Many states are promoting degree programs that have historically led to high‑paying jobs after college and dropping or reducing programs that don’t. Families want a return on their tuition investment, and employers need talent, but there is an unintended consequence. Focusing on technical training often harms classical education. 

Classical education is built around ancient and modern world history, philosophy, and rhetoric. It examines how earlier societies handled power, conflict, leadership, and failure. It teaches students to think in terms of precedent, not just procedure. When students study figures like Pericles, Cicero, or Sun Tzu, they see how past leaders balanced risk, persuaded citizens, and corrected course when policies went wrong. This approach shaped the thinking of America’s Founders. The Federalist Papers read like a long conversation with ancient history (albeit European), drawing lessons from how republics rose and fell, how factions tore states apart, and how unchecked power eventually collapses. 

This kind of reasoning matters today. Classical education trains leaders to ask: What does this situation resemble? What happened last time? What hidden risks are familiar even if the technology is new? Modern executives and government officials face challenges the ancients could never imagine, such as cybersecurity, AI, and global markets, but the patterns of human behavior, ambition, and conflict are remarkably stable. A manager planning a major restructuring may not think she has anything in common with a Roman consul, but she does: both must persuade skeptical stakeholders, avoid over‑centralizing authority, and plan for unintended consequences. 

Job‑focused majors offer different strengths. Engineering, nursing, business analytics, and computer science supply essential skills for the modern economy. They are structured, efficient, and tied to clear career paths. Students learn how to solve defined problems quickly and accurately. But these programs often train students to rely on formulas, frameworks, and metrics, tools that work well until the problem becomes human, political, or ambiguous. A software engineer can optimize an algorithm, but that won’t resolve a conflict between teams. A data analyst can model risk, but that doesn’t mean they can explain a painful but necessary decision to the public. 

The biggest difference is this: technical education solves problems; classical education prepares leaders for problems that can’t be solved, only managed. The first builds the engine; the second decides where and how safely it can be driven. 

As states narrow the range of what counts as valuable education, we risk producing a workforce rich in skills but thin in judgment.