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LMIA Processing Times Update – January 2026

Sreejith
Feb 12, 2026
10:39 AM

Canada has released the latest LMIA processing times for January 2026, giving employers and foreign workers a clearer idea of how long applications are taking under different streams of the Temporary Foreign Worker Program (TFWP).

Processing times can change monthly depending on application volumes and program demand, but the latest data provides a useful planning guide for employers hiring foreign workers.

Average LMIA processing times (January 2026)

StreamTime (business days)
Global Talent Stream11
Agricultural stream19
Seasonal Agricultural Worker Program16
High-wage stream56
Low-wage stream49
Permanent resident stream277

The Global Talent Stream remains the fastest option, with an average processing time of just 11 business days. In contrast, the Permanent Resident stream continues to take significantly longer, averaging 277 business days.

When processing begins

LMIA processing starts once a complete application is submitted through LMIA Online.
An application is considered complete when:

  • All required documents are provided
  • Forms are signed by the employer
  • Processing fees are paid (if applicable)

Incomplete applications are not processed and no fees are charged.

For positions in Quebec lasting more than 30 days, employers must submit applications to both Service Canada and Quebec’s immigration ministry (MIFI) at the same time and in the required format.

When processing ends

Processing ends when Service Canada issues a decision letter.
Employers will receive either:

  • A positive LMIA, allowing the worker to apply for a work permit
  • A negative LMIA, meaning the position cannot be filled through the TFWP

What this means for employers

With timelines varying widely by stream, employers should plan hiring well in advance—especially for permanent resident stream LMIAs, which currently have the longest wait times.

Tip: Submit complete applications and choose the appropriate stream to avoid delays and improve processing efficiency.