Quebec Survey Finds Workplace AI Benefits Uneven

An Obvia survey of 4,595 union members in Quebec, conducted in 2025 and published April 30, found that workplace AI's benefits are uneven. The report says 46% saw their workload fall while 17% saw it rise; the authors' August 9 analysis also found productivity gains varied sharply by education, pointing to deployment and governance as major determinants of worker outcomes.
An Obvia research team surveyed 4,595 union members in Quebec about how artificial intelligence is being used and experienced at work. The study was conducted in 2025 and published on April 30; three of its authors summarized the results in an August 9 article for The Conversation.
The report found that 59% of respondents used AI regularly or occasionally at work, but access did not translate into uniform benefits. In their August analysis, the authors said only 44% of daily users reported a real productivity gain, while 26% reported losing efficiency.
Workload and stress moved in both directions
Across the survey, 46% said AI reduced their workload, 37% saw no change, and 17% said it increased their workload. Stress showed a similarly mixed pattern: 28% reported less stress with AI, 27% reported more, and 44% reported no change.
Those results make the idea of universally "augmented" work too broad. The same tool can shorten one task while adding verification, rework, monitoring, or additional assignments elsewhere in the job. The study reports perceptions rather than independently measured productivity, so these percentages describe worker experience, not causal performance effects.
Benefits differed by education and job type
The report found a pronounced education gap. Fifty-five percent of respondents with postgraduate education said AI improved their productivity, compared with 22% of respondents whose highest credential was secondary school. Professionals also reported more autonomy and participation in AI decisions, while technical, service, manual, and industrial workers more often described imposed use, algorithmic monitoring, or fewer benefits.
Governance was limited across the sample. Only 12% said employees had been consulted before AI implementation, 26% considered their organization transparent about current and future AI use, and 35% expressed confidence in their employer's AI initiatives.
What the survey can and cannot show
The survey was distributed by 11 union partners, participation was voluntary, and the 4,595 eligible responses form a non-probability sample. Public and parapublic workers were heavily represented, and response counts varied by question. The findings therefore should not be treated as a representative estimate for every Quebec worker or as proof that AI caused the reported outcomes.
For data and AI teams, the practical signal is that adoption rates alone are an incomplete success measure. Workload, stress, output quality, autonomy, and perceived surveillance can move differently across job groups. The report's own recommendations emphasize training, employee participation, clear organizational rules, and dialogue with unions; those controls matter because the benefits of workplace AI depend on how the system is introduced and governed, not merely whether it is available.
Key Points
- 1Obvia surveyed 4,595 union members in Quebec; 46% reported lower workload with AI, 17% reported higher workload, and 37% reported no change.
- 2Reported productivity gains varied by education: 55% among respondents with postgraduate education versus 22% among respondents with secondary-school education.
- 3The voluntary non-probability survey measures worker perceptions and overrepresents public and parapublic sectors, so it does not establish causal effects or represent every Quebec worker.
Scoring Rationale
The large Quebec union-member survey provides useful operational evidence on uneven productivity, workload, stress, and governance outcomes from workplace AI. Its practitioner value is meaningful, while confidence is limited by self-reported perceptions, a voluntary non-probability sample, uneven sector representation, and the absence of causal measurement.
Sources
Primary source and supporting public references used for this report.
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