10- days short course for age groups 6+, 8+, and 12+
STEM ROBOTICS ACADEMY have designed a short-term course of ten days specifically for kids in the three age groups indicated above. The meticulously crafted course module provides a solid introduction to Robotics concepts. Also, learning is strengthened by real- world application. As a result, we guarantee comprehensive coverage of Robotics in a short amount of time.
Let Robotics captivate our young minds....
Robotics is an interdisciplinary field that integrates science and engineering. It involves designing and assembling a robot, working on the many electronics hardware needs such as choosing the appropriate sensors and actuators, connecting them to the robot’s brain, and eventually programming the robot to produce the necessary results. To welcome our kids to the world of Robotics, we are unveiling a summer camp on ‘How to Make Your Humanoid Robot’. Beginning on April 3rd, it is a holistic Robotics course with international certification. It is also the first of its sort in India and suitable for people of all ages.
We have designed an 80-hour program that spans 2 months. We also provide a 20-hour course that lasts for 10 days. The curriculum is created targeting three age groups: 6+,8+, and 12+. Every category of kids will build their own robots. Through the course, they will learn about designing and assembling robots, the introduction of electronics hardware connections (creating the nervous system of robotics), motoring and programming, etc. Also, they will learn how to write code for projects involving Robotics and Artificial Intelligence. Thus the course structure instills basic to intermediate-level knowledge. It also includes around 40 experiments and various robots projects such as Obstacle Avoidance Robots, Puppy bots, Light Robot, Edge Detection Robot, Line Following Robot, Bluetooth Controlled Robot, Motion Detection Robot, Robotics Arm, Drawing Robot, and Humanoid robots. Moreover, as a bonus, the course imparts lessons on the use of IoT and AI in robotics.
Google Reviews
Why STEM should be introduced at early age?
job skills demand STEM ”
Age 6+
Children over the age of six will acquire skills in assembling and motoring by building 15 living models using various robots. Also, they will be taught the basics of Block Programming. With the aid of 40 experiments and easy robot code projects like Robot Movements, Talking Robot, Emotions Showing Robot, Dancing Robot, etc., they will also learn how to apply block coding to accomplish robotics.
April 3 to May 26 (80 hours)
April – 20 working days ( 40 hours)
May- 20 working days (40 hours)
Schedule
Monday to Friday
10:30 am to 12:30 pm or
2:30 pm to 4:30 pm
Fee Rs 5,500 /month
For 10 year old kids
Ten-year-old kids will gain knowledge in assembling and motoring. Their curriculum includes an Introduction to Electronics Hardware Connections [ Nervous System of Robotics ], Designing a Robot, Assembling a Robot, and 4 to 5 hours of Block Programming. They will also learn how to apply block coding to robotics projects. Further, the course module comes with 40 basic and intermediate experiments. Also, students will get hands-on experience in developing five different robot projects namely Obstacle Avoidance Robot, Puppy bot, Ldr Light Robot, Edge Detection Robot, and Line Following Robot.
April 3 to May 26 (80hours)
April- 20 working days ( 40 hours)
May -20 working days (40 hours)
Schedule
Monday to Friday
10:30 am to 12:30 pm or
2:30 pm to 4:30 pm
International certification, Internationally approved curriculum and Transportation
Fee Rs 6,000 /month
12+ age group
They will learn about assembling and motoring comprehensively. The well-curated curriculum deals with a breadth of subjects such as Introduction to Electronics Hardware Connections [ Nervous System of Robotics ], Designing a Robot, Assembling a Robot, Hands-on Experience of 8 to 10 hours of C++, Application of C++ Coding to Robotics Projects, etc. It also incorporates 40 experiments and eight different robot projects such as Obstacle Avoidance Robot, Puppy bot, Ldr Light Robot, Edge Detection Robot, Line Following Robot, Bluetooth Robot, and Autonomous Mobile Robot. Students will also get opportunities to build their own robots kit. They will furthermore work on projects including Humanoids, IOT Automated Home, and Face Recognition AI.
April 3 to May 26(80 hours)
April -20 working days (40 hours)
May- 20 working days (40 hours)
Schedule
Monday to Friday
10:30 am to 12:30 pm or
2:30 pm to 4:30 pm
International Certification, Internationally Approved Curriculum, and Transportation
Fee Rs 6,500 /month
Online Summer Camp Starting on April 5
Ages 8 to 11
- Scratch Game Development 10:00 AM to 11:00 AM
- Mobile App Development 01:30 PM to 02:30 PM
- Robotics Junior 06:00 PM to 07:00 PM
Ages 12+
- Python 07:30 PM to 08:30 PM
- Robotics Senior 07:00 PM to 08:00 PM
Show up early and enjoy a discount of Rs.1,000
CONTACT DETAILS
Get in Touch
STEM Robotics Provides highly effective Robotics Education through its integrated curriculum materials and equipment.
Our Address
7/32(2), Kilithattil lane, 2nd floor, Devasree plaza, Ulloor , Trivandrum, Kerala, India.
Mail: onlinetraininghead@stemroboticsint.com
Phone
Mobile: +91-93156 79791
Hours of Operation
Monday - Friday: 10.00Am - 05.30 PM
Sunday & Saturday: 10.00Am - 05.30Pm
Ready to Get Started?
Become an AI
Expert @15
We often worry that our kids passively consume technology rather than actively creating something fruitful. To address this issue, we’ve come up with a novel idea known as ‘Tech Users to Tech Creators.’ It is a long-term program designed for students. It aspires to tap the children’s creative potential and assist their metamorphosis from tech users to tech creators. Moreover, it is the perfect platform to nurture their innovative and creative skills. When our continuous learning program meets with the effort, enthusiasm, and dedication of students, the result is an AI expert by the age of 15.
Contact us, and let’s discuss the AIExpert @15 master plan.
Learning Outcome’s
Makes learning fun, engaging, and inspiring from our activity based sessions.
Provides highly practical hands-on experience on assembling and coding.
Gives a head-start in preparing for higher level graduations.
Develops critical thinking skills and problem solving strategies while building robots.
Enables learner to develop and express creativity
Develops the ability to work collaboratively in teams
Helps student develop an intuitive understanding of physical concepts in science and math
Helps to excel in math and science and choose a career in science and technology
Enables learner to appreciate and realize technology
Builds confidence and self-esteem
Prepares your student for the fast-paced competitive world.
Listen to our child prodigies
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