
Play Video
*No Prior STEM knowledge needed
**Limited seats per group
STEAM (Science, Technology, Engineering, Art, Math) education bridges the gap between theoretical learning and practical application. Using this principle, the workshop familiarizes students with the digital universe that is so deeply integrated with our world. By way of thrill-inducing, real-life problems involved in drone building, coding and flying, the workshop makes physics laws, math formulas, engineering design basics and programming codes clear and interesting for students.
STEM activities like drone building, coding & flying give students a taste of the real-world challenges helping them gain skills like creative & critical thinking, team collaboration & contribution, perseverance and many more. Using the creative and collaborative nature of drone activities, the workshop aims at developing students’ social and emotional intelligence as well. The workshop provides students with a safe space to explore their full potential and equips them with tools to deal with stress productively. The ultimate goal is to have well adjusted, empathetic youth who grow up to be contributing members of society.
Maneuvering a drone is inarguably one of the most fun activities for students of all ages. The workshop uses this enjoyable pursuit to build a very desirable and versatile set of hard and soft skills in students. The workshop provides students with a DIY Lego-type drone that they will build, aka engineer, themselves. They will then learn the many facets of droneology and team up with fellow students to plan and code a cool aerial show by way of a 4-stage mission.
Curriculum Highlights
|
STEM & SEL Skills Students Will Learn
|
---|---|
- UAVs definition & discovery - Laws, Physics & Math - Drone parts and assembly - Coding & Control - Planning and Flight - Training, tips & tricks
|
- Knowledge of drones and their real-world applications - Grasp of physics and math concepts and their application in the real world - Familiarity with the building blocks of the digital world - Understanding the engineering design process - Curiosity-building - Imaginative thinking
|
- Drone-related role play - Feedback & Critique - Active Self-Reflection - Mindfulness exercises
|
- Effective communication - Listening & observation - Self-appreciation & love - Empathy - Problem-solving - Conflict-resolution - Productive stress-busting
|
- 4-Stage Squad Mission
|
- An introduction to visual-based coding - Understanding coding concepts: loops, functions, variables - Drone piloting - Brainstorming - Strategic Planning - Team contribution and collaboration - Responsible decision-making
|
Polli is the easiest way for students to learn coding skills. Learn to code in weeks and launch your first application on an AppStore.
This droneology program is a one-of-a-kind initiative by BrainTech Robotics to empower youth and promote digital, social and emotional literacy. Backed by the Government of Canada and the City of Toronto, the program broadens the scope of STEM education with the inclusion of Arts (STEAM, if you will). This gives students an opportunity to learn STEM concepts and explore their creative and artistic abilities. Like all BTR-powered programs, this workshop also focuses on students’ holistic development by coupling STEAM education with SEL.
Simply because we teach students in a way that is enjoyable and consumable for them. Instead of forcing theory down their throats, our after-school programs are designed to give students hands-on experience with the practical applications of what they are learning. We also foster an emotionally healthy environment where students can learn and grow at their own pace.
Yes, Green P parking is available at Fort York Natural Historic Site, Toronto History Museums the location of the workshop.
The introductory, and beginner workshops will use scratch block-based visual programming to control drones and rover functions. Python programming language will be introduced as kids transition into intermediate and advanced workshops.
As part of the STEM program, BTR infuses Social Emotional Learning components. Thus hands-on access to the lab equipment will always be shared in a team formation of 2-5 students depending on the size and nature of the apparatus.
All our apparatus can be purchased by the parent of a registered student provided it has never been unboxed and used in the workshop. (see BTR Admin.)
LiteBee Drones are designed to stop all motion on contact or when sensing adverse resistance. The actual blade composition and spin rate are not enough to cut or cause severe injury.
BrainTech Robotics, at its core, is a STEM Learning Centre that is dedicated to empowering youth between ages 10-17 by encouraging them to engage and embrace the wonders of science, technology, engineering, art and mathematics (STEAM). We implement creative learning techniques to endow students with life skills (tech and soft) that will prepare them for the digitally-powered real world.
We strive to foster an inclusive and mindful culture that allows young minds of all races and genders to unlock their full potential.