Setting up Coding, Robotics, and AI Learning Labs

We provide the best coding, AI, and robotics classes in Schools with the help of our inclusive STEAM curriculum that encompasses different technologies and caters to all ages. The AI and robotics learning programs in schools that have adequate space and resources to foster an interactive educational environment. 

Our education program enables you to do end-to-end NEP implementation that follows Bloom’s Taxonomy and PBL approach incorporating the 3 C’s– Creativity, Capacity, and Curiosity. Bloom’s taxonomy is an approach for boosting cognitive learning by focusing on six categories: creating, evaluating, analyzing, applying, understanding, and remembering the concepts you’ve learned in class. Achieving this in the AI, robotics, and coding learning Labs in Schools is made possible through the hands-on activities conducted in our classrooms. 

The holistic Annual STEAM Ladder© Proprietary curriculum covers all the latest cutting-edge technologies and suits all ages. For now, we’ve 3000+ students already enrolled in these AI and coding classes in , and we’re planning to collaborate with even more schools and other institutes to expand the AI & Robotics Revolution. The goal is to provide affordable STEAM learning resources and create an ecosystem where every child can learn the skills they need to excel in the tech-ruled future.

Importance of Coding, AI and Robotics Labs in Schools

Coding, AI and robotics labs in schools play a very important role in preparing students for the challenges and opportunities of the future.

• Digital Literacy
  Coding and Robotics Labs in schools expose students to new digital technologies which help them become proficient in using and understanding the new technologies. In today’s world where everything is getting digitized it is important for students to be digitally literate.

• Enhancing-Problem Solving Skills
  Coding and robotics require logical thinking and problem-solving skills. Students experience hands-on learning in Robotics labs which develop these skills by working on real-life challenges.
   

• Fostering Creativity
  Coding and robotics encourage creativity as students design and implement their own projects. When students work on different problems, they come out with innovative solutions which allow them to think outside the box.

• Encouraging Collaboration
  Coding and Robotics projects require students to collaborate in a team to work together for a common goal. It promotes communication skills and team work.

Challenges while setting up Labs 

• Scattered Learning Resources
  Finding appropriate and comprehensive learning resources for STEAM and robotics can be difficult. The field is rapidly evolving, and educators might struggle to locate up-to-date, high-quality materials that align with their curriculum. This can lead to inconsistency in the content being taught and confusion among students.
• Lack of Practical Activities
  STEAM and robotics are highly practical and hands-on subjects. Lack of access to necessary tools, equipment, and materials can limit the ability of teachers to provide meaningful practical experiences. Without hands-on activities, students might struggle to grasp complex concepts and miss out on the opportunity to develop problem-solving skills through experimentation.
• Lack of Implementation
  Integrating new subjects like STEAM and robotics into the curriculum requires a well-defined plan and support from school administration. However, many schools face challenges in implementing these subjects due to resistance to change, lack of time, or conflicting priorities. Teachers may also lack the training needed to effectively teach these subjects, leading to an incomplete or ineffective implementation.
• Lack of Teacher Management
  Teaching STEAM and robotics effectively requires teachers who are knowledgeable and skilled in these areas. Schools often struggle to find and retain teachers with the necessary expertise. Even if teachers are willing to learn, the lack of professional development opportunities tailored to STEAM and robotics education can hinder their growth and confidence in delivering the content.

Empowering Schools, Transforming Challenges

• Addressing the Gap: Lack of Technical Management
  It’s no secret that technical training demands specialized attention. At GoGlobalWays, we understand the intricacies of this challenge. With our program, you’ll no longer have to worry about managing technical trainers. We offer you a team of seasoned experts who are not just knowledgeable but also passionate about guiding students through the STEAM journey.
• A Dedicated Team of Experts at Your Fingertips
  Our expert trainers not only possess in-depth technical knowledge but also excel in guiding students through the intricate realms of STEAM. With GoGlobalWays, you won’t need to worry about recruiting, training, or managing trainers. We ensure that your students receive the highest quality instruction, fostering their passion for learning.
• Comprehensive Course Management Simplified
  Beyond trainers, we offer comprehensive course management to ensure a hassle-free experience. From planning lessons to monitoring progress, we handle the intricacies, allowing your educators to focus on what they do best – nurturing young minds.
• Bridging the Gap in Implementation
  We understand that having tools is not enough; effective implementation is key. Many students have access to tools but struggle to utilize them to their full potential. Our holistic curricula address this challenge. We provide comprehensive, structured learning experiences that guide students step-by-step through the application of tools, ensuring they not only learn but also apply their knowledge in practical ways.

We provide the best coding, AI and robotics classes in Schools with the help of our inclusive STEAM curriculum that encompasses different technologies and caters to all ages. The AI and robotics learning programs in schools that have adequate space and resources to foster an interactive educational environment. 

Our education program enables you to do end-to-end NEP implementation that follows Bloom’s Taxonomy and PBL approach incorporating the 3 C’s– Creativity, Capacity, and Curiosity. Bloom’s taxonomy is an approach for boosting cognitive learning by focusing on six categories: creating, evaluating, analyzing, applying, understanding, and remembering the concepts you’ve learned in class. Achieving this in the AI, robotics, and coding learning Labs in Schools is made possible through the hands-on activities conducted in our classrooms.