Problem

An existing WLED-based setup was limited for classroom timing, dismissal, alerts, and operational communication.

Approach

Co-developed a custom system concept supporting digital clock display, countdown timer, stopwatch, color-coded school alerts, custom sounds, alert concepts, synced network clocks, and possible expansion to desktop, mobile, and wearable triggers.

Impact

Improved classroom communication, operational timing, visual notifications, and emergency alert concepts across a shared educational environment.

Problem

Classroom support workflows need more flexibility than generic cloud tools often provide, especially when instruction, troubleshooting practice, workflow ownership, and iterative feature expansion are part of the learning environment.

Approach

Designed a self-hosted instructional support platform using AI-assisted development to explore customizable ticket workflows, classroom-controlled systems, reduced cloud reliance, operational flexibility, and iterative AI-assisted feature expansion.

Impact

Creates a practical technology solution for teaching support operations while giving the classroom more control over workflows, data boundaries, feature priorities, and hands-on technical problem solving.

Problem

Students and educators need safe, structured, regulation-aware ways to use AI in K-12 settings.

Approach

Implemented classroom-focused AI systems, local LLM exploration, and RAG workflows using school-related documentation within privacy-aware boundaries.

Impact

Supports AI literacy, responsible use, privacy awareness, and hands-on understanding of modern AI systems.

Problem

Teachers need practical, responsible ways to use AI for productivity while respecting student privacy and applicable education laws.

Approach

Delivered AI guidance and demonstrated AI-created tools and workflows for organization, repetitive task automation, and practical classroom productivity.

Impact

Helped staff understand practical AI use, responsible boundaries, workflow innovation, and productivity opportunities.

Problem

Students need authentic, engaging technical projects that connect AI, hardware, creativity, workflow thinking, and practical problem-solving.

Approach

Mentored students through practical builds using AI as a creative and technical support tool while keeping human planning, testing, and oversight central.

Impact

Increased student engagement, technical confidence, and exposure to real-world AI-assisted creation.

Problem

Students need career-connected technology instruction with certifications, college credit pathways, internships, and practical technical confidence.

Approach

Teach technical courses and guide students toward ITF+, Tech+, A+, college articulation, and IT-related internships while connecting AI tools to practical technology solutions.

Impact

Students have earned many ITF+ and Tech+ certifications, some A+ certifications, articulated college credits, and IT-related internships.