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Use of Technology and Design Thinking to Help Community

Children need to learn the skills required for design thinking to make an impact in the community.
Design thinking not only helps students in creative problem-solving at the school level but also in developing skills that create an impact on the community at large. In classrooms, design thinking is confined only to developing joint skills and creativity. The addition of technology amplifies the outcome of design thinking; effectively and on time

It is essential for teachers to educate students on working in self-motivated teams that develop unconventional methods to challenges faced by communities; whether the community is a neighborhood, a classroom, or beyond. Teachers are making use of design thinking strategies coupled with technology to help pupils find authentic solutions for social challenges.

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Prepare Students for Design Thinking
Unique experiences play a vital role in connecting students with their peers. The combination helps in offering unusual perspectives, in-depth insights, and distinctive solutions.
The five stages of design thinking include:

• Empathize With Others: Without empathy, it will be difficult for students to understand the pain points of a community, nor will they be open to ideas.

• Define the problem: The solutions to problems appear only upon understanding where the trouble lies.

• Ideate: No matter how doubtful, students usually put forward their responses and solutions. During the ideating stage, it’s essential that the educator allows the group to look at all the options.

• Build a Prototype: What plays a vital role in building a prototype is the learning experience involved because some models may work and others may not.

• Test: Most often, students keep a check on their work, which helps them determine their effectiveness.

Below are some ways teachers can merge technology with design thinking:

• Curating videos and photos,
• Film animation,
• Designing video games,
• Developing protocols and procedures,
• Approaching subject matter experts outside the classroom,
• Building virtual prototypes of STEM innovations.
Additionally, design thinking considerably reduces dependence on memorization for learning. Pupils who engage in design thinking study to:
• Be receptive to change,
• Demonstrate flexibility,
• Develop creativity,
• React with empathy,
  • Make advancement in their critical thinking skills.

2. Drone Technology to Find Grounds in K-12 Culture

Education with modern technologies sounds great and is the base of K-12 culture. Artificial intelligence and machine learning enabled tools are already making the learning process convenient. Drones are the next to join the K-12 culture for taking education to new heights.

Enhanced Visualization
Drones are capable of giving a bird’s eye view of geographical areas. Students can be made to view scenery or location from different angles and can be asked to recognize and describe the same. Such activities help students in understanding 3-D view of locations and enhance their visualization capabilities. Even real-time video capturing can be included in learning sessions for disaster management.

Improving STEM Education

Education curriculums can include drones for technical teaching in schools. Many students dream to be a great engineer, so technical teaching can prove to be helping hand. Drones can create real-world scenarios using cameras and virtual reality technology which would enable students to comprehend the problem much effectively and come up with a better solution in less time. A similar approach can be applied for other subjects such as mathematics where unmanned aerial vehicles (UAVs) can be handy in understanding topics like trajectory, trigonometry and several others.

Development of Motor Skills

Entailing UAVs in K-12 culture will leverage students in developing fine motor skills and hand-eye coordination. Flying a drone requires an understanding of speed, direction, and other fine motor skills which develop over the time with practice. Visual cues and spatial orientation comprehension is crucial to control UAVs and students will develop these skills over time. Incorporating the technology will make classrooms initiate fun learning, drive students to technical advancement, and intrigue aviation as a career.

Surveillance and Data Analytics
The most well-known implementation of drones is for surveillance, where they leverage institutions to monitor their security in real-time, even for areas out of human reach. Top-view of games would allow coaches to create better and new moves for competitions through data analytics.

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