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Tom Robotics Tech Innovation
Tom Robotics Tech Innovation

  • Bringing Imagination to reality.

    Join us in

    Improving the idea of technology by our innovations project today. 

About Us

Our innovation world

MOTTO:BRINGING THE IMAGINATION TO REALITY

About 

We constructed our innovation project to improve the idea of technology, and bringing the imagination to reality.

THE PROGRESS OF THE COMPANY

Our company has work so far to meet the Governor of Kwara state ilorin at 

the KWARA FUTURES EXHIBITION (2025)AND INNOVATION 

His EXCELLENCY. 

MALLAM  ABDULRAHMAN ABDULRAZAQ
















We also present some of our innovation project at Federal Government College ilorin

      2024 We broth the idea of constructing a robotics innovation project called.

  

Robotics DOG Project:This DOG ROBOT perform so many task e.g. it serve as a security for our environment it as a remote control which control the DOG ROBOT from one place to another it also as security  sensor light and to also improve the idea of technology by my innovation.

TRANSPORTATION DRONE Project:This mean a lot to me  because  it  transporting goods from one place to another it also serve as transporting or delivery food it a fast mean of transporting goods, which afford traffic, no fuel needed it generated electricity from solar and also reachable.

 SECURITY DOG ROBOT:                         



WE HAVE CONSRUCTED SO MANY PROJECT 

   SUCH AS.


 SECURITY DOG ROBOT
TRANSPORTATION DRONE   
NASA ROBOT
SECURITY HAND 
FIRE FIGHTER ROBOT
GAS  DETECTOR

WHO IS TOKODE TOMIWA Francis?
​Tokode Tomiwa Francis is the founder and the ceo of TomRobotisTechInnovation, a Nigerian robotics 
​and tech innovation brand.


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            My name is Tokode Tomiwa Francis the Founder and also the CEO, am from Osun state Nigeria .
​I was born in the year 2008 am 17 years of age am the l last born of my family I started my innovation project when I was (7)years old in a town called Modakeke ,I have the passion to become a robotic engineering, well firstly,  I don’t take it serious because I though it was just a normal talent and then I realized that to be a robotic engineering is a good choice for me because no one as ever be in my family and to solve the problem of civilization in my community and improving the idea of Technology by my innovations.   
​     When my parent realized my talent and I told them that Is my passion to become a robotic engineering they are very surprised, they took it very serious and start getting me some instrument I needed, and then I start building some cars with friend using cartoon, and then God shows is mercy upon my life in the year (2020)during COVID-19 I left Modakeke(Osun State, Nigeria) to go spent my holiday with my brother MR Seyi and MR Adeyinka in kwara State Ilorin so both of them told me to stay but I said no which I don’t know that God is about to change my story from nothing to something I accept to stay because I have a dream am chasing, to shout the story they took me to a primary school which I start my primary (4)in Federal Staff School Adewole Ilorin.I meet a new friends new environment you know this life is full of challenges but mine then is reading I have a problem with reading which I stop constructing any innovation so that I can face my study, bulling from class mate but still I no where am from and I know where am going to so I don’t give up on myself and with the help of my lovely brothers MR Seyi and MR Adeyinka both of them are like my backbone they support me keep giving me the motivation that I can still do it for that period of time no playing no innovation project constructed no friend nothing but I have God. 
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        I graduated from primary (4) to (5) and that was the period of time I have the mind of hope, faith, and determination and the mind set of never give up. I didn’t know but God shows is work in life and then I was chosen as the Deputy Head Boy of my Set ,so that time am already caching up in reading but then I keep on going so there is something we do in our school which we called "career" day and I have the opportunity to showcase my talent to the staff, student, and the management of the school I constructed a sport car using a solar and which I was known in all my school bee teachers or students  that time am very proud of myself.
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​             I graduated from the primary school and got admission to (FGCI) known as Federal Government College Ilorin to study my secondry school but is a boarding school and I thank God that I have the opportunity to join the ROBOTIC CLUB of the school in my junior class, second time of my jss1 during the 50th anniversary of my school I went to meet my couch that please I will like to showcase my innovation project to the principal and the man said yes no problem so that day, I notice that if you believe in God all things will be possible and determination and the mind set of never give up on your dream, my couch took me to the Director principal of the college (DR Bello Rabeh) and the man said no problem and like miracle in was interview by the (NTA)tv station Ilorin my first time on TV I was very happy to be the first person in my family to be shown on TV station so then I realized that I have a good future ahead of me but sill I told myself I will not give up on my dream, I was known by all student and even the management of the college I start building innovation going for LEGO ROBOTICS competition with my team member to represent my college, but that not all I am still discovery............


                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                

MOTTO: Bringing imagination to reality

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INNOVATION

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Bringing imagination 
​to reality and improving the ideas of technology. 

Meet the passionate mentor behind TOM ROBOTICS TECH INNOVATION, who are dedicated to be bringing you the best in ICT WORLD.


Joseph Engelberger(1925–2015)

 American physicist, engineer and entrepreneur. Often regarded as the "Father of Robotics"


George Devol (1892–2011)

American inventor, best known for creating Unimate, the first industrial robot.



Elon Musk
​ Born June 28, 1971) 

  Pretoria, South Africa's

 international businessman and entrepreneur known for his leadership of Tesla, SpaceX, X

Tokode Tomiwa Born 
Nov 18,
2008)

Osun state Nigeria

innovator known for is  developing the ideas of technology and bringing imagination to reality. 

Robotics friends

Our commitment to quality and taste speaks for itself. Listen to what our valued customers have to say.

LET BUILD TOGETHER AND PUT A SMILE TO THE WORLD.

+234-916929-2626

Gmail-tomrobtoticstechinovation@gmail.com

TOMROBOTICS TECH INNOVATION

George Devol (1892–2011):An American engineer and inventor who patented the first programmable robotic arm, the "Programmed Article Transfer

who developed the first industrial robot, the Unimate, and co-founded the first robotics company, Unimation.

George Devol (1892–2011)

Elon Reeve Musk (/ˈiːlɒn/ EE-lon; born June 28, 1971) is an  known for his leadership of Tesla, SpaceX, X (formerly Twitter), and the Department of Government Efficiency (DOGE).
Elon Musk is a South African-born entrepreneur known for his significant contributions to technology and space exploration, as well as his involvement in electric vehicles.

Elon Musk

 born June 28, 1971) 



Joseph F. Engelberger, an American physicist, engineer, and businessman, was responsible for the birth of one the most important and impactful industries, gaining him global recognition as the Father of Robotics.

Joseph Engelberger (1925–2015):An American physicist, engineer, and entrepreneur who partnered with Devol to develop the PAT into the Unimate, invented the core technology, Engelberger is widely known as the "Father of Robotics" for his pivotal role in bringing the robot to manufacturing and the broader industry.





Joseph Engelberger(1925–2015)
FAQ

Find answers to your questions

Explore the information below to find answers to frequently asked questions, ensuring you have all the details you need to make the most out of your Robotics innovation experience.

What is innovation?

WHAT IS INNOVATION?

    Innovation is the process of introducing new or significantly improved products, services, or processes to create value. It involves transforming creative ideas into practical solutions that solve problems, meet needs, and often drive progress for individuals, businesses, or society as a whole. Key aspects of innovation include novelty, improvement, the creation of value, and often collaboration and the acceptance of failure.
Key Components of Innovation
  • Newness or Improvement: 
    Innovation always involves something new or a significant enhancement of something existing.Value Creation: 
  • The goal is to create value for someone or some group, whether by making something more efficient, meeting a market need, or solving a societal problem.Practical Application: 
  • It's not just about having a creative idea; it's about putting that idea into practice to achieve a tangible result.
  • Interdisciplinary Nature: 
    Innovation draws from and involves diverse fields, combining ideas, abilities, and methods from different disciplines
  • Product Innovation: The introduction of a new or significantly improved good or service.
  • Process Innovation: The implementation of a new or significantly improved method of production, distribution, or support activity.
Why Innovation Matters
  • Drives Progress: 
    Innovation propels society forward by providing solutions to challenges and shaping the future.
  • Boosts Competitiveness: 
    For businesses, innovation is essential for increasing competitiveness by creating new value and meeting customer needs.
  • Fosters Growth: 
    Innovation leads to business growth, better decision-making, and more efficient problem-solving within organizations.
Who Innovates?
  • Anyone can be an innovator. The concept of innovation is accessible to everyone, not just a select few.
  • Enterprises, organizations, and even social groups all engage in innovation activities.
WHAT IS INNOVATION IN ROBOTICS

          Innovation in robotics:
Innovation in robotics refers to the creation, development, and implementation of new technologies, methods, and applications that significantly improve robots' capabilities, efficiency, and versatility, driven by advancements in artificial intelligence (AI), machine learning, and new hardware like cobots and soft robotics. Key examples include autonomous mobile robots (AMRs), collaborative robots (cobots), integration with cloud robotics, humanoids, and even bio-inspired robotics that make robots more adaptable and intelligent across various industries such as healthcare, agriculture, and manufacturing. 
Key Areas of Innovation
  • AI and Machine Learning: Integration of sophisticated AI and machine learning algorithms enables robots to learn from data, adapt to changing environments, and make complex decisions independently, enhancing performance and 
  • Autonomous Systems: Developments in autonomous mobile robots (AMRs) and AI-powered navigation allow robots to move and operate in complex, real-world environments without constant human supervision.
  • Collaborative Robots (Cobots): Cobots are designed to work safely alongside humans, increasing flexibility and productivity in manufacturing and other settings by performing tasks like pick-and-place operations.&nbsp
  • Soft Robotics: This innovative field focuses on creating robots using compliant, flexible materials, mimicking the mechanics of living organisms to perform delicate tasks and interact more safely with humans
  • Digital Twins: Virtual replicas of physical robotic systems that allow for simulation, testing, and optimization of processes before real-world deployment, reducing risks and maintenance costs.&nbsp
  • Cloud Robotics: This trend involves using cloud computing to share processing power and data, enabling robots to access vast computational resources and collective intelligence for better performance.
  • Humanoid Robots: Continued advancements in humanoid robot design make them more realistic and practical for a wider range of tasks, potentially even assisting in personal and professional life
  • Sustainable and Eco-Friendly Designs: A growing focus on sustainability drives innovation in eco-friendly robotic designs and more energy-efficient operations across the sector.
Impact of Innovation
  • Increased Productivity: Robots improve efficiency by performing tasks with higher precision and fewer errors
  • Enhanced Safety: AI and cobot innovations create safer working environments by automating hazardous tasks and allowing for human-robot collaboration.
  • New Applications: Robots are moving beyond manufacturing into sectors like healthcare, agriculture, logistics, and even art, thanks to these innovative developments.
  • Democratization of Robotics: Open-source platforms and lower costs are making robotics more accessible to small businesses and individuals, fostering greater innovation and adoption.

What makes me different?

The thinking faculty for innovation in robotics involves a synergistic blend of creative thinking, critical thinking, and design thinking, facilitated by an iterative process of prototyping and testing, and enhanced through collaboration. Educational robotics programs, for instance, foster these qualities by challenging students to creatively solve real-world problems, encouraging them to experiment with novel ideas, and teaching them to learn from both successes and failures in a practical, hands-on environment.

What are the purpose of Robot in our daily life?

Robots are used in daily life to perform automated chores like vacuuming and cooking, provide healthcare assistance through surgical and rehabilitation robots, enhance security with surveillance systems, and serve as educational tools for STEM learning. They also automate industrial tasks, assist in agriculture, facilitate logistics, and support elderly care, with ongoing advancements promising more sophisticated applications in the future. 
In the Home:
  • Automated Cleaning:Robotic vacuums, mops, and window cleaners handle household cleaning.
  • Kitchen Assistance:Cooking aids and smart kitchen appliances help with meal preparation.
  • Home Monitoring:Robots can monitor for disturbances, keeping homes safer.
  • Elderly & Disabled Care:Robots offer companionship and assistance with daily tasks for the elderly and people with mobility issues.In Healthcare:
  • Surgery:Surgical robots, such as the da Vinci system, assist surgeons in performing precise, minimally invasive procedures.Rehabilitation:Rehabilitation robots help patients regain mobility and strength.
  • Logistics:Hospital robots transport medications and supplies, freeing up staff time.
  • In Industry & Retail:
  • Manufacturing:Robots perform repetitive tasks like welding, assembly, and packaging in factories.
  •  packing in warehouses.
  • Agriculture:Robots are used for crop monitoring and harvesting.In Education & Research:
  • Learning Tools:Programmable robots are used to teach children coding and STEM concepts.
  • Exploration:Robots are used in space and deep-sea exploration to access environments dangerous for humans.Other Applications:
  • Security:Robots patrol areas, record footage, and detect unusual activity for surveillance.Transportation:Self-driving cars are a form of robotic technology that can revolutionize transportation.
  • Entertainment:Robots are integrated into entertainment experiences and can also serve as companions.

How can we improve the ideas of Technology?

To improve the ideas of technology, invest in education to foster foundational knowledge, prioritize research and development with financial incentives, and create supportive infrastructure such as stable electricity and internet. Focus on human-centered design by enhancing usability and accessibility, encouraging collaboration, and considering the ethical implications and societal benefit of new technologies. 
Foundational & Infrastructural Improvements
  • Invest in STEM education: Enhance science, technology, engineering, and mathematics education at all levels to build a strong technical workforce for future innovation.
  • Provide reliable infrastructure: Ensure access to affordable and stable electricity and fast, reliable internet to support innovation and the adoption of new technologies.Support R&D: Encourage new technology development through government grants, subsidies, tax credits, and direct investments in research and development initiatives.Design & User Experience
  • Focus on usability and accessibility: Design technology with user-friendly interfaces and ensure it is accessible to a broad range of users, making it easier to understand and use.Prioritize user experience: Focus on the overall flow and interaction with the technology to ensure a positive and sustainable experience for the user.Address foundational needs: Ensure technology solutions are affordable, manageable, physically robust, and "fit" within existing national infrastructure and resource availability.Ethical & Societal Considerations
  • Develop ethical intentions: Strengthen an attitude of mutual consideration and responsibility to ensure technology improves human lives rather than detracting from them.
  • Promote positive contribution: Develop and use technology in ways that contribute to society's well-being, fostering qualities of positive connection and giving.Promoting Innovation
  • Encourage collaboration: Foster environments where remote and in-person collaboration can occur to exchange ideas and develop new technological solutions.
  • Leverage new technologies: Integrate advanced technologies like Artificial Intelligence (AI) to find new market possibilities, improve existing products, and create novel services.

What are the functions of robot?

Robots function by sensing their environment, making judgments, and performing actions to automate tasks for humans, especially those that are dangerous, repetitive, or precise. Their functions span a wide range of applications, including manufacturing, healthcare, exploration, security, and domestic assistance, enhancing efficiency, safety, and precision in diverse industries and daily life. 
Core Functions
At a fundamental level, robots perform tasks through a cycle of:
  • Perception: Using sensors to gather information about their surroundings.Judgment/Recognition: Processing this information using a computer to understand it and make decisions.
  • Action: Carrying out the decided-upon task, such as moving a limb, gripping an object, or navigating.
  • Applications and Examples
Robots perform functions across many fields: 
  • Manufacturing: Assembling products, welding, painting, packaging, and quality control in factories.
  • Healthcare: Assisting in delicate surgeries, rehabilitation, and patient care, as well as preparing prescriptions.
  • Exploration: Operating in dangerous or inaccessible environments like space or the deep ocean to collect data.
  • Logistics: Transporting goods in warehouses and delivering online orders or room service.
  • Domestic Assistance: Cleaning homes with robot vacuums or helping with tasks in elder care and as companion robots. 
  • Security and Monitoring: Detecting hazards, patrolling, and assisting in security operations.
  • Agriculture: Planting, pollinating, and harvesting crops.
  • Search and Rescue: Aiding in locating and assisting people in disaster zones and dangerous areas.
  • Increased Productivity: Robots can work faster and continuously without getting tired. 
  • Improved Safety: They can perform hazardous tasks, protecting humans from harm.
  • Enhanced Precision: Robots carry out tasks with greater accuracy and consistency than humans.
  • Efficiency: Automation through robotics can streamline processes and reduce waste.

WELCOME TO OUR ROBOTICS INNOVATION WORLD.

       We  create this website to engage people who have interest in building innovation project and shearing the ideas on how  we can improve the ideas of technology and to solve the problems of civilization in our environment by our innovation project.