Stronger security.
Smarter spend.
Better systems.

I build roadmaps around business plans, connecting security, identity, operational improvements, and delivery dependencies. Priorities evolve as the business develops; platform decisions need to account for the teams already building on them.

In practice: After evaluating alternative AI platforms, I recommended retaining the existing production platform. At the time, its clearer pricing and unlimited-user model compared favorably with per-seat alternatives. Leadership accepted the recommendation, preserving engineer familiarity and avoiding a platform migration during active production.

Within my 92-person technology organization, I led ten developers, three engineers, and an engineering manager delivering GPU-driven applications, AI model fine-tuning, agent training and workflow refinement, and support automation. I bring full-lifecycle application experience spanning requirements, architecture, development, testing, deployment, maintenance, and future versions.

In practice: I shared roadmap responsibility with development management, cloud engineering, and business leaders. Business priorities and customer feedback shaped sprint-based delivery. Moving applications from on-site to cloud hosting improved reliability and stability at scale and enabled faster feature delivery. Accounting confirmed gains in adoption and market share; figures remain confidential.

I have built IT functions and reorganized established teams, aligning roles with business demand, capacity, specialist skills, and backup coverage. In one portfolio engagement, I expanded a two-person function with help desk capacity, cloud and systems administration, IT management, and a combined systems engineering and cybersecurity role.

In practice: I develop talent through regular coaching, certification support, sandbox practice, and implementation responsibility. Among the examples: three colleagues earned certifications and advanced into larger roles through this approach. I connect individual interests to projects and create opportunities across systems, cloud, and engineering teams.

I established P1–P4 incident priorities and team escalation points. Critical incidents had a one-hour target to stabilize sufficiently to reduce severity; nonurgent how-to requests had a two-business-day service target.

In practice: The technician holding the ticket owned the handoff, with oversight from the help desk manager and round-the-clock handoff procedures. I also established an ongoing weekly video how-to program with a ten-person IT team, addressing recurring questions and improving adoption of existing tools.

I introduced a production change form requiring business justification, affected systems, sandbox-testing status, a rollback plan, a maintenance window, and approval from the system’s subject-matter expert. The IT Director could authorize emergency changes.

In practice: A timestamped team communication log recorded changes as they happened, including minor changes. This complemented the approval workflow and gave management visibility during rollout.

During a global endpoint outage, I acted on early international reports, adjusted the update configuration, and coordinated scripted recovery with affected users. Twenty computers in a fleet of approximately 1,000 were affected; all 20 were restored within three hours.

In practice: During a separate migration engagement, a storage failure took essential shared services offline. I personally reconstructed all required data from multiple damaged backups, working around the clock to restore operations with one business day affected. The client subsequently explored an always-on hybrid cloud backup approach.

For a learning-platform replacement, I evaluated three preferred vendors and recommended a different direction based on budget, future growth, security, redundancy, and the learner experience.

In practice: I presented the technology requirements to the CEO and CFO, built agreement around another selection, negotiated the contract, and enabled my team to implement and develop the platform. The outcome connected executive priorities to an implementation the team could own.

My work includes SOC 2 and SOX controls, NIST-, HIPAA-, and GDPR-aligned security programs, and portfolio-wide SOC 2 readiness and ISO 27001 alignment. The operating focus is accountability, evidence, and practical access controls.

In practice: I consolidated 160 duplicate identities and introduced centralized identity, endpoint protection, backups, credential scanning, and key rotation standards. Vendor security reviews ran quarterly and at transaction milestones. Risk exceptions were documented in the ticketing system and escalated for parent-organization CTO approval; higher-risk systems were separated from integrated environments.

Finance confirmed a combined $4M in realized savings and avoided future spending through contract renegotiation, consolidation, and controls. In managed services, automation and consolidation delivered $4.8M in client savings. A separate engagement reduced annual operating expenses by $90K.

In practice: I negotiated at the parent level, benchmarked contracts, and worked with finance to control spending. A license-governance workflow covering 1,200 users initially reclaimed approximately 120 licenses per month: contact the user at 90 days of inactivity, escalate continued inactivity to their manager at 120 days, and revoke through SCIM/API when declined. Managers owned the decision, supporting departmental cost accountability.

I established adopted acceptable-use policies specifying approved and prohibited AI tools. The policies prohibited personally identifiable information (PII) and protected health information (PHI) in AI tools.

In practice: Tool approval required signed data-retention and model-training exclusion agreements. These purchasing and data-handling boundaries complemented deployed support automation, giving teams a defined framework for adoption.