Weathering the storm: A Leading US University embraces digitized ICS forms for effective emergency response

The client, a prominent University located in North America, has been dedicated to providing quality education  to students from around the world for the last 50 years. With a substantial student body  of over 10,000 students pursuing undergraduate and graduate degrees, the  institution employs a permanent faculty of over 1,200 full time faculty members, along with numerous part time faculty members. The University prioritizes offering the best education in a safe environment for students and faculty.

During a severe tornado, the region faced an emergency that necessitated the immediate activation of the institution’s emergency response plan. The client needed assistance in coordinating a multifaceted response to protect its campus community and mitigate the impact of the disaster. It was also important to achieve compliance with FEMA guidelines while drafting efficient and accurate documentation of incident details. The University aimed to not only navigate the immediate crisis but also to fortify its emergency response capabilities for future weather-related emergencies.

To address the client’s requirement for a streamlined emergency response plan, XAAS Genie  introduced a digitized incident management solution to enhance communication and coordination, optimize resource utilization, and facilitate post-incident analysis for the higher education institution. By digitizing the Incident Command Summary (ICS) form, the University stakeholders were able to achieve efficiency, accuracy and speed in managing the situation. The XAAS Genie solution seamlessly integrated with the client’s existing infrastructure, ensuring a smooth transition to the digitized incident management system. The implementation process involved training the relevant personnel on using the new system effectively in a matter of weeks.

The XAAS Genie ICS forms enabled quick and accurate incident documentation, ensuring that crucial information was captured efficiently. The digitized approach also supported FEMA-aligned documentation, helping the University maintain a more structured and consistent record of incident details.

Secondly, the solution facilitated resource tracking and management, ensuring the availability and proper allocation  of personnel, equipment, and materials. Moreover, the digitized system improved communication and coordination among the teams involved in incident response, allowing for effective information sharing. Real-time incident visibility gave incident commanders a live view of incident progress, resources, and response activities, empowering them to make data-driven decisions promptly.

Enhanced Incident Management: The digitized ICS forms allowed the University to manage incidents more  efficiently and effectively, ensuring a coordinated and timely response.

Improved Safety and Well-being: Real-time incident visibility empowered the University to make informed decisions, prioritizing the safety and well-being of the campus community during emergencies.

Optimized Resource Utilization: The solution facilitated resource tracking and management, enabling the  University to allocate resources efficiently and effectively during incidents.

Enhanced Communication: The digitized system improved communication and coordination among  teams involved in incident response, leading to quicker information sharing and streamlined collaboration.

FEMA-Aligned-Documentation: The structured digital incident records supported more efficient documentation and  provided the University with a stronger foundation for post-incident review and compliance requirements.

Post-Incident Analysis: The captured data from the digitized system enabled the University to conduct a thorough post-incident analysis. This analysis facilitated the identification of areas for improvement in the emergency  response plan, ensuring readiness for future incidents.