Nonso Nolly is a roboticist working on Drones and Robotics in Lagos, Nigeria

Nonso Nolly is raising money via the Drones and Robotics Association Innovators Association to continue his work in making fabulous drones and robots.

You can see him discuss and show off some of his earlier efforts here. He’s excited about recent progress in AI and wants to get busy doing more stuff. I encourage you to donate to his effort.

I spoke with him via email.

RU Sirius: Explain your progress in the field of drones and robotics.

Nonso Nolly: My recent progress in Drones and Robotics can be divided into three categories

* Design and Development: We have successfully designed and developed several drone models, including quadcopters, hexacopters, and octocopters, with varying payload capacities and flight times.
* Autopilot Systems: Our drones are equipped with advanced autopilot systems, enabling autonomous flight, waypoint navigation, and real-time telemetry.
* Sensor Integration: We have integrated various sensors to enhance drone stability, navigation, and data collection – such as GPS, accelerometers, gyroscopes, and magnetometers.

RU: How does your work relate to developments in AI? Are you infusing some of that excitement into your most recent work?

NN: Relation to developments in AI –
1) Machine Learning: We are exploring the application of machine learning algorithms to enhance drone autonomy, obstacle avoidance, and decision-making.
2) Computer Vision: Our team is working on integrating computer vision capabilities into our drones, enabling them to detect, track, and analyze objects and environments.
3) Natural Language Processing: We are developing voice command and natural language processing capabilities for our drones, allowing users to interact with them more intuitively.

Regarding infusing AI excitement into recent work, this is something we would like to do –
1) AI-Powered Drone Inspection: We are developing an AI-powered drone inspection system for the oil and gas industry, enabling autonomous inspection, anomaly detection, and predictive maintenance.
2) Drone-Based Crop Monitoring: Our team is working on a drone-based crop monitoring system, using AI-powered computer vision to analyze crop health, detect pests and diseases, and optimize crop yields.
3) Autonomous Drone Delivery: We are exploring the development of autonomous drone delivery systems for medical supplies, packages, and other essential items, leveraging AI-powered navigation and obstacle avoidance.

RU: Please give us a bit of background on your life and influences. Who and what made you a technology maker and visionary?

NN: Growing up in Nigeria, I was fascinated by technology and innovation. My parents encouraged my curiosity and supported my interest in science and technology.

My journey into robotics and technology began at a young age. I started building and creating things, from simple remote control models to more complex robots. This hands-on experience helped me to develop problem-solving skills and think creatively.

My education played a significant role in shaping my skills and knowledge. I studied Electrical engineering at the University of Lagos, Nigeria. During my time at university, I was exposed to various aspects of engineering, including robotics, mechatronics, and computer-aided design (CAD).

After completing my studies, I worked on projects including building robots for industrial automation using Arduino microcontrollers, and developing drones for mapping and surveillance, and package delivery. These experiences helped me refine my skills and gain expertise in robotics and engineering.

My Youtube channel, where I share my projects, tutorials, and experiences, has been instrumental in showcasing my work and inspiring others.The channel has gained a significant following, and I would say I’ve become a respected figure in the robotics and maker communities.

RU: I am in the San Francisco Bay Area in the USA, where the cultural environment around technological evolution is widely known. Tell Mindplex readers about the cultural environment where you are in Nigeria, and tell us how you have assembled a team to do the work.

NN: I’m based in Lagos, Nigeria. The city is increasingly known for its vibrant cultural environment, rapid technological growth, and entrepreneurial spirit.

Being the economic hub of Nigeria, Lagos offers a unique blend of traditional and modern culture. The city is home to various ethnic groups, with a strong emphasis on community, family, and respect for elders. These cultural values have influenced my approach to teamwork, collaboration, and innovation.

Regarding my team, I’ve assembled a diverse group of talented individuals who share my passion for robotics and innovation. I have been able to register in Nigeria under the name ‘Drones And Robotics Innovators Association’ with the aim of promoting the development and application of Robotics and Artificial Intelligence technologies in the country. The core objectives of the Association are –
1) Industry development
2) Capacity building
3) Promoting innovations

RU: Talk a little bit about your influences in robotics, drones, AI and what have you been inspired by.

NN: I’ve been inspired by – Boston Dynamics: Known for their advanced robotics and artificial intelligence research. NASA: A leading space agency that has inspired many with its technological advancements. DIY makers and robotics enthusiasts: I’ve been inspired by the creativity and ingenuity of makers and robotics enthusiasts worldwide.

RU: Tell us more about the DIY makers who influenced you.

NN: I have been influenced by DIY Makers including Adafruit, Instructables, Arduino, and Robotics enthusiasts like Chris Anderson, Spark fun, and Robot operating system (ROS).

RU: Great. Give the Mindplex readers your best pitch for funding your project in robotics, drones and AI. Tell us what you’ll use the money for.

NN: Thank you in advance for considering supporting the Drone and Robotics Innovators Association! Our organization is dedicated to fostering innovation and growth in the drone and robotics industries. Here’s how your contributions will help us achieve our goals –

1) Community Development: 30% of the funds will go towards building a robust community platform, where innovators, entrepreneurs, and industry experts can connect, share ideas, and collaborate on projects.
2) Project Funding: 25% of the funds will be allocated to support innovative projects and startups in the drone and robotics space. This will include funding for prototype development, testing, and iteration.
3) Education and Training: 20% of the funds will be used to create educational resources, workshops, and training programs for individuals and organizations looking to develop skills in drone and robotics technologies.
4) Events and Outreach: 15% of the funds will go towards organizing events, conferences, and meetups that bring together industry experts, innovators, and enthusiasts. This will help promote the association’s mission and foster collaboration.
5) Administrative Costs: 10% of the funds will be used to cover administrative expenses, including marketing, website maintenance, and operational costs.

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