Programmable Bricks Course

Hands-on STEM (Science, technology, Engineering & Maths) Education aimed to make Maths & Science fun and interesting for young students.  aimed to make Maths & Science fun and interesting for young students.  aimed to make Maths & Science fun and interesting for young students. 

Learn Coding + Machines & Mechnaisms + Technology 

Build. Code. Learn.

Build your model and program it to move.

Programmable Bricks kit for all levels

This course is a great combination of Coding, knowledge of Machines & Mechanisms as well as technology. Students will construct and program interactive models  that can move on different surfaces, follow a line or wall, avoid obstacles, pick and place objects, sort things, sense their environment and give feedback to user. 

The course involves practical application of STEM (Science, Technology, Engineering, Math) subjects. Children will develop 21st century skills like problem solving, logical thinking, analytical ability, communication and team work.

​Programmable Bricks Kit = Creative Building + Coding + Engineering

This Lego compatible kit comes with bricks, plates, wheels, motor, tilt and motion sensors, bluetooth hub and many special and decorative parts.  

With this kit children can build hundreds of interactive robots, animals, insects, vehicles etc that move. They can code using block based programming  software available for tablets as well as laptop. 

Children from these countries have enrolled in our programs

Course Duration

Each course starts with a module of 16 sessions. There are 6 such modules. So total session of 96 sessions for each of the Courses.

Assessment & Certificate

After 16 sessions we conduct an assessment and share feedback with parents in the form of rubrics and issue a certificate.certificate.

Batch & Timings

Classes are done in small batches of upto 5 students so that your child gets individual attention. We provide flexible timings, with 2 sessions per week from Monday-Saturday.

Registration & Fees

Fees to be paid 100% in advance by Bank Transfer, Paytm, PayPal or Google Pay. To enrol your child send us Child's Name, Age, School, City, Parent Name, Phone/E-mail id on WhatsApp or by e-mail.


Click here to pay for Demo

MakerLoft's demos are meant to give parents an idea about the course content, our pedagogy and to see if the child would be interested in the course. During the demo our trainers also try to assess the child's aptitude for the course and make recommendations on the best options for them. Please ensure you have been provided information about course fee and kit price (if relevant) prior to taking the demo.


1. Demo fee is Rs 300 and can be redeemed against the course fee if you join the course.
2. All demos are conducted online on Zoom. Please check your internet connection, web camera and microphone are working properly prior to the demo. If there is an issue, you can call or WhatsApp us prior to the demo to reschedule.
3. At least one parent needs to be present at the time of demo.
4. Demo duration is typically around 30 minutes.
5. Demos may be conducted 1:1 or in small groups of 2-3 participants.
6. Demo scheduling depends on your availability and that of our trainers. MakersLoft is closed on Sundays, so demos cannot be scheduled for Sunday.
7. Demo fee is non-refundable

Science concepts covered:

• Matter, Force, Work, Energy, Friction, Pressure, Balance, Weight
• Simple machines – Lever, Wheel and axle, Pulley, Inclined plane, Wedge, Screw
• Gears, motors
• Experiment and measure the effect of force on an object

• Balanced and unbalanced forces
• Investigating the transfer of movement and energy
• Investigating relationship between speed and mass; momentum and kinetic energy
• Storing and transferring energy; kinetic to potential energy transformations

• Capturing wind energy to run machines
• Structure and function
• Stability and change

Maths concepts covered:

• Estimating and measuring mass, distance, speed, area, time and angle 

• Estimating and comparing force, speed and efficiency 

• Ratios, proportions and fractions         

• Comparing accuracy of different measuring methods 

• Measuring and expressing angle of slope 

• Measuring and expressing the degree and direction of movement, and number of actions per unit of time 

• Understand the metric system of measurement - Reading scales

• Comparing accuracy of different measuring methods