Systems engineering across the seams

I make complex technology work as one system.

SaaS. Identity. Cloud. Security. Infrastructure. Networking. Automation. AI. I connect the layers that usually become six teams, twelve tickets, and nobody's problem.

Hire an engineer who can own the architecture, understand the business constraint, get into the logs, and leave the system more reliable than he found it.

10+ years Enterprise scale Strategy to shell Remote-ready
37 SaaS applications governed
39 Enterprise apps integrated
40% Reduction in escalations
10,000+ Users supported at scale
3,500+ Distributed locations
25% Downtime reduction
The 30 second pitch

Most engineers are strongest inside a layer. I am strongest between them.

The expensive failures are often not a broken server, bad SaaS app, identity policy, network path, API, or security control. They are the interactions between those things. That is where I do my best work.

01

I own the whole problem.

I can move from business requirement to architecture, configuration, logs, API behavior, network path, identity policy, and operational process without losing the thread.

02

I reduce organizational friction.

I translate between engineering, security, operations, vendors, legal, compliance, and leadership so the technical solution survives contact with the organization.

03

I automate recurring pain.

PowerShell, APIs, workflows, integrations, runbooks, and AI-assisted operations turn repeated manual work into dependable systems.

04

I make complexity maintainable.

A system is not finished when it works once. It is finished when it is observable, secure, documented, recoverable, and understandable by the next person.

Put me against the problem

What are you trying to fix?

Select the situation that sounds familiar. This is the part of the conversation where I stop sounding like a résumé and start sounding like the person you need.

How I attack it

Rationalize the portfolio. Map ownership. Fix lifecycle and integration debt.

I have governed large SaaS portfolios, standardized enterprise applications, worked through vendor and security reviews, and connected platforms through identity, APIs, workflow, and operating process.

Proof: 37 SaaS applications governed and 39 enterprise applications integrated into standardized processes.
How I see the stack

One architecture. Not a collection of departments.

I think in systems, dependencies, interfaces, failure domains, and operational ownership.

Career signal

Built from support floor to senior engineering.

The progression matters. I learned the user, the endpoint, the network, the platform, the cloud, the identity plane, the security constraint, and the executive requirement in the order real systems reveal them.

2025 - 2026

GuidePoint Security

Senior Security Engineer

Security engineering and technical consulting across enterprise cloud, SaaS, identity, hybrid infrastructure, integrations, and operational constraints.

2025

Epic Games

SaaS Engineer

Business-critical SaaS and cloud-connected systems in a global, high-availability environment, including lifecycle, integrations, access, workflows, and service improvement.

2022 - 2025

Uber Technologies / IMCS Group

Senior Systems Engineer

Global SaaS and enterprise systems, Microsoft 365, cloud platforms, identity, APIs, automation, governance, documentation, and cross-domain incident coordination.

2021 - 2022

Citrix / Genesis Global

SaaS Administrator

SaaS governance at portfolio scale, vendor onboarding, security review coordination, lifecycle operations, APIs, and interoperability.

2019 - 2021

Covenant Technology Solutions

Senior Systems & Network Engineer

Infrastructure, networking, virtualization, cloud migration, identity, client architecture, advanced escalation, and technical leadership across multiple organizations.

2015 - 2019

Mattress Firm

IT Operations & Systems

Large-scale distributed support, learning systems, enterprise applications, automation, access controls, team development, and operational process improvement.

Operating model

Sense. Analyze. Decide. Automate. Document. Improve.

This is how I keep a fix from becoming another future incident.

01

Sense

Get evidence before opinions. Logs, telemetry, architecture, users, constraints.

02

Analyze

Find the actual dependency or failure domain, not merely the loudest symptom.

03

Decide

Choose the solution that fits security, reliability, cost, supportability, and business reality.

04

Automate

Remove repeatable human work where code, APIs, workflow, or AI can do it safely.

05

Document

Turn tribal knowledge into runbooks, diagrams, operating procedures, and ownership.

06

Improve

Use the incident, project, or migration to make the next one easier.

From elevator pitch to decision

You do not need another person who can operate one console.

You need someone who can understand why the consoles disagree, connect the teams around them, make the architecture coherent, and then automate the parts that should never have required a person in the first place.

HireSenior / principal-caliber individual contributorSystems, SaaS, platform, identity, cloud, security engineering
EngageCross-domain technical consultantArchitecture, modernization, integration, reliability, operational cleanup
EscalateThe problem nobody else ownsWhen the failure crosses product, infrastructure, identity, network, security, and process
Start with the problem

Tell me what is hard.

A role, architecture problem, integration, migration, reliability issue, automation opportunity, or system that has become too complicated to own. Give me the constraint and I will understand the conversation quickly.

No phone number or direct email is published on this site. Contact details stay private until I choose to respond.

No tracking pixels. No mailing list. No data broker nonsense.