade war between the US and China is likely to dampen the market growth slightly in the near term, we expect the growth trend to pick up from 2020 onward.”

    Services spending, according to the report, will be spread across several segments, including systems integration, application management, and hardware deployment and support. Software spending is forecast to grow at a slightly faster rate (21.7 per cent CAGR) than services (19 per cent CAGR) or hardware (18.2 per cent CAGR) spending.

    Investments in drones will total $12.3 billion in 2019, but are forecast to grow at a faster rate (30.6 per cent CAGR) than robotics systems (18.9 per cent CAGR) by 2022, according to the report.

    IDC predicts industry spending on drones in 2019 will be led by utilities ($1.4 billion), construction ($1.05 billion) and discrete manufacturing ($913 million). The industries that will experience the fastest growth in drone spending over the five-year forecast period will be federal/central government (56per cent CAGR), education (51 per cent CAGR), and retail (42.01 per cent CAGR).

    research manager, Customer Insights & Analysis, Stacey Soohoo, said: “The market is working to simplify the use and integration of drones with efforts ranging from enabling new drone applications through improved technological capabilities to understanding the regulatory implications of drones and the viability of these applications.

    “Drones are developing new skills, coupling 3D mapping and fully autonomous navigation capabilities with rapid improvements in battery performance and air-traffic management systems. Drone adopters continue to search for a safe, cost-efficient and repeatable drone solution that can be easily implemented in a variety of situations and use cases.”

    Drone software spending will primarily go to command and control applications and drone-specific applications, while services spending will be led by education and training and will see the fastest growth (35.9 per cent CAGR) over the five-year forecast, followed by software (33.9 per cent CAGR) and hardware (301 per cent CAGR).

  • Robotics, drone expenditure to hit $115.7b this year

    Robotics systems’ service spending will be spread across systems integration, application management and hardware deployment, the International Data Corporation (IDC) has said.

    Robotics systems’ service spending will be spread across systems integration, application management and hardware deployment, says IDC.

    This is according to the Worldwide Semiannual Robotics and Drones Spending Guide, conducted by data analytics firm IDC.

    The report predicts global spending on robotics systems and drones will reach $210.3 billion by 2022, with a compound annual growth rate (CAGR) of 20.2 per cent.

    “Robotics systems will be the larger of the two categories throughout the five-year forecast period, with global robotics spending forecast to reach $103.4 billion in 2019, while drones will total $12.3 billion. Robotics systems will be dominated by hardware purchases, with nearly two-thirds of all spending going towards robotic software systems, after-market robotics hardware, and system hardware,” notes IDC.

    Purchases of industrial robots and service robots will account for nearly 30 per cent of the category total in 2019. Robotics-related software spending will largely go towards purchases of command and control applications and robotics-specific applications, according to IDC.

    Discrete manufacturing will be responsible for nearly half of all robotics systems spending worldwide in 2019, generating $50.2 billion in revenue. The next largest industries for robotics systems, notes the report, will be process manufacturing, resource industries, healthcare and consumers.

    Research Director of Worldwide Robotics at IDC, Dr Jing Bing Zhang, said: “Industrial robotics continue to top the technology investment priorities of manufacturing organisations across all major markets surveyed by IDC in 2018.

    “While the looming trade war between the US and China is likely to dampen the market growth slightly in the near term, we expect the growth trend to pick up from 2020 onward.”

    Services spending, according to the report, will be spread across several segments, including systems integration, application management, and hardware deployment and support. Software spending is forecast to grow at a slightly faster rate (21.7 per cent CAGR) than services (19 per cent CAGR) or hardware (18.2 per cent CAGR) spending.

    Investments in drones will total $12.3 billion in 2019, but are forecast to grow at a faster rate (30.6 per cent CAGR) than robotics systems (18.9 per cent CAGR) by 2022, according to the report.

    IDC predicts industry spending on drones in 2019 will be led by utilities ($1.4 billion), construction ($1.05 billion) and discrete manufacturing ($913 million). The industries that will experience the fastest growth in drone spending over the five-year forecast period will be federal/central government (56per cent CAGR), education (51 per cent CAGR), and retail (42.01 per cent CAGR).

    research manager, Customer Insights & Analysis, Stacey Soohoo, said: “The market is working to simplify the use and integration of drones with efforts ranging from enabling new drone applications through improved technological capabilities to understanding the regulatory implications of drones and the viability of these applications.

    “Drones are developing new skills, coupling 3D mapping and fully autonomous navigation capabilities with rapid improvements in battery performance and air-traffic management systems. Drone adopters continue to search for a safe, cost-efficient and repeatable drone solution that can be easily implemented in a variety of situations and use cases.”

    Drone software spending will primarily go to command and control applications and drone-specific applications, while services spending will be led by education and training and will see the fastest growth (35.9 per cent CAGR) over the five-year forecast, followed by software (33.9 per cent CAGR) and hardware (301 per cent CAGR).

  • Union Bank boosts operations with robotics

    Union Bank has announced the deployment of the innovative Robotic Process Automation (RPA) technology in its operations; a first in the Nigerian Banking industry.

    The new technology was officially launched at an interactive session which took place at the bank’s Stallion Plaza Head office in Lagos with technology experts, pressmen, customers and the bank’s Management and employees in attendance.

    RPA technology makes use of robots which are software tools developed to simplify business process delivery. The software robots offer improved business efficiency and data security by automating repetitive tasks across multiple business applications without altering existing infrastructure and systems.

    Announcing the deployment of the new technology, the Chief Executive Officer of Union Bank,

    Emeka Emuwa said: “We are quite pleased to be the first in the banking industry in Nigeria to introduce robotics into our processes. The provision of simpler, smarter banking services to our valued customers is at the core of our business and Robotics Process Automation helps us achieve this objective by leveraging cutting edge technology and innovative partnerships. I commend the hard work and dedication of our Union Bank team for the effective execution of this project.”

    The bank’s adoption of RPA technology is expected to enhance staff productivity, reduce process turnaround time and improve accuracy and compliance. With the new technology in place, employees are better able to focus on other value adding and customer related functions, significantly improving the overall quality of customer experience.

    In the first phase of the Bank’s RPA implementation, reconciliation of Automated Teller Machine (ATM) transactions are now fully automated, cutting down processing time by over 60 per cent and ensuring that refunds on ATM fund dispense errors are promptly and efficiently carried out.

    Union Bank’s marked technological advancement in recent times is a major element of its transformation programme and has included the redefinition of the Bank’s business model, reengineering of its work force and rebuilding of its physical infrastructure.

     

  • Accenture: artificial intelligence, robotics, others’ll boost productivity

    Accenture Nigeria said its investments in Artificial Intelligence (AI), Virtual Reality (VR), robotics and blockchain technology capabilities will help businesses across various sectors  boost their productivity and efficiency through innovations.

    The management consulting and professional services giant said technology will continue to evolve.

    Speaking with reporters after a demo at its Lagos office at the weekend, its Managing Director Mr. Niyi Tayo, said earlier in the year, the firm had predicted that many consumers and enterprise clients will depend on AI to select products.

    He said: “Early this year, we predicted that in five years, more than half of consumers and enterprise clients will select products and services based on a company’s AI, instead of the company’s traditional brand. And in seven years, most interfaces will not have a screen and will be integrated into daily tasks. These two predictions alone strongly suggest that companies must act now on developing their AI Journey.

    “We want businesses in Nigeria – from banking to manufacturing, health, construction, education, retail, security, and other sectors to take advantage of the innovations we have created to improve their businesses. We believe as one of the biggest economies in Africa, the time to seize the future is now.”

    He dismissed the fear that robots will lead to job loss, stressing that the reverse will be the case as people will get retrained.  “There is clear evidence that points toward robotic automation in many cases being a complement for human labour rather than a direct substitute. Human effort becomes more valuable as it is focused on higher-level tasks, creativity, know-how, and thinking,” he said.

    Accenture early this year published a report, titled: 2017 Technology Vision, which studied how AI will affect banks going forward. Over 600 of the world’s  major bankers were were asked about the new technology and how it’ll change the way banks operate internally and how they handle their customers externally.

    According to the report, three quarters of the bankers surveyed, four out of five to be exact, believe that AI will become the primary way banks interact with their customers. This is in relation to customer service, and these bankers see AI technologies such as chatbots becoming increasingly essential for banks in the not-so-distant future.

     

     

     

     

  • US trains 460 students, teachers on robotics

    The United States Diplomatic Mission to Nigeria, in collaboration with RoboRave International, a US-based robotics education academy, has begun a week-long robotics workshop for 460 elementary, secondary and university students, STEM teachers, robotics enthusiasts, and scientists.

    Holding at the American corner at the Co-Creation Hub (CCHUB), Yaba, Lagos, it will end at the Olusegun Obasanjo Presidential Library Complex, Abeokuta, Ogun State.

    The workshop seeks to boost technology education by engaging the participating students in hands-on robotics activities to stimulate their interest in mathematics and science as well as careers in the STEM fields.

    One hundred robots will be donated to participating schools in Lagos and Ogun states, many of them with little or no experience in robotics. This is expected to provide the students and their teachers with an opportunity to put their skills to use on the completion of the training.

    The US Consul-General, F. John Bray, explained that the US Mission was supporting the capacity building workshop in hopes that participants will be inspired to work collaboratively with the aid of technology to create innovative solutions to shared global challenges.

    “In a world that is becoming increasingly technology-driven, it is more important than ever before for our youth to be equipped with the knowledge and skills to become innovators, educators, researchers and leaders, who can solve the most pressing challenges facing our world, both today and tomorrow.

    “We are honoured to support this initiative, which promotes science, technology, engineering, and mathematics subjects collectively known as STEM in Nigeria,” Consul-General Bray said.

    Programme partner and Director RoboRAVE Nigeria, Mr. Kingsley Imade, explained that the training sessions would be facilitated by an international faculty, including RoboRAVE International Director of Global Programmes Russ Fisher-Ives and RoboRAVE North American Director, Brian Montoya.

    According to him, the sessions, focusing on robotics designs and programming, will provide a platform for teachers to learn how to implement the STEM approach in the educational process via practical scientific activities throughout the training days.

    “An education to develop robotics skills places students on track to develop such STEM enabling competencies like critical and computational thinking, collaboration and creativity that have life-long advantages,” Director, RoboRAVE Nigeria, Kingsley Imade, said.