Ameerah Smith is a dedicated and compassionate advocate for individuals and families in need of legal support. A native of Arkansas, Ms. Smith earned her B.A. in Rehabilitation Science with a focus in Psychology from Arkansas Tech University, where she consistently excelled, earning multiple âDeanâs Listâ awards. During her time at Arkansas Tech University, she developed a passion for helping others through internships that centered on family law matters.
After graduation, Ms. Smith pursued her legal education at Florida A&M University School of Law. While attending law school, she interned with the Department of Children and Families, gaining invaluable experience advocating for the welfare of children and families facing complex legal challenges. This early exposure to family-related legal work solidified her commitment to making a positive impact in this field.
Ms. Smith began her legal career with the prestigious Seminole County Public Defenderâs Office, where she worked with some of the finest attorneys and represented clients in criminal cases. While at the Seminole County Public Defender’s Office, Ms. Smith was known for fighting tirelessly to protect her client’s rights and being reasonable when needing to delicately negotiate a resolution. Ms. Smith’s experience at the Seminole County Public Defender’s Office honed her courtroom skills and deepened her understanding of the law, but her desire to help families on a more personal level ultimately led her to transition into family law.
Today, Ms. Smith brings a unique blend of legal expertise and empathy to her practice, helping families navigate emotionally charged legal matters with compassion and fairness. Ms. Smith understands the nuances of being an advocate as she helps clients navigate the murky and scary waters inside and outside the courthouse. She is dedicated to providing clear, thoughtful guidance to her clients while fiercely advocating for their best interests, whether they are dealing with divorce, custody disputes, or other sensitive litigation issues.