Description
High-Performance Innovation Labs
Professional Portfolio Development
Where creative problem-solving meets real-world application. For our oldest students, STEAMwhiz transforms from a learning lab into a professional incubator designed for teens aiming to prove their ability to innovate, adapt, and execute complex capstone projects.
Incubator Specifications
Lab Format
Weekly incubator format focusing on autonomous, iterative design and master portfolio creation.
Target Ages
High School Students (Grades 9–12 / Ages 14–18) preparing for university admissions & industry careers.
Strict 8:1 Mentorship
Capped at 8 students per lab with direct mentorship from Dr. J (Ph.D. Engineering) & industry veterans.
4-Year Domain Rotation
Students starting in 9th grade graduate with 2–4 complex completed capstones in each domain.
Why GPAs & Test Scores Aren't Enough
Top universities (MIT, Stanford, Cornell, RPI) and modern employers look past standardized metrics. They want proof of execution: compiled codebases, 3D CAD stress models, mechanical schematics, and functional prototypes.
Tangible Proof of Work
Rather than listing extracurricular attendance, our teens submit hosted GitHub repositories, CAD assembly files, and video demonstrations of working hardware.
Cross-Disciplinary Mastery
By rotating through code, animation, hardware, and physical build design, students demonstrate the versatile, high-level creative problem-solving demanded by 2035 career paths.
Immunity to Cognitive Brittleness
Teens practice working through real-world engineering failures ("Locker Room Moments"), building the mental toughness and GRIT necessary to thrive in high-stakes academic environments.
The Four Core Domains of Innovation
Select a domain to inspect technology suites, industry workflows, and portfolio artifacts.
Build a Complete STEAM Ecosystem
Combine core analytical enrichment with specialized robotics, cutting-edge AI mastery, and open studio time.
SEP | STEM Enrichment Program
Ages 6–14+The cornerstone of creative problem solving and analytical thinking. Students integrate Science, Technology, Engineering, Art, and Math (STEAM) to explore fundamental principles, cultivate intellectual curiosity, and learn how to solve hard problems with confidence.
REP | Robotics Enrichment Program
Ages 6–14Hands-on mechanical engineering and applied robotics. Students master physical mechanisms, gear ratios, sensor integration, and autonomous programming as they build functional robotic systems to conquer complex engineering challenges.
AIP | Artificial Intelligence Program
Ages 9–14Empower your child to become an AI creator, not just a consumer. A comprehensive journey from machine learning fundamentals to ethical AI design. Students build and train real AI models using cutting-edge hardware and real-world data sets.
Project Studio | Tech Club
Wednesdays 4:00 PM – 6:15 PM | Ages 8–14Exclusive to enrolled STEAMwhiz students! A flexible 2.25-hour open lab where kids convert lab concepts into passion projects. A high-value, "come and go as you please" space to collaborate, experiment with lab technology, and build original innovations.
The STEAMwhiz Core Framework
We don't just teach tools—we train the "Academic Athlete."
Mental Toughness & "Hard Fun"
Passive consumption (TikTok, video games) breeds cognitive brittleness. We replace cheap dopamine with the deep dopamine of solving hard problems. In our lab, failure isn't a dead end—it's data gathering during a "Locker Room Moment."
Portfolios Over Standardized Tests
The 2035 Innovation Economy doesn't reward rote memorization. Our students build tangible Portfolios of Work—3D CAD files, compiled code bases, and functional hardware prototypes that prove real-world capability.
Led by Master Coaches
Academic Athlete Leadership
Our labs are directed by Co-Founder Allie Pulecio, a master educator with over 20 years of STEM curriculum experience. Curriculum architecture is spearheaded by Co-Founder Dr. Javier F. Pulecio (Dr. J), who holds a Ph.D. in Engineering Sciences and brings years of experience as a physicist and engineer at premier research institutions and Fortune 100 technology companies. Together, they eliminate cognitive brittleness and mentor students toward lifelong analytical mastery.
Frequently Asked Questions
High school classes often focus on theoretical textbook problems to pass standardized Regents or AP exams. Our Innovation Lab operates as a professional incubator where teens build physical prototypes, write syntax code bases, and compile portfolios that demonstrate actual engineering execution.
Most major university application portals (e.g., Common App, MIT Maker Portfolio, SlideRoom) allow students to submit supplemental portfolio links. Our students include direct links to GitHub repositories, 3D CAD design files, motion capture cinematic reels, and working prototype video demonstrations.
Yes. Our strict 8:1 ratio allows master instructors to meet high schoolers at their current technical baseline, quickly scaffolding syntax coding or CAD modeling skills so they can immediately begin contributing to capstone projects.
Full refunds are available for unstarted future semesters provided written notice is submitted at least two weeks prior to the start date. Active in-progress terms are non-refundable due to locked instructor staffing and advanced equipment allocations. Read the complete policy here.
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