Environment Engineering Lab

Engineering a Better World Starts Here

Welcome to The XyayX Environmental engineering labs

At The XyayX Institute, both our Brooklyn and Kinston campuses feature dedicated, state-of-the-art STEM Labs built to serve between 25–50 students at a time. These labs are designed to foster hands-on, project-based learning in a dynamic, collaborative environment.

Each location includes:

A fully equipped Robotics & Engineering Room
An interactive Makerspace with 3D printers, electronics tools, and prototyping materials
A dedicated Environmental Research Laboratory for student-led air, soil, and water quality testing
Additional instructional areas for coding, digital design, and STEM theory

Whether students are building robots, programming Arduino microcontrollers, launching environmental research, or designing inventions from scratch, our STEM Labs provide the space, tools, and mentorship to bring big ideas to life.

Partner With Us to Expand STEM Access & Opportunity

At The XyayX Institute, we offer customizable in-school and after-school STEM programming designed to meet the unique needs of schools, districts, and communities. Our approach combines hands-on learning, real-world research, and culturally relevant instruction to spark student engagement and achievement in STEM fields.

Our Partnership Opportunities Include:

In-School & After-School STEM Programs
Teacher Externships & Professional Development in Project-Based STEM
CTE-Aligned Curriculum Support & Implementation
Hands-On Lab Access for Students (Brooklyn & Kinston Labs)
STEM Workshops, Events, and Maker Challenges
Science Fair Coaching, Mentorship, and Judging Support

Partner With Us to Expand STEM Access & Opportunity

Our STEM Labs aren’t just spaces—they're launchpads for innovation. Students across grade levels use the labs daily for immersive, interdisciplinary projects that combine science, engineering, technology, and environmental research.

Programs and projects include:

Robotics & Mechatronics: Students design and build functioning robotic systems, including robotic arms, rovers, and sensor-based automation.
Coding & Physical Computing: Hands-on programming with Arduino, ESP32, and other microcontrollers to power devices and data collection tools.
Environmental Engineering Research: Students use real sensors to collect air, soil, and water quality data in local gardens and green spaces as part of our citizen science initiatives.
Makerspace Projects: From 3D-printed tools to wearable tech, students bring their ideas to life using digital fabrication, circuitry, and design thinking.
Smart Farming & Sustainability: Integration of IoT devices into gardens for monitoring climate, soil, and crop health—connecting agriculture with technology.

Whether you’re launching a new CTE pathway or strengthening an existing STEM initiative, we build custom partnerships tailored to your school’s vision and goals.

We’re Actively Partnering With:

School Principals & Instructional Leaders

CTE & STEM Program Coordinators

District Administrators & Education Advocates

Community-Based Organizations & Nonprofits

Local & City Elected Officials