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Design Thinking

What is Design Thinking?

How Design Thinking Fosters Creativity and Problem-Solving Skills in Students

Whenever we talk about technology, robotics, or critical thinking, the one word always comes to our mind: design. It’s a unique skill we all should learn, specifically from students. According to the fastest approach towards our future steps, it is necessary to have the power of understanding the upmost requirement of the tech., advanced skills, easy compact robots model, etc. In all this discussion only one thing helps our learners I.e. designs. Design of the particular technology, product, machine, etc. Will require some thinking to give its best shot as a completely developed product for human use. Finally, we concluded that we should learn design thinking. Now, the question is, how will we do this design thinking? Well, the interesting answer is that just like solving any problem with clues, design thinking requires your imagination and accuracy in designing your model. We all have different algorithms to solve and to create, to adapt the function in the AI & IT industry. In this world of algorithms what occurs the most, especially in the Social networking area is a problem. To resolve the errors that appear in the algorithm as problems, we required problem-solving skills. For example: a class of 50 students, had done a project and gave their contribution while making the project, in which 10 of them were working on the major part of the model design and spacing asset, and the rest of the team working on the coding and circuit part of the project now one day the coding team will not be able to come at the day of competition. The project stopped working now in this situation what is the best way to resolve this issue? Is it to take the risk of presenting the project to the judges with the excuse of some technical issue or to find the solution to this problem? The answer is correct they should do the problem-solving for the project immediately but the question who will help them in this situation? So, the ATL mentor present with the team will be the solution for the school. Our stem-certified companies help the students find the solutions to their problems and enhance there the skill of critical thinking which later on helps them to enhance their capacity to work more efficiently than before. What is Design Thinking? Design thinking is an approach towards the solution-focused technique that emphasizes the user according to the condition of the ongoing project. It’s a direction we can say is the first step to make a project where the learner in the school is. First think about his design, and his creation and apply his thinking to the creativity, and by applying it in the real world state he/she will be more perfect with the future project model representation. Sometimes we have prize-winning projects with us in the competition, but we lose the main reason for this situation is that the model design is not compatible with the project requirement and the circuit requirement because of this they will lose in the competition. To prevent such kinds of situations our STEM mentors and companies help students to focus more on this kind of problem and come up with more interesting and useful solutions with the student’s project and help them to learn this concept of design thinking in a more interesting and fun way. In schools, design thinking also encourages students to engage in activities where they can perform problem-solving tasks to resolve problems and these types of activities help to improve IQ levels. In this type of process, we have 5 key stages to create a project with the help of Design thinking: 1. Identify: Understand the requirement where the experience of the mentor and students is impacted by the problem. 2. Interpret: Clarify the problem to be solved. 3. Imagination: Imagination is the idea you want to create and understand the project requirement. 4. Blueprint: Create a rough prototype of your project ideas. 5. Testing: Now it’s time to experiment with the prototypes, gather feedback, and adjust the model for making the prototypes. Challenges and Overcoming Barriers Bringing design thinking into education is the major decision of the schools where they can learn these 21st-century skills of education easily with the help of their mentor. Somehow while approaching the implementation of the project limited resources, and challenging time schedules make that approach a little difficult, and times like that for an individual. These challenges somewhere help the students to understand the sense of collaboration between the mentor and students, and explore new ideas during this process, as a responsible asset schools and STEM education companies improve the thinking of the students by giving them the chance to take part in several competitions. This design thinking also helps the teachers by providing the correct information to the students and also giving unique solutions to different problems. In this way, our education policy also sees the progress in the overall education of an individual impact on learner personality development and improvise the patterns of his studies in the schools. It also gives a beneficial, attractive, and innovative experience in studies. Contact for K12 School Solution : https://www.stemrobo.com/atal-tinkering-lab/

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Robotics Lab Setup Company

What Sets STEMROBO Apart as a Leading AI Coding and robotics Lab Setup Company?

In the era of education and technology, where innovation is the key to unlocking a brighter future, STEMROBO stands as a trailblazer. As a leading AI coding and robotics lab setup company, we have redefined the landscape of learning, setting itself apart through a unique blend of cutting-edge technology, comprehensive solutions, and a commitment to shaping the innovators of tomorrow. Let’s delve into what sets us apart, making it a frontrunner in the realm of AI coding and robotics lab setup in school. Integrated ‘Design Thinking’ Approach Our commitment to excellence is not just about technology; it’s about transforming the way students engage with the world around them. The integration of ‘Design Thinking’ into its approach to AI coding lab and robotics lab setup sets STEMROBO apart. By encouraging students to empathize, brainstorm, prototype, and iterate solutions, we go beyond the traditional setup, fostering a culture of creativity, critical thinking, and problem-solving skills. Hands-On Learning: Beyond Theory to Practical Application While many companies provide lab setups, Our approach is distinguished by its emphasis on hands-on learning. The curriculum encourages students to move beyond theoretical concepts and actively engage with real-world projects. This not only enhances their understanding but also instills a practical mindset, preparing them for the challenges they will face in the dynamic field of AI and robotics. Comprehensive STEAM Education Integration We recognizes the interconnected nature of knowledge in the 21st century Skills. Beyond AI and robotics, its lab setups seamlessly integrate into the broader STEAM (Science, Technology, Engineering, Arts, and Mathematics) education framework. This holistic approach ensures that students receive a well-rounded education, equipping them with a diverse skill set that transcends the boundaries of individual subjects. Innovative Curriculum Design The curriculum is the heartbeat of any educational initiative, and our curriculum design sets it apart from the rest. It goes beyond traditional coding exercises, incorporating elements of artificial intelligence and robotics to provide students with a comprehensive understanding of these technologies. The result is a generation of learners who not only code but also understand the underlying principles that drive AI and robotics. Support for Interdisciplinary Learning AI and robotics are not standalone fields; they are intricately connected to various disciplines. We recognize this and actively support interdisciplinary learning. The lab setups cater to multiple subjects, allowing students to explore the intersection of technology with other domains. This approach not only enriches their educational experience but also prepares them for a future where interdisciplinary skills are highly valued. Global Impact in Education Our influence extends beyond regional boundaries, making a global impact in the field of education. As a company that embraces diversity and inclusivity, we have successfully implemented lab setups in various educational institutions worldwide. This global reach not only reflects the company’s commitment to providing quality education but also showcases its adaptability to diverse educational systems and cultural contexts. Certified Educator Training Programs A significant factor that sets us apart is its focus on empowering educators. The company goes beyond providing lab setups; it invests in the training and development of educators through Certified Educator Training Programs. This ensures that teachers are not only equipped with the technical know-how but also with the pedagogical skills to effectively impart knowledge in AI coding and robotics. Commitment to Lifelong Learning STEMROBO’s commitment to education goes beyond the classroom. The company actively promotes lifelong learning, recognizing that staying relevant in the fast-paced world of technology requires continuous skill development. By instilling a passion for learning, we ensure that students and educators alike are prepared for the ever-evolving landscape of AI and robotics for k12 Students. Customer-Centric Approach What truly distinguishes us is its customer-centric approach. The company understands that each educational institution is unique, with its own set of challenges and requirements. We works closely with schools to tailor solutions that meet their specific needs, ensuring that the lab setups seamlessly integrate into the existing educational framework. Sustainable Educational Solutions STEMROBO is not just about the present; it’s about building a sustainable future through education. The company’s lab setups are designed with sustainability in mind, focusing on efficiency, longevity, and environmental impact. This commitment to sustainability aligns with the broader goals of creating a better future for generations to come. What sets us apart as a leading AI coding and robotics lab setup company is its unwavering commitment to excellence in education. From the integration of ‘Design Thinking’ to hands-on learning, comprehensive STEAM education, innovative curriculum design, global impact, educator training, and a customer-centric approach, our multifaceted approach positions it as a pioneer in the field. As we look to the future, STEMROBO stands as a beacon, shaping not only the technological landscape but also the minds of future innovators. In a world where AI and robotics will play an increasingly pivotal role, STEMROBO’s lab setups are not just tools; they are the building blocks of a generation prepared to tackle the challenges and opportunities that lie ahead.

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