Scott is an analytical and solutions-driven technology professional with a career spanning advanced computing, systems architecture, and enterprise infrastructure design. He has extensive experience applying emerging technologies to complex operational environments, particularly in aerospace and mission-critical systems.

Scott began his career in 1980 as a Digital Equipment Corporation (DEC) VAX Systems Manager supporting the NASA Life Sciences Division. He developed software used to operate and analyze experiments studying space and motion sickness in both laboratory and flight-based environments.

Later, within the Mission Operations Directorate at NASA/JSC, he designed and managed one of the industry’s earliest Ethernet-connected PC infrastructures, leading to direct collaboration with Ethernet co-inventor Bob Metcalfe.

In 1985, Scott supported the development of the Management Information Database Automation System (MIDAS), the backbone of the NASA/JSC Astronaut Training System. This environment utilized a VAX-11/750 and a Britton Lee IDM relational database machine.

This pioneering infrastructure was one of the first operational deployments of networked personal computers in a mission-critical training environment.

Following the 1997 merger of McDonnell Douglas and Boeing, Scott served as Design Systems Integrator and Systems Architect within Boeing.

He was responsible for designing both “as-is” and “to-be” infrastructure architectures, focusing on building scalable systems across servers, storage, and networking to support enterprise applications and modernize legacy environments.

For more than two decades, Scott designed large-scale enterprise systems leveraging server virtualization and virtual storage. This included high-availability infrastructure capable of real-time replication of datasets as large as 14TB.

These systems supported numerous mission-critical initiatives, including the infrastructure for flight testing activities for the Boeing 787 Dreamliner program.

ScottiBYTE exists to share practical knowledge about open-source technologies, self-hosted infrastructure, and modern systems architecture. Through tutorials, discussions, and hands-on demonstrations, we help engineers and home-lab enthusiasts develop real technical skills.

This project is an effort to give back to the technology community by documenting solutions and helping others build the confidence to design, operate, and troubleshoot their own infrastructure.

Modern technology often hides complexity behind simplified interfaces and cloud services. While convenient, this can prevent people from truly understanding how systems operate.

ScottiBYTE focuses on restoring that understanding. By exploring real deployments of servers, networking, and virtualization, we demonstrate how modern infrastructure actually works—not just how to install it. Our goal is to help you move from simply using technology to mastering it.

Our content focuses on practical, real-world systems including:

• Self-hosted infrastructure & Home lab architecture
• Open-source platforms and services
• Virtualization and containerization
• Networking, storage design, and data protection
• Privacy-focused computing

Every project emphasizes learning by building, experimentation, and sharing both successes and failures.

ScottiBYTE reflects more than four decades of experience—from early DEC VAX systems supporting NASA to modern virtualized infrastructure.

Technology evolves rapidly, but the underlying principles of systems engineering remain timeless. We aim to preserve and pass along that knowledge to the next generation of builders.