YOUNG SCIENTISTS PROGRAMME

We offer excellent and well-structured hands-on experiential learning programs with state-of-the-art equipment, under expert supervision. The comprehensive one-year 'Young Scientists Program me' covering AI, ML, 3D printing, Drone, Data Science, IoT and Robotics, provides a well-rounded education in these cutting-edge technologies.

Catering to the needs of different age groups, i.e. 7 to 10 years (Primary), 11 to 14 years (intermediate) and 15 to18 years (Advanced), our programs ensure that the children of various ages benefit from this valuable learning opportunity as per their individual growth expectations; as well as the New Education Policy (Govt. of india) '2020.

The 240 hours of classroom training and practical sessions will offer students ample time to delve deep into the subject and gain hands-on experience. The students would also be imparted with additional learnings on design thinking, personality development and communication skills, embedded in the program for their all­ round growth culminating into the leaders of tomorrow.

The inclusion of Projects, Assignments, and Tests further enhances the learning experience, allowing students to apply their knowledge to real-world scenarios and assess their progress. This approach fosters a more interactive and engaging learning environment, ensuring them have a solid understanding of the concepts they learn. The entire ecosystem would revolve around fun learning and enjoyable while challenges would be thrown on them.

The certificate awarded upon successful completion of the program serves as a recognition of the young learner's hard work, dedication and accomplishments. That would make a valuable addition to their academic and personal achievements, boosting their confidence as they pursue further studies or careers in related fields. Overall, the programs offered by the Shard Center for Innovation is ideated and designed to create technically proficient & skilled individuals with a sense of social responsibility. By providing children with

the opportunity to explore and excel in the upcoming domains like-AI, ML, Drone, 3-D printing, Data Science and Robotics, the center plays a vital role in nurturing young minds evolve as future Innovators.

CURRICULUM OVERVIEW 

Course Description: Welcome to the world of AI, ML, Drone, 3-D printing, Data Science & Robotics. This after-class course is designed to provide the students of age 7 to 10, 11 to 14 and 15 to 18 with a comprehensive and engaging introduction to these cutting-edge technologies.

Over the course of 240 hours, the students will explore the foundations of artificial intelligence, learn how to program and operate drones, delve into the concepts of 3- D printing and machine learning and develop skills to program and operate robots. Through a combination of hands-on activities, practical projects and interactive sessions, the students will gain a deep knowledge & understanding of these exciting domains as well as their real-world applications. The course will end with issue of a certificate.

FUTURE SCOPE

The future of AI, ML, Drone, 3-D printing, IoT and Robotics present a wide range of opportunities and advancements across I         various sectors and industries. The Shard Center for Innovation's focus on these cutting-edge technologies puts its students at the forefront of these rapidly evolving domains. Here are some key areas where these technologies are expected to have a significant impact: 

• Artificial Intelligence (AI): AI has the potential to revolutionize industries by enabling automation, predictive analysis, natural language processing and machine learning algorithms. AI-powered applications can be found in healthcare, finance, transportation, manufacturing, customer service and many other sectors.
• Drone Technology: Drones are being utilized in a variety of applications such as aerial photography, surveillance, agriculture, delivery services and disaster response. As the technology improves, their use may further expand, offering new opportunities in diverse industries.
• Machine Learning (ML): Machine learning is driving advancements in data analysis, pattern recognition and decision-making. It is being applied in areas like personalized marketing, recommendation systems, fraud detection and autonomous vehicles.
• 3- D Printing: 3D printing offers students a platform to express their creativity by bringing their imagination to life. The students equipped with this skill are better prepared for future careers in the fields of engineering, architecture, product designing and manufacturing.
• Data Science: In a data-driven world, the data science is transforming industries by providing valuable insights. It drills the data to discover hidden trends & patterns to bring value to the businesses at all levels. The high demand for data analysis secures a special place for a data scientists in all businesses.
• Design thinking: Design thinking surpasses conventional problem-solving methods, enabling to envision, innovate and craft out of the box solutions. Embracing design thinking empowers the professionals to unlock their efficiencies in enumerative manners.
• Internet oflhings (IoT): The extensive range ofloT cloud applications encompasses diverse sectors, including manufacturing, agriculture, healthcare, smart cities, security, and emergency services. It serves as a

catalyst for developing and deploying intelligent devices tailored to tackle real-world challenges and concerns, fostering innovation and efficiency across industries. 

• Robotics: the use of robots is increasing in industries like manufacturing, healthcare, logistics and exploration. In the times to come, we can expect more sophisticated robots performing complex tasks and interacting with humans in numerous ways.
• Automation and Efficiency: across all these technologies, there is a focus on improving efficiency and automating tasks that were once manual, leading to increased productivity and reduced costs in various industries.
• Research and Innovation: AI, ML, Drone, Data Science, IoT and Robotics continue to be areas of active research and development, with new applications and breakthroughs emerging every day.
• Education and Skill Development: as these technologies become more prevalent, the demand for skilled professionals in these fields will increase. The Shard Center for Innovation's programs will equip students with the skills needed to meet this demand and thrive in future careers.
• Social & Environmental Impact: these technologies have the potential to address societal challenges,

 such as healthcare improvements, environmental monitoring, disaster response, and assisting people with disabilities.

Overall, the future scope of AI, ML, Drone, 3-D printing, Design Thinking, Data Science, IoT and Robotics is vast and promising. Graduates from the Shard Center for Innovation will be well-positioned to contribute to these advancements and make a positive impact on the world with their technical proficiency and sense of social responsibility.