Secure Enterprise Campus Infrastructure
Designed a segmented campus network that simplifies troubleshooting and limits the impact of user or device issues.
Designed a segmented campus network that simplifies troubleshooting and limits the impact of user or device issues.
Evaluated a multi-site enterprise network and proposed improvements to reliability, visibility, and supportability across locations.
Identified architectural issues affecting user connectivity and proposed improvements to simplify troubleshooting.
Converted security requirements into practical processes that support consistent access management and incident handling.
Translated governance requirements into practical access control, logging, and incident response processes.
Analyzed how access handling, monitoring gaps, and delayed escalation can contribute to serious incidents in regulated environments.
Analyzed a healthcare breach to understand how IT support decisions can impact security and compliance.
Evaluated layered protection technologies with attention to reliability, containment, and operational visibility.
Built VLAN-based isolation that makes guest and internal device issues easier to separate and troubleshoot.
Built a response framework that supports better escalation, detection awareness, and documentation during suspicious activity.
Mapped privacy requirements to the kinds of handling, documentation, and accountability IT teams need to support.
Used SQL analysis to organize data clearly for reporting, pattern identification, and decision support.
Built policy guidance that supports consistent user behavior, access handling, and incident escalation.
Planned a cloud implementation with support workflows, change management, and go-live readiness in mind.
Evaluated usability issues, documented findings clearly, and recommended changes that would improve the user support experience.