For over two centuries, threats to academic environments—especially K–12 schools—have evolved without signs of slowing. Recognizing the need for a proactive approach to student safety, Winchester Public School District took decisive action. CHA conducted a comprehensive security assessment across all buildings and properties. Board-certified security professionals performed an on-site evaluation focused on three critical areas.
CHA assessed access control, surveillance, intrusion detection, mass notification, emergency communication, and weapon screening systems. Recommendations were aligned with funding forecasts and culminated in a five-year Security Master Plan. A Crime Prevention Through Environmental Design (CPTED) analysis was included to enhance deterrence strategies.
Security policies were reviewed in advance and evaluated on-site for compliance and effectiveness. Gaps in enforcement were identified, with corrective actions recommended to strengthen district-wide adherence.
The assessment focused on staff with direct security responsibilities, analyzing daily operations and response protocols during emergencies. Targeted recommendations were provided to elevate performance and preparedness.
By partnering with CHA, Winchester Public Schools gained a fresh, expert perspective and a strategic roadmap for future security investments, creating a safer, more resilient learning environment for years to come.
Security systems assessed for K-12 schools.
Evaluation focus on three critical areas.
Recommendations culminated in a five-year Security Master Plan.
Toby Heath, CPP, PSP, CPTED, LEED Green Associate*
Associate Vice President,
Project Manager
Toby brings over 25 years of experience in the security industry. His experience ranges from real-world missions with the United States Army to designing all security systems as a security engineer. Toby oversees CHA’s Life Safety and Security team, performing vulnerability/risk assessments and security system design and consulting, including access control, CCTV, intrusion detection, and mass notification.