Houston Fiancé Visa Attorney

Secure Your K-1 Fiancé Visa with Proven Counsel

Are you planning on marrying a non-U.S. citizen and wish for them to join you here in America? If so, then obtaining a K-1 fiancé(e) visa may be the best way to establish their legal status here in the U.S. prior to your marriage. As with any visa, the application process for this status is complex and vulnerable to certain pitfalls, which is why it's so important to retain the services of a knowledgeable and effective Houston fiancé visa lawyer.

At The Modi Law Firm, PLLC, we're well acquainted with the challenges individuals, families, and businesses face when navigating immigration law and USCIS protocol. If you are wondering about the requirements for petitioning for a fiance visa or the K1 visa processing time, contact us today. Attorney Susham Modi has dedicated our firm to the needs and interests of all of our local immigrant communities, including Latino, Asian, and European, and he has consistently secured swift and dependable solutions on their behalf.

Understanding the K-1 Fiancé(e) Visas

K-1 nonimmigrant fiancé(e) visas are for foreign nationals who are engaged to be married to a U.S. citizen, intend to live in the United States, and are currently residents of another country. To receive a K-1 visa, the petitioner (the American fiancé(e)) must file Form I-129F with the USCIS.

This process can sometimes also include bringing a fiancé(e)'s children into the U.S. in addition to a number of different complications (including wedding delays, permission to work, etc.). It is vital to prove a bonafide relationship to qualify for a K visa, which can be difficult sometimes as often evidence may be hard to obtain.

No matter what your K-1 visa status goals difficulties are, our Houston K1-visa attorney at The Modi Law Firm, PLLC is ready to listen. You may be wondering about how long it might take to get a fiance visa. We can try to ensure that your petition is both complete, compelling, timely and that any unforeseen complication is assuredly resolved.