AI & Machine Learning

Why AI Is Causing Burnout at Work: The 2026 Paradox

Remember the dream? Back in 2023, the narrative was seductive: Artificial Intelligence was going to be the great liberator. We were told that by automating the drudgery—the email drafting, the data entry, the meeting summaries—we would finally unlock the four-day workweek, or at least get home in time for dinner without checking Slack.

But if you look around the tech landscape in early 2026, the reality feels starkly different. Instead of liberation, we are seeing exhaustion. According to a new study published in the Harvard Business Review, the very employees who embraced AI the most are now the ones signaling the first serious signs of burnout. It turns out that efficiency hasn’t bought us freedom; it has simply bought us more work.

This phenomenon, identified by researchers at Berkeley Haas and validated by data from Upwork and Gartner, suggests we have entered a phase of “work intensification.” The tools we built to save time are now devouring it.

How did the promise of ‘less work’ turn into ‘more tasks’?

The core of the problem isn’t the technology itself—it’s human psychology and organizational inertia. The HBR study, which tracked approximately 200 tech employees from April to December 2025, identified a specific behavior pattern called “workload creep.”

Here is what happens: When an employee uses AI to finish a task in half the time, they don’t use that saved time to rest. Instead, they voluntarily expand their scope. Suddenly, product managers are writing code because the AI assistant makes it possible, not because it was in their job description. Marketing leads are generating their own graphics. The boundaries of roles are dissolving.

Aruna Ranganathan, an Associate Professor at Berkeley Haas involved in the research, noted that AI tools consistently intensify work rather than reducing it. Employees in the study worked at a faster pace and extended their work into breaks and evenings to accommodate this self-imposed expansion. They filled the void left by automation with new, often more cognitively demanding tasks, leading to a predictable cycle: an initial surge in productivity followed by a crash in cognitive energy.

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