Preparedness Plan
Project Overview
"Develop a comprehensive pandemic preparedness plan for your school that integrates scientific understanding, engineering solutions, policy frameworks, and ethical considerations."
Plan Components
1. Baseline Assessment (15%)
- Current ventilation capacity (ACH by room)
- Existing filtration systems
- Population density by space
- Vulnerable populations in school community
- Current policies and protocols
2. Infrastructure Improvements (25%)
- Ventilation upgrade priorities
- Filtration strategy (central, portable)
- CO2 monitoring deployment
- Cost estimates and phasing
- Maintenance plans
3. Operational Protocols (25%)
- Tiered response levels
- Testing and isolation procedures
- Mask policies by risk level
- Outdoor activity guidelines
- Communication plan
4. Equity Analysis (20%)
- Stakeholder impact assessment
- Protections for vulnerable groups
- Resource allocation priorities
- Access and accommodation
- Community engagement plan
5. Implementation & Evaluation (15%)
- Timeline and milestones
- Responsibility assignments
- Budget and funding sources
- Success metrics and monitoring
- Review and update schedule
Tiered Response Framework
| Level | Trigger | IAQ Response | Other Measures |
|---|---|---|---|
| Green - Baseline | Normal conditions | Maintain 4+ ACH, MERV-13 minimum | Standard protocols, hand hygiene |
| Yellow - Elevated | Community transmission increasing | Maximize ventilation, deploy portable filters | Encourage masks, limit crowding |
| Orange - High | Significant school transmission | All systems at maximum, CO2 monitoring active | Mask requirement, reduced density |
| Red - Severe | Outbreak conditions | Emergency filtration, outdoor options | Hybrid model consideration |
Deliverables
Written Plan (60%)
- Executive summary (1 page)
- Full plan document (15-20 pages)
- Appendices with supporting data
- Budget spreadsheet
Presentation (25%)
- 15-minute presentation to simulated school board
- Visual aids and data visualization
- Response to board questions
Stakeholder Materials (15%)
- Parent communication (1 page)
- Student-facing information
- Staff training outline
Assessment Rubric
| Criterion | Excellent (4) | Proficient (3) | Developing (2) | Beginning (1) |
|---|---|---|---|---|
| Scientific Foundation | Strong integration of transmission science and IAQ principles | Good scientific basis | Some gaps in scientific reasoning | Weak scientific foundation |
| Practicality | Realistic, implementable with clear steps | Generally feasible | Some unrealistic elements | Not implementable |
| Equity Analysis | Thorough consideration of disparate impacts | Good equity consideration | Limited equity analysis | No equity consideration |
| Policy Integration | Clear framework with triggers and responses | Good policy structure | Vague policies | No clear framework |
| Communication | Clear, professional, persuasive | Generally clear | Some unclear sections | Poor communication |
Resources for Research
Technical Resources
- ASHRAE Guidance for Schools (ASHRAE.org)
- CDC Ventilation in Schools Guidelines
- EPA Clean Air in Buildings Challenge
- Harvard Healthy Buildings Program resources
Policy Resources
- Johns Hopkins Pandemic Preparedness guides
- CDC Community Mitigation Framework
- State/local school reopening plans for comparison
Equity Resources
- CDC Social Vulnerability Index
- School Facility Equity reports
- Environmental justice frameworks
Course Summary
This curriculum has taken you on a journey from the chemistry of air pollutants to the physics of aerosols, from cellular pathophysiology to population epidemiology, from data analysis to engineering design, and finally to the intersection of science and policy.
The unifying theme has been indoor air quality - the air we breathe in the spaces where we spend most of our lives. COVID-19 demonstrated that clean indoor air is not a luxury but a public health necessity. The scientific understanding, technical skills, and analytical frameworks you have developed equip you to be advocates and agents for healthier indoor environments.
The next pandemic is not a question of if, but when. Your generation will face these challenges. May the knowledge and skills from this curriculum help you respond with scientific rigor, engineering creativity, ethical clarity, and commitment to equity.