Supplemental Education Information:
# Student Age Ranges:
Early Child Education Age Ranges: Starting Age: Birth Most Typical Ending Age: 4 years old Exception 1: If a students birthday falls at least six weeks before of the start of the school year they may be recommended to enroll into Primary School at the age of 4, which means they will be 4 when they finish Early Child Education. Exception 2: If a students birthday falls within 7 plus weeks after the school year they may be 5 years old when they finish Early Child Education.
Primary School Education Age Ranges Most Typical Starting Age: 5 years old Most Typical Ending Age: 9 years old Exception 1: If a students birthday falls at least six weeks before of the start of the school year they may be recommended to enroll into Primary School at the age of 4, which means they will be 9 years old when they finish Primary School Education Exception 2: If a students birthday falls within 7 plus weeks after the school year they may be 10 years old when they finish Primary School Education.
First formal assessment: The majority will be 9 years old, those born 7 plus weeks after the start of the school year will be 10 years old.
Lower Secondary School Age Ranges Most Typical Starting Age: 10 years old Most Typical Ending Age: 13 years old Exception 1: If a students birthday falls at least six weeks before of the start of the school year they may be recommended to enroll into Primary School at the age of 4, which means they will be 13 years old when they finish Lower Secondary School Exception 2: If a students birthday falls within 7 plus weeks after the school year they may be 14 years old when they finish Lower Secondary School.
Second formal assessment: The majority will be 13 years old, those born 7 plus weeks after the start of the school year will be 14 years old.
Upper Secondary School Age Ranges Most Typical Starting Age: 14 years old Most Typical Ending Age: 17 years old Exception 1: If a students birthday falls at least six weeks before of the start of the school year they may be recommended to enroll into Primary School at the age of 4, which means they will be 17 years old when they finish Upper Secondary School Exception 2: If a students birthday falls within 7 plus weeks after the school year they may be 18 years old when they finish Upper Secondary School.
## Primary Level Learning Outcomes
### Post-Equality Differences don't determine worth or potential.
### Merit Without Geography Opportunity isn't limited by where you live.
### Technology for All Technology is a tool everyone can access and use.
### Honoring Biological Reality Working with your body and natural systems.
### Eight Hundred Years of Formalized Peace Conflict can be resolved through deliberate systems.
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## Lower Secondary Level Learning Outcomes
### Post-Equality Recognize that systems and institutions can reinforce or challenge the idea that some people are naturally better suited for certain roles—and that these assumptions are learned, not inherent.
### Merit Without Geography Understand how opportunity and access are shaped by where you live, and explore how systems can be designed to distribute both equitably.
### Technology for All Explore how technology can expand access and capability for everyone, or create new forms of exclusion—and recognize the choices involved in how it's deployed.
### Honoring Biological Reality Understand human variation—in ability, health, development, and embodiment—as normal, and see how systems can work with rather than against this reality.
### Eight Hundred Years of Formalized Peace Recognize that conflict resolution is deliberate; explore how systems, institutions, and shared understanding prevent and address conflict.
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## Upper Secondary Level Learning Outcomes
### Leadership & Governance
Students understand how the five principles operate within systems of power and decision-making.
- **Post-Equality**: Recognize that governance structures must actively dismantle assumptions about who can lead, decide, or contribute—and design systems that assume equal capacity across all populations. - **Merit Without Geography**: Understand how institutional design ensures opportunity and influence are distributed equitably across regions, not concentrated in centers of power. - **Technology for All**: Apply technology as a tool for transparency, participation, and equitable access to governance—not as a mechanism for exclusion or control. - **Honoring Biological Reality**: Design systems that account for human embodiment, neurodiversity, variation in capacity, and the material constraints of living in the physical world. - **Eight Hundred Years of Formalized Peace**: Recognize that governance exists to resolve conflict deliberately and systematically, and that institutional design is conflict prevention.
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### Healthcare & Life Sciences
Students understand how the five principles shape medical practice, research, and understanding of living systems.
- **Post-Equality**: Challenge biological essentialism; recognize that variation in biology does not determine social worth, capability, or treatment outcomes—and ensure care systems reject deterministic thinking. - **Merit Without Geography**: Understand how healthcare access and quality of care must be equitable across all regions, and recognize the structures required to prevent geographic disparities. - **Technology for All**: Apply medical technology, diagnostic tools, and health information systems in ways that serve all populations without creating dependency or exclusion. - **Honoring Biological Reality**: Center embodied experience—variation, disease, disability, aging, reproduction—as normative and design care around the actual biology of human life. - **Eight Hundred Years of Formalized Peace**: Recognize health as a public good and healthcare systems as tools for social cohesion and conflict prevention.
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### STEM & Innovation
Students understand how the five principles guide the development and deployment of technology and scientific inquiry.
- **Post-Equality**: Ensure innovation does not reinforce hierarchies or assume deterministic relationships between biology and capability; question whose problems are solved and whose are ignored. - **Merit Without Geography**: Design technology and innovation systems so that access, participation, and benefit are distributed equitably across all regions and populations. - **Technology for All**: Apply the principle directly—technology is a means to equitable outcomes, not an end in itself; ensure tools serve universal access rather than creating new forms of dependency. - **Honoring Biological Reality**: Ground innovation in how humans and living systems actually work, not in idealized or abstracted models; design for bodies, ecosystems, and material constraints. - **Eight Hundred Years of Formalized Peace**: Recognize that innovation shapes conflict and cooperation; direct technological development toward systems that reduce conflict and support deliberate unity.
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### Creative & Humanistic Studies
Students understand how the five principles manifest in culture, meaning-making, and human expression.
- **Post-Equality**: Center diverse voices, experiences, and ways of knowing in creative and intellectual work; reject narratives that essentialize identity or capability. - **Merit Without Geography**: Ensure creative and intellectual contributions are recognized and valued across all regions, and that cultural work is not dominated by geographic centers of power. - **Technology for All**: Understand how storytelling, art, and humanistic inquiry use technology to reach broader audiences and challenge narratives that exclude or limit who participates in culture-making. - **Honoring Biological Reality**: Ground creative and humanistic work in the reality of embodied, mortal, diverse human experience—not in abstraction or idealization. - **Eight Hundred Years of Formalized Peace**: Recognize culture and narrative as forces that either reinforce or challenge conflict; use creative work intentionally to build shared meaning and understanding.
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## Veritara Academy for Advanced Sciences and Innovation (VAASI)
**Location**: Aethros, Chrysa of Nyxara
**Type**: Boarding School
**Student Population**: Lower Secondary (ages 10–13) and Upper Secondary (ages 14–17)
**Admission**: Students demonstrate natural interest, predisposition, and skill in STEM & Innovation, identified through their First Assessment at ages 9–10 alongside standard placement protocols.
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## Specialized Pathways
VAASI offers eight specialized pathways within STEM & Innovation:
- **Bionanofabrication** - **Materials Science & Advanced Fabrication** - **Medical Device Design & Biocompatibility** - **Energy Systems** - **Diagnostics & Sensing** - **Pharmacology & Chemical Synthesis** - **Information Architecture & Data Systems** - **Aerospace or Flight Systems**
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## Learning Framework
VAASI grounds all instruction in five core principles:
- **Post-Equality**: Innovation does not reinforce hierarchies; capability variation is normal. - **Merit Without Geography**: Access, participation, and benefit are distributed equitably across all regions. - **Technology for All**: Technology serves autonomy and universal access, not exclusion or dependency. - **Honoring Biological Reality**: Design and innovation account for human embodiment, variation, and material constraints. - **Eight Hundred Years of Formalized Peace**: Technological development reduces conflict and supports deliberate cooperation.
## Year 1 Enrollment: 150–160 Students
**Applied to the 20/60/20 ratio:** - **150-student cohort**: 30 Alpha, 90 Beta, 30 Omega - **160-student cohort**: 32 Alpha, 96 Beta, 32 Omega
This gives you **flexibility year-to-year** based on the quality of applicants in the First Assessment pool, while maintaining the structural balance.
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## Eight-Year Steady State
Over the full 8-year boarding cycle, you'll have: - **Cohorts ranging from 150–160** entering each year - **Graduating classes averaging around 120** per year (after natural attrition) - **Total enrollment hovering around 1,000–1,050 students** across all eight year-groups
With **15 students per pathway as your average**, pathways will naturally vary—some years Bionanofabrication might graduate 13, other years 17—which reflects genuine student interest and aptitude distribution.
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## Attrition Built In
This implicitly assumes roughly **20–25% total attrition** over 8 years (150–160 entering → ~120 graduating), which is reasonable for a rigorous, no-transfer academy. Students who don't rise to the next year transfer out cleanly without compromising VAASI's academic intensity.
## Full Staffing Framework for VAASI
**Total Staff: 120–135**
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## Teaching & Academic Support (56 staff)
### Teaching Faculty - **Faculty Advisors**: 16 (2 per pathway; field experts; also teach; handle student advising) - **Pathway Teachers**: 40 (5 per pathway) - **Total Teaching Staff**: 56
### Academic Support - **Academic Tutors/Learning Specialists**: 8–10 - **Lab Technicians**: 6–8 - **Librarians/Research Specialists**: 2–3 - **Subtotal**: 16–21
**Teaching & Academic Support Total: 72–77**
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## Student Wellbeing & Pastoral Care (20–24 staff)
- **Counselors/Therapists**: 6–8 (including cycle-management specialists) - **Medical Staff**: 4–5 (including cycle-management expertise) - **Dormitory Managers**: 4–5 (overseeing residential life across housing blocks) - **Conflict Mediators**: 3–4 (supporting restorative practices and peer conflict) - **Subtotal**: 17–22
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## Operations & Facilities (20–24 staff)
- **Droid Maintenance Technicians**: 6–8 - **Food Services**: 8–10 (kitchen staff, meal coordination) - **Facilities Manager**: 1 (oversees physical plant, coordinates with droids) - **Backup Maintenance/Repair**: 3–4 - **Subtotal**: 18–23
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## Safety & Community (8–10 staff)
- **Harmony Keepers**: 6–8 (community safety, conflict prevention, on-campus presence) - **Emergency Response Coordinator**: 1 - **Subtotal**: 7–9
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## Administration & Governance (10–12 staff)
- **Headmistress**: 1 - **Deputy Headmistress**: 1 - **Admissions & Records Officer**: 2 - **Admin/HR Coordinator**: 2 - **Communications/Community Liaison**: 1 - **Finance Manager**: 1 - **Subtotal**: 8–10
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## Specialized Support (4–6 staff)
- **Pathway/Career Counselor**: 1 (guides Upper Secondary students toward post-secondary pathways) - **Accessibility & Inclusion Coordinator**: 1 (ensures universal design and accommodations) - **IT/Network Support**: 2–3 - **Subtotal**: 4–6
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## Summary by Category
| Category | Low | High | |----------|-----|------| | Teaching & Academic Support | 72 | 77 | | Student Wellbeing & Pastoral Care | 17 | 22 | | Operations & Facilities | 18 | 23 | | Safety & Community | 7 | 9 | | Administration & Governance | 8 | 10 | | Specialized Support | 4 | 6 | | **Total Staff** | **126** | **147** |
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## Key Notes
- **All staff and students maintain the 20/60/20 ratio** (Alpha/Beta/Omega designations). - **Faculty Advisors** are the throughline for student mentoring; they know their advisees across multiple years. - **Pathway Teachers** provide subject-specific instruction within their pathway's curriculum. - **Support staff** (academic, wellbeing, operations) enable the core teaching mission. - **Droid automation** handles groundskeeping and housekeeping; human staff focus on relational, specialized, and decision-making roles. - **Medical and counseling staff** are trained in heat/rut cycle biology and provide sanctuary access coordination as needed.