The City of Ottawa is launching a $50,000 [1] advertising campaign to encourage downtown workers to linger in the city after their shifts end.

City officials intend for the initiative to flatten the peak evening rush, reducing the strain on public transit and road infrastructure. By shifting the timing of departures, the city hopes to mitigate the gridlock that typically defines the end-of-day commute.

The campaign is scheduled for rollout in fall 2026 [1]. It targets workers who have returned to the office, including federal public servants [1], to persuade them to visit local businesses, or enjoy downtown amenities before heading home.

This effort is part of a broader strategy to manage urban mobility. The city's transit plan includes 48 different points [2] aimed at improving the efficiency and reliability of the network.

Local reports indicate that the campaign focuses on the psychological shift of the commute — turning a rush-hour scramble into a leisure activity. The city said that even a small percentage of workers delaying their departure could lead to a noticeable decrease in congestion [2].

Some workers have expressed uncertainty regarding the effectiveness of the campaign [3]. Critics said whether a marketing push can outweigh the convenience of returning home immediately after work, especially during the colder autumn months.

Despite these concerns, the municipal government is moving forward with the spending to test whether behavioral nudges can solve systemic traffic issues [1].

The City of Ottawa is launching a $50,000 advertising campaign to encourage downtown workers to linger in the city after their shifts end.

This campaign represents a shift toward 'demand management' in urban planning. Rather than expanding physical infrastructure, which is costly and slow, Ottawa is attempting to manipulate the timing of transit demand. If successful, it could provide a blueprint for other capital cities struggling with the return-to-office transition and the resulting pressure on legacy transit systems.