About Me

Hi, I'm Brandon! I'm a Technical Product Manager based in Overland Park, KS, with a passion for driving innovation at the intersection of technology and business strategy.

I specialize in leading cross-functional teams across SRE and Security domains, translating complex technical requirements into impactful product solutions. My approach combines deep technical understanding with strategic product vision, enabling me to optimize development processes, prioritize effectively, and align engineering efforts with key business objectives.

I've consistently delivered results by improving sprint completion rates, streamlining product backlogs, and orchestrating successful launches of critical technical products. Key strengths include Agile methodology implementation, technical roadmap development, and the ability to bridge communication between engineering, business stakeholders, and end-users.

I'm dedicated to creating innovative products that solve real-world problems while driving organizational success in fast-paced, technology-driven environments.

Core Expertise

Cloud Architecture

Experience with AWS and GCP, specializing in scalable system design and cloud migrations

Team Leadership

Leading high-performing engineering teams of 20+ members across SRE, SecOps, and AppSec

DevOps & SRE

Building robust CI/CD pipelines and implementing SRE principles for enhanced system reliability

Security Operations

Implementing cybersecurity best practices and maintaining compliance standards

Professional Journey

Technical Leadership & Innovation

Currently leading platform cost optimization initiatives and driving technical execution at Penn Entertainment, where I've improved developer support efficiency by 52% through automated workflows.

Cloud Architecture & Migration

Orchestrated successful migrations from on-prem Datacenter to AWS at Expedia Group, enhancing system scalability while optimizing operational costs.

DevOps & Automation

Pioneered SRE practices and developed automated solutions for monitoring and deployment, significantly improving system reliability.