ABOUT AUTOMATION HISTORY

Preserving the History of Automation and Human Innovation

Automation History LLC is an independent educational initiative documenting how inventions, engineering knowledge, machines, control systems, robotics, and artificial intelligence developed across time. The project connects ancient water management, clocks, mills, mechanical devices, steam power, factories, electricity, computing, programmable controllers, sensors, and robots without claiming that every early machine was automation in the modern technical sense. Through sourced articles, timelines, books, and educational media, Automation History examines who contributed, what changed, how ideas moved between civilizations, and why earlier technologies still matter to the automated world. The goal is to make this long, complicated history understandable while preserving uncertainty, competing claims, and international context.

Every machine has a history. Every breakthrough has context. Every generation builds upon earlier knowledge.

WHY AUTOMATION HISTORY EXISTS

Understanding Modern Automation Through Its Longer History

Modern automation did not appear fully formed with computers, PLCs, industrial robots, or AI. Its component capabilities developed at different times: people learned to harness power, transmit motion, measure change, regulate processes, repeat operations, encode instructions, process information, and connect machines.

Ancient water systems and mills were not digital automation, but they demonstrate controlled flow and mechanized work. Mechanical clocks introduced regulated repetitive motion. Steam and factory systems expanded mechanization; electricity, feedback control, electronics, and computing made machines increasingly programmable and responsive.

Automation History was created to document those connections while distinguishing direct technological influence from useful historical analogy.

FOUNDER AND AUTHOR

Andrew Miller

U.S. Marine Veteran • Automation Professional • Operations Leader • Independent Researcher • Author

Andrew Miller founded Automation History after more than a decade working around industrial automation, robotics, maintenance, material-handling equipment, reliability, diagnostics, and technical operations. His career included approximately twelve years with PepsiCo/Frito-Lay in the Orlando area, where he developed hands-on automation experience and supported the training of technical teams at multiple facilities.

His work included the safe operation, diagnosis, disassembly, repair, reassembly, and recovery of automated equipment. That experience taught him to view a modern system as the combination of mechanical components, motors, sensors, controls, computers, software, networks, maintenance practices, and the people responsible for keeping everything operating.

Before entering civilian technical work, Andrew served from 2005 to 2009 as a corporal and noncommissioned officer in the United States Marine Corps. Military service helped shape his approach to responsibility, leadership, preparation, teamwork, and problem-solving.

Andrew is not an academically credentialed historian, archaeologist, or university-affiliated researcher. He writes as an industry practitioner and independent researcher. That practical background informs the questions he asks, while published evidence—not professional experience alone—must support historical claims.

“Automation History grew from one question: where did automation actually begin? Following that question backward revealed a global story stretching across civilizations and thousands of years.”

THE JOURNEY

From Military Service to Automation Education

Military Leadership

Marine Corps service established habits of accountability, teamwork, adaptability, and disciplined problem-solving.

Industrial Experience

Hands-on work with automation, robotics, maintenance, training, reliability, and operations provided a practical view of modern systems.

Independent Research

Curiosity about the origins of automation grew into research, educational videos, articles, illustrated timelines, books, and AutomationHistory.com.

HOW THE RESEARCH IS BUILT

Research Method and Source Standards

Historical accuracy requires more than repeating a familiar invention story. Automation History uses a source hierarchy and identifies uncertainty when surviving evidence does not support a single definitive answer.

1. Begin with primary evidence

When available, research starts with patents, technical treatises, inventor papers, contemporary reports, drawings, surviving artifacts, and archival records.

2. Check scholarly interpretation

Claims are compared with academic books, peer-reviewed research, critical editions, university publications, and specialist histories of technology.

3. Use authoritative institutions

Museums, libraries, archives, professional engineering organizations, and government collections help verify dates, objects, people, patents, and historical context.

4. Preserve uncertainty and shared credit

“Invented,” “patented,” “improved,” “demonstrated,” and “commercialized” are not treated as interchangeable. Disputed dates, lost evidence, independent invention, and multiple contributors should be stated clearly.

5. Separate analogy from direct influence

An ancient regulator may resemble feedback conceptually without being a direct ancestor of electronic control. Pages distinguish documented transmission from modern comparison.

6. Review and correct

Pages are revised as stronger evidence becomes available. Readers can contact Automation History with a specific correction and supporting source.

Editorial independence: Automation History LLC is independently owned. Product purchases and reader support help fund the project. Sources are selected for evidentiary value, not because an institution or company paid to be included. Sponsored material, affiliate relationships, or material conflicts should be labeled when applicable.

TRANSPARENCY AND LIMITATIONS

What Automation History Does—and Does Not—Claim

This is an independent educational project, not a university, peer-reviewed journal, museum, or substitute for specialist scholarship.

CONTEXT

Technology Is Global

Inventions often cross borders and generations. The project seeks to acknowledge earlier designs, parallel work, refinements, and contributors from different civilizations.

LANGUAGE

Automation Has Boundaries

Not every labor-saving device is automatic. Early infrastructure and machines may be foundations or comparisons rather than automation in the modern engineering sense.

REVISION

Research Can Change

Dates, attribution, interpretation, and archaeological evidence can be disputed or revised. Responsible pages identify uncertainty instead of hiding it.

WHAT WE ARE BUILDING

A Growing Educational Resource

Explore the project through the format or historical path that best fits your interests.

EXAMPLES OF RESEARCH FOUNDATIONS

Academic and Primary-Source Collections

Individual subject pages provide focused citations. These collections illustrate the types of evidence used throughout the project.

Founders Online, National Archives—digitized primary documents from the American founding era.
Library of Congress Digital Collections—inventor papers, photographs, recordings, technical publications, and contemporary evidence.
Smithsonian Open Access—museum objects, images, and collection records.
Thomas A. Edison Papers Digital Edition, Rutgers University—scholarly edited documents and research.
John Peter Oleson, ed., The Oxford Handbook of Engineering and Technology in the Classical World.
David A. Hounshell, From the American System to Mass Production, 1800–1932, Johns Hopkins University Press.

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