
The recent adjustments to Canada's immigration policies could create obstacles for Indian expatriates and other international inhabitants residing in the country. The present permits that they hold are due to expire by the end of 2025, potentially compelling millions to depart unless they acquire permanent residency or prolong their permits.
Immigration Minister Marc Miller introduced these modifications, which are predicted to impact a broad spectrum of workers, including those from India. As it stands, approximately five million permits are due to lapse in December 2025, compelling many to contemplate their future plans.
Earlier this week, Miller suggested to the Commons immigration committee that a significant number of these individuals may opt to exit voluntarily. Nevertheless, the Canadian Border Services Agency will implement immigration regulations for those who remain past their permit's expiry date.
In an announcement made in October, the Department of Immigration, Refugees and Citizenship Canada revealed the government's intentions to decrease the intake of new permanent residents from 500,000 to 395,000 in 2025, and further to 380,000 in 2026. A goal of 365,000 is projected for 2027.
These newly introduced goals by the government are designed to regulate population expansion in the short run, laying the foundation for sustainable, well-orchestrated growth over a more extended period. This strategy includes curtailing the number of temporary residents, such as international students and foreign workers currently in Canada, who pursue permanent residency.
As per an analysis by the Economic Times, this contraction in permanent residencies is expected to instigate a 21% slump, while a combined reduction in permanent and temporary residency permits will likely precipitate a 40% plunge in the number of international students making their way to Canada. The long-term implications of these changes on Canada's socio-economic landscape will be a key area to watch in the coming years.
Author: Azadeh Haidari-Garmash, RCIC