Description
Harmony Hackers: Unleashing Music with Science, Coding, & A.I
Read the STEAMwhiz article “Harmonious Integration,” to find out why music finds its rightful place in STEAM education.
Course Objectives:
- Foster a passion for music and its connection to science, technology, engineering, arts, and mathematics.
- Develop 3D visualization and printing skills for creating musical instruments and accessories.
- Cultivate coding skills and computational thinking through music-related projects and applications.
- Hands-on physical computing activities to build interactive musical instruments and systems.
AI-Driven Music Composition – Introduce students to AI-generated music and discuss its implications in the music industry, while engaging students in activities where they remix existing music using AI techniques and create their unique compositions.
Explore Up
Fundamentals of Music & Sound Waves – Fall Semester
Basic of music theory, rhythm, melody, and harmony
Physics of sound waves
Create Sound and Music with everyday objects
Design 3D models of musical instruments, parts, or custom accessories
Skill Up
Coding & Music Application Software – Winter Semester
Coding Fundamentals – Scratch Jr, Scratch, and other block-based coding languages
Create sounds, melodies, & rhythms through code
Music, Animation, & Game Development with Code
Build Up
Putting it All Together! – Spring Semester
Physical Computing – control & interact with the real world using code
Design & Build Interactive Music System
AI-Driven Music Composition & Remixing
Like and follow us on facebook
In-person Enrichment Program
Explore Up, Skill Up, and Build Up your child’s excitement for Science, Technology, Engineering, Art, & Math (STEAM) and accelerate the preparation needed for their future via STEAMwhiz programs; all developed here locally in Guilderland, NY, by our very own expert STEAM-TEAM!!
- A 1.15 hr/week, in-person lab for 11-weeks per semester, that will stimulate your children to use and develop their analytical and critical thinking skills
- Min. 3 students/Max. 6 students
- An additional week is included for makeups. No make-up needed = Bonus Lab!
Capital District Kids!!
- Int/Adv ‘Thinkers & Doers’ ages 9-13 * Grouped developmentally
- Beginner ‘Thinker & Doer’ Labs (ages 6-8 yrs old)
- After school and Homeschool hours
- The STEAMwhiz Lab is located in Guilderland, NY.
- Parents are always welcome to “pop-in” and see what’s going on.
- Many parents drop off and run errands with close access to Banks, Shopping, Coffee, Car Wash etc.
- 1.15 hours each week
- 11-weeks per semester
- 11 guided labs
- Additional make-up lab
Become the Problem Solvers of Tomorrow! Prepare them for their 21st future, not our past.
When students participate in STEAMwhiz Lab Programs they benefit in four main ways:
- STEM/STEAM Interest – Students become excited about STEM subjects and want to learn more about them.
- STEM/STEAM Confidence – Students gain confidence in their STEM skills and abilities.
- STEM/STEAM Competence – Students learn to think analytically and critically to solve problems.
- STEM/STEAM Value – Students learn the importance and relevance of STEM to themselves, others, and society.
STEAMwhiz can provide opportunities for your student to jump into STEM and explore their interests and passions with fun, hands-on, inquiry-based challenges like engineering 3D Printed Balloon Racers, designing apps and video games, and coding a robot. Interest in STEM begins in early childhood (between the ages of five and ten) and students who participate in programs, such as STEAMwhiz become more confident in their math and science abilities and are more interested in STEM subjects and careers.
The ‘STEAM’ Team
STEAM-Team or Dream Team? 😉 This lab is taught by STEAMwhiz’s lead educator Allie Pulecio. She is certified in K-6th education, published STEM education work in a peer-reviewed journal, and has over 15 years of classroom experience and curriculum development. The lab is overseen by STEAMwhiz’s scientist Dr. Javier F. Pulecio (aka Dr. J) who holds a Ph.D. in Engineering Sciences has worked as a physicist at premier U.S. research institutions, as well as an engineer at fortune 500 companies, and authored over a dozen publications in top-tier journals. Together they are driven by their passion to empower students to develop their analytical and critical thinking, necessary to prepare them for the future.
Our Method of Success
Eliminate the fear and allow our children the time and space to fail forward and succeed. The STEAMwhiz Method will help students build their confidence in themselves and their abilities through discovery, tests, creation, and analysis. STEAMwhiz kids will be able to embrace the idea that failures lead to opportunities to learn and grow. STEM/STEAM learning experiences offer amazing opportunities to develop powerful GROWTH MINDSET attributes, which are pivotal for success!
Prior Knowledge
Each lab is built upon the other. Students will be given the time necessary to develop new connections resulting in new learning. When instruction is not jumping from one new thing to the next, students can develop goals, take on challenges, learn from mistakes, practice new skills, persevere, and ultimately create a culminating “Show-What-You-Know” PBL unit (project-based learning).
Project-Based Learning
Project-based learning empowers students to seize control over their learning experiences, following their interests and passions as they address a driving question or challenge; through investigation and inquiry; student voice and choice; reflection; revision; and finally, a project to be shared and celebrated. As students work with one another to create projects to share, they become responsible for the assessment of their work. Project-based learning frees students from the anxiety of meeting the expectations of school and/or instructors while allowing them the agency to create using the meaning they’ve developed from their experiences. This is a powerful re-imagination of what is possible!
