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Executive Summary – Instructional Technology Integration in Educational Specifications
The Gilroy Unified School District Educational Specifications embed instructional technology as a core design element across all grade levels and specialized programs, ensuring facilities support a dynamic, future-ready learning environment aligned with the District’s LCAP goals. Technology integration is treated not as an add-on, but as an essential infrastructure for instructional equity, student engagement, and career preparation.
At the TK–5 level, learning spaces are designed for 1:1 device use, interactive displays, and flexible layouts that support early digital literacy, guided learning platforms, and communication with families. Grades 6–8 expand technology integration through project-based labs, shared makerspaces, and digital media tools that support exploration in coding, design, and STEM-related pathways. Grades 9–12 feature professional-grade infrastructure, including industry-standard CTE labs, media production studios, and specialized environments for virtual learning and digital entrepreneurship.
Special Education environments incorporate assistive technologies and accessible digital tools, embedded within general ed classrooms and therapy areas. These include hearing loops, communication boards, adaptive workstations, and visual scheduling systems. All instructional environments include robust broadband access, distributed power/data, and acoustic design to support digital teaching and learning.
Technology also supports teacher collaboration, with dedicated planning rooms and hybrid-enabled professional learning spaces. Across the district, facilities built from these specifications ensure that every student and educator has access to the tools and environments necessary for effective, inclusive, and forward-thinking instruction—delivering on GUSD’s commitment to equitable access, innovative practice, and real-world readiness.
The Gilroy Unified School District (GUSD) implements technology integration through multiple goals and initiatives, though it does so in a distributed and program-supportive manner. GUSD’s LCAP integrates technology across instructional, equity, and professional learning goals. Technology is positioned as a tool for inclusion and access, especially for students who benefit from differentiated support (English Learners, SPED, and foster youth), and as a core enabler of instructional quality in all grade levels. The facilities reinforce this by embedding infrastructure, layout flexibility, and assistive tech support into every learning space—from early childhood to CTE.
1. Technology Integration as a Design Standard
Weaving instructional technology infrastructure into design criteria across TK–12 grade bands, includes:
- Distributed power and data in classrooms to support 1:1 computing and project-based learning.
- Interactive technology zones (e.g., mobile display boards, collaboration pods).
- Lab and maker spaces planned with digital fabrication, coding, and multimedia production in mind.
- Clear tech-use expectations by grade band, e.g., classroom projection at TK–3, student-led presentation tech by 6–8, and professional-grade media/editing gear in 9–12.
2. Inclusion-Driven Design
Reflect equity and access by creating:
- • Classrooms with multiple modalities (visual, auditory, tactile) for neurodiverse learners.
- Therapy suites and inclusion support rooms directly connected to general ed.
- Defined assistive tech accommodation zones within classrooms.
3. Career Pathway Lab Typologies
Develop CTE labs that align with both industry practice and K–12 pedagogy:
- Labs outfitted with career pathway-specific tech (e.g., culinary kitchens, ag science wet/dry rooms, robotics fabrication, video production).
- Cross-grade alignment—middle school exploratory electives mimic high school pathway environments.
4. Professional Learning Infrastructure
Support of adult learning and staff collaboration, includes:
- Rooms with tech for hybrid learning and parent engagement sessions.
5. “Digital Readiness” Matrix by Grade Level
| Grade Span | Infrastructure Focus | Programmatic Use | Design Considerations |
| TK–3 | Classroom interactive boards, 1:1 tablets/carts, audio support systems | Guided reading/language apps, early coding, parent communication tools | Floor outlets, device charging stations, voice amplification, age-appropriate furniture |
| 4–6 | Mobile display boards, collaborative worktables, upgraded broadband | Project-based research, digital presentations, Google tools | Flexible furniture layouts, writing/display walls, maker corners |
| 7–8 | Shared labs, tech-ready electives, personal device access | Coding, video creation, science simulations, career exploration | Lab infrastructure (power/data), soundproof media spaces, maker lab integration |
| 9–12 | Professional-grade CTE labs, digital content studios, VR/AR integration | Career pathways, college coursework, entrepreneurship | Zoned labs, secure storage, HVAC/sound for media/editing suites |
6. Special Education Inclusion: Tech Integration:
- Hearing assist loops in shared spaces
- Adjustable-height workstations
- Digital communication boards and visual schedules
7. Career Technical Education (CTE) Lab Typology Specializations
a. Digital Media / Broadcast Lab
- Sound-insulated studio
- Green screen and lighting grid
- Editing bays with high-power workstations
- Studio control room
b. Agriculture Science / FFA Lab
- Grow station or greenhouse adjacency
c. Culinary Arts Kitchen
- All-electric Commercial-grade appliances
- Demonstration station with camera/projector
- Student prep bays with tools
d. Engineering / Robotics Makerspace
- 3D printers, laser cutters, CNC equipment
- Digital design station
e. Business / Entrepreneurship Suite
- Digital marketing workstation zone
- Presentation pitch room with A/V