Game Development With Ai

What it is A seven-week virtual bootcamp for motivated students ages 10–18 who want to move from loving science to actually doing it. Most students who say they love science have never done real research—this track walks them through the full arc of scientific work: asking a question, forming a hypothesis, designing a study, gathering evidence, and communicating findings, ending in a capstone presentation. The schedule (7 weekly sessions) What is science, actually? What makes a scientific question, and why real research isn't as linear as textbook science. Asking a good question: turning broad curiosity into a testable hypothesis, plus literature searching with Google Scholar, PubMed, and peer-reviewed papers. Designing the study: variables, controls, confounders, sample size, experimental vs. observational design, and research ethics. Evidence and data: what counts as evidence, data collection, descriptive statistics, reading graphs, and recognizing bias and error. Communicating science: building a science fair poster, structuring a five-minute talk, and fielding judges' questions. Project workshop: students present progress in small groups and get instructor and peer feedback to refine their work. Presentation competition: each student gives a seven-minute presentation with judging questions. Top projects earn Distinction certificates and priority access to follow-on mentoring for competitions. What students walk away with A research project + path for science fairs and competitions like Regeneron ISEF and Genius Olympiad, or toward submission to the International Journal of High School Research (IJHSR). What parents should know No prior research experience is needed; the bootcamp is built to take students from curiosity to a finished project. It's cohort-based and virtual, so students learn alongside peers in live weekly sessions. A free intro session is available first, so students can get a taste

A fun and interactive program that introduces children to programming and artificial intelligence through Scratch. Students learn programming fundamentals, create interactive games and projects, and explore basic AI concepts through hands-on activities. The course develops creativity, problem-solving, logical thinking, and computational thinking skills in an engaging, project-based environment.

"Pack Their Minds" Prep their minds, not just their school bag. Back-to-school preparation is usually about getting everything ready for the year ahead: the school bag, books, pencils, and supplies. But what if we prepared something even more important? Their minds 🧠✨ At "Pack Their Minds", we turn back-to-school preparation into a playful, hands-on experience where children explore, experiment, create, and solve challenges while developing the skills they need beyond the classroom. Through interactive science experiences and creative challenges, children will have opportunities to build curiosity, observation, creativity, confidence, teamwork, and problem-solving, all while having fun and playing. And there’s a special part of the journey: Every child gets their own "Mind Bag" a playful symbol of everything they are building throughout the experience. As they take on challenges and discover new abilities, they collect stamps representing the skills they develop. Because some of the most important things children need for school can’t fit in a regular bag. 🎒 Pack their minds. 🔍 Let them explore. 💡 Let them think. ✨ Let them discover what they can do. A back-to-school experience designed not just to prepare children for school, but to help prepare them for whatever comes next.

Doctors of Tomorrow, Coders of Today is an engaging program designed for school students who are curious about both healthcare and technology. This training introduces participants to the fundamentals of medical sciences and computer programming, demonstrating how technology is transforming modern healthcare. Through interactive workshops, hands-on activities, and real-world examples, students will explore human biology, medical innovations, coding basics, and the role of artificial intelligence and digital tools in medicine.

What it is A seven-week virtual bootcamp for motivated students ages 10–18 who want to move from loving science to actually doing it. Most students who say they love science have never done real research—this track walks them through the full arc of scientific work: asking a question, forming a hypothesis, designing a study, gathering evidence, and communicating findings, ending in a capstone presentation. The schedule (7 weekly sessions) What is science, actually? What makes a scientific question, and why real research isn't as linear as textbook science. Asking a good question: turning broad curiosity into a testable hypothesis, plus literature searching with Google Scholar, PubMed, and peer-reviewed papers. Designing the study: variables, controls, confounders, sample size, experimental vs. observational design, and research ethics. Evidence and data: what counts as evidence, data collection, descriptive statistics, reading graphs, and recognizing bias and error. Communicating science: building a science fair poster, structuring a five-minute talk, and fielding judges' questions. Project workshop: students present progress in small groups and get instructor and peer feedback to refine their work. Presentation competition: each student gives a seven-minute presentation with judging questions. Top projects earn Distinction certificates and priority access to follow-on mentoring for competitions. What students walk away with A research project + path for science fairs and competitions like Regeneron ISEF and Genius Olympiad, or toward submission to the International Journal of High School Research (IJHSR). What parents should know No prior research experience is needed; the bootcamp is built to take students from curiosity to a finished project. It's cohort-based and virtual, so students learn alongside peers in live weekly sessions. A free intro session is available first, so students can get a taste