Feb 20 β€’ 23:58 UTC πŸ‡ΆπŸ‡¦ Qatar Al Jazeera

Trump Administration Aims to Restrict Work Permits for Asylum Seekers

The Trump administration has proposed a rule that could halt work permits for asylum seekers for several years, marking a significant shift in the U.S. asylum process.

On Friday, the Trump administration unveiled a proposed rule from the Department of Homeland Security that would impact work permits for asylum seekers, potentially suspending them for an extended period. The rule suggests halting the processing of work permit applications for new asylum seekers until the average processing time for asylum cases reaches 180 days, effectively extending the wait time for obtaining work authorization significantly. Currently, U.S. laws allow asylum seekers to apply for work permits 150 days after their application, receiving authorization after 180 days if their case remains pending.

The proposed changes also introduce stricter criteria for granting work permits, emphasizing that the permit is not an entitlement and is granted at the discretion of the Secretary of Homeland Security. One of the notable provisions would deny work permits to migrants who entered the United States illegally, reflecting the administration's ongoing efforts to tighten immigration policies. These changes represent one of the most substantial alterations to the work authorization system related to asylum in recent decades, indicating a clear shift in U.S. immigration policy under Trump.

These proposed regulations are likely to have significant implications for numerous asylum seekers who rely on work permits for their livelihoods while navigating the complex asylum process. The anticipated longer waiting times and stricter eligibility criteria could deter potential asylum seekers from applying for refuge in the U.S., raising concerns about human rights and humanitarian obligations. As the proposed rule awaits public commentary and further consideration, the implications for migrant communities and the asylum-seeking process will likely be closely observed.

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