Design Thinking
Design Thinking Course is a highly sought-out skill . Teaching kids how to think critically and creatively solve everyday problems is essential. This course will provide an introduction to design thinking and how a design thinking mindset helps kids develop their problem-solving skills. In addition, This course focuses on applying the practical application of design thinking to solve challenges creatively in an innovative and empathic way.
Why Design Thinking Course is Beneficial
Acquisition of Practical Skills
Problem-Solving Abilities
Future Opportunities and Professional Growth
Benefits of This Course
- Gain Technical Skills
- Kids develop a sense of empowerment and achievement.
- Skills they gain will be valuable for the tech-driven world kids will grow up in.
- Kids develop logical thinking and problem-solving skills.
- Improve Creativity
Overview Of Courses
- Introduction to Design Thinking
- What is design thinking?
- Importance of design thinking in problem-solving
- Real-world examples of design thinking
- The Five Stages of Design Thinking
- Empathize: Understanding the needs of the people you're designing for
- Define: Clearly articulating the problem you want to solve
- Ideate: Generating a range of creative ideas
- Prototype: Building a representation of one or more of your ideas
- Test: Sharing your prototype with your original user for feedback
- Importance of empathy in design thinking
- What is a prototype and why is it important?
- Module 7: Test
- Design Thinking in Action
Why Choosing Us
Teaching Methods
Operational Plan
FAQ'S
Design thinking is a problem-solving approach that helps kids tackle challenges by focusing on empathy, creativity, and collaboration. It's important because it teaches them to find innovative solutions to real-world problems.
Design thinking can be applied to various situations, such as improving a school project, creating a new game, solving a community problem, or even making a more user-friendly app. It's a versatile approach!
The design thinking process typically involves empathizing, defining the problem, ideating (coming up with ideas), prototyping (creating a simple version of your solution), and testing it. You'll learn and practice these steps in the course.
Student Success Story
My daughter, Emma, embarked on an extraordinary journey of innovation and discovery through the AI and robotics training program at Futurbrain. As a concerned parent, I wanted to provide her with opportunities that would not only broaden her horizons but also equip her with essential skills for the future.
One of the most remarkable aspects of the program was its hands-on approach. Jad had the chance to build robots from cratch, write code to control their vements, and even delve into machine learning concepts. It was truly immersive, and I could see the spark of curiosity in her eyes every time she came home from class.
It was so cool!" responded by saying my 10-year-old son. I got to build robots that could play soccer and can move on the basis of sensors, I could see the spark of curiosity in his eyes every time he came home from class, Thank you for your enthusiasm, dedication, and concern, thank You Robowhizkids.
Admission limitationWelcome to Lingostem.com
A) For Our Young Learners (Under 16)
Minors (those under the age of 16) refrain from providing personal details or making direct contact with us without the consent and supervision of a parent or guardian.
Only parents or legal guardians are permitted to initiate contact or provide any personal information through the website on behalf of children.
B) Enrollment Update: Due to constraints in our resources and the unique nature of our curriculum, we are, regrettably, currently unable to accommodate students residing outside of India. We appreciate your interest and hope to expand our reach in the future!
Thank You for Understanding!