Metcore AI &RoboticsFor Schools

Students smiling with a robotics kit

HOW MARSWORKSRobot car built by students

AI and robotics learning through three integrated pillars – and we provide all of them.

1

Real Hardware Kits

We provide real robotics kits – motors, wheels, sensors, and microcontrollers. Students assemble robots with their own hands. They connect wires, mount ultrasonic sensors, and build machines that move, sense, and respond. From simple wheeled robots to advanced humanoid builds – every lesson is hands‑on.

2

Structured Curriculum

We provide a full curriculum. Every term is planned week by week. Teachers never guess what to teach next. Students start with drag‑and‑drop coding, then progress to Python and C++. Lessons cover sensors, logic, robotics, and real‑world AI applications. The curriculum is age‑appropriate for K-12 students(primary through senior secondary).

1

Real Hardware Kits

We provide real robotics kits – motors, wheels, sensors, and microcontrollers. Students assemble robots with their own hands. They connect wires, mount ultrasonic sensors, and build machines that move, sense, and respond. From simple wheeled robots to advanced humanoid builds – every lesson is hands‑on.

2

Structured Curriculum

We provide a full curriculum. Every term is planned week by week. Teachers never guess what to teach next. Students start with drag‑and‑drop coding, then progress to Python and C++. Lessons cover sensors, logic, robotics, and real‑world AI applications. The curriculum is age‑appropriate for K-12 students(primary through senior secondary).

3

Mars Learning Platform (LMS)

We provide our own LMS. Teachers access dashboards to track progress, deliver live lessons, and grade with AI‑powered tools. Students see their assignments, badges, and portfolio. School leaders view analytics on engagement and learning outcomes.

4

Teacher Training

We train teachers to confidently deliver AI and Robotics lessons across all K–12 age groups. Educators learn how to use the hardware kits, teach coding concepts, manage hands-on classroom activities, and guide student projects at different learning levels. Training is practical, structured, and designed for teachers with varying levels of technical experience. We also provide ongoing support, teaching resources, and professional development to ensure successful program delivery from primary through senior secondary classes.

5

Mars Learning Platform (LMS)

We provide an inbuilt AI Tutor that teaches, supports, guides, and serves as a learning companion throughout each student's journey. Students can ask questions, receive explanations, get coding assistance, and review concepts at their own pace. The AI Tutor provides instant feedback, personalized guidance, and additional practice when needed. It reinforces classroom learning, encourages independent exploration, and ensures students always have access to support—whether in school or at home.

3

Mars Learning Platform (LMS)

We provide our own LMS. Teachers access dashboards to track progress, deliver live lessons, and grade with AI‑powered tools. Students see their assignments, badges, and portfolio. School leaders view analytics on engagement and learning outcomes.

4

Teacher Training

We train teachers to confidently deliver AI and Robotics lessons across all K–12 age groups. Educators learn how to use the hardware kits, teach coding concepts, manage hands-on classroom activities, and guide student projects at different learning levels. Training is practical, structured, and designed for teachers with varying levels of technical experience. We also provide ongoing support, teaching resources, and professional development to ensure successful program delivery from primary through senior secondary classes.

5

Mars Learning Platform (LMS)

We provide an inbuilt AI Tutor that teaches, supports, guides, and serves as a learning companion throughout each student's journey. Students can ask questions, receive explanations, get coding assistance, and review concepts at their own pace. The AI Tutor provides instant feedback, personalized guidance, and additional practice when needed. It reinforces classroom learning, encourages independent exploration, and ensures students always have access to support—whether in school or at home.

OUR IMPACT

Students are learning AI and robotics across Nigeria, in schools and on their own.

92%PROJECT COMPLETION
K12WEEKS TRAINING
10+PARTNER SCHOOLS
94%ACTIVE USAGE
92%PROJECT COMPLETION
K12WEEKS TRAINING
10+PARTNER SCHOOLS
94%ACTIVE USAGE

KNOW MORE ABOUT MARS

SUMMER TECH CAMP

WHAT LEARNERS GAIN

Summer tech camp video
GlobeMath Symbols

What Learners Will Actually Build & Showcase

A CLEAR LEARNING PATH

FromCuriosityToCreation

Model Building

Model Building

Mars Program Starts Here

Built specifically for K-12 learners, Mars Program introduces robotics through stories, hands-on model building, and intuitive drag-and-drop coding. With structured projects, hardware kits, and continuous guidance, students develop creativity, logical thinking, and teamwork skills in a fun and encouraging learning environment.

Real - World Application

Real - World Application

Mars Program Moves Them Forward

As students advance through the K-12 learning journey, they take on more sophisticated robotics and AI challenges. Mars Program guides them from visual programming to Python and C++, helping them apply their knowledge to meaningful projects and real-world solutions.

Humanoids Building

Humanoids Building

Mars Program Prepares Them for the Future

In the final stage of the K-12 journey, learners work with advanced robotics systems and Python programming. Mars Program provides the hardware, curriculum, and expert support needed to tackle complex projects. The result is a strong foundation for university, technology careers, and future innovation.

YOUNG FOUNDERS PROGRAM

Beyond robotics and coding, the Young Founders Program teaches entrepreneurship, product design, and pitching. Students don't just build a robot – they build a business concept around it.

What They Learn
1

Identify a real problem in their community

2

Design a tech solution (app, robot, or AI tool)

3

Build a prototype using Mars hardware

4

Create a simple business plan and pitch

5

Present to a panel of judges (parents, entrepreneurs, or teachers)

Outcomes
1

A working prototype

2

Confidence to pursue further innovation

3

A pitch deck

WALK THROUGH MARS LMS

Testimonials

What Schools and Parents are saying

Now I understand how robots work, and I'm inspired to become a robotics engineer.

Student

Students built line-following robots in four weeks with Mars Program's intuitive platform and exceptional training

School Principal

We integrated Mars Program into our STEM curriculum, and the students' enthusiasm has been off the charts!

Principal, Grace High School

The practical nature of the robotics kits makes teaching complex concepts incredibly easy and fun.

STEM Coordinator, Excel Academy

My child built their first working robot at 10 years old. Mars Program is truly shaping the next generation.

Parent of 5th Grader

The comprehensive training provided for our teachers made the adoption seamless.

Director, Future Builders School

Our innovation bootcamp succeeded because Mars Program simplified robotics through intuitive hardware and platform.

HR Manager, Tech Company

Ready to Bring Mars Program to Your Community?

Request a live demo, free trial class, or information pack. We'll show you exactly how Mars Program works – from hardware to LMS to training. No obligation.

Mars Program

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Need help?

  • +234 707 655 4759
  • info@themarsprogram.com
  • 33 Glover Road, Ikoyi, Lagos

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