Megan Buggy is an Associate in the San Francisco office, where she focuses her practice on trust and estate administration and estate planning. She works closely with individuals and families, guiding them through the administration process with clarity, care, and compassion. Megan also helps clients create thoughtful estate plans tailored to their unique goals, with the aim of making the future feel more secure for themselves and their loved ones.
Before joining Harrison, Megan was a Senior Associate at Barulich Dugoni Suttmann & Cummins Law Group, Inc., where she advised clients on trust and estate matters. Megan also previously worked as a Senior Associate at Andersen Tax, where she provided tax planning to ultra-high net worth clients, and analyzed complex tax law issues impacting estate and gift planning.
Megan was admitted to the California State Bar in 2018 after earning her J.D. from Santa Clara University School of Law. She went on to complete her LL.M. in Taxation at the University of San Francisco School of Law in 2021.
California
University of San Francisco School of Law, San Francisco, California, LL.M. in Taxation
Santa Clara University School of Law, Santa Clara, California, J.D.
University of Oregon, Eugene, Oregon, B.A.
Harrison LLP is pleased to announce its continued recognition in the 2025 Chambers High Net Worth Guide, a distinguished publication renowned for its comprehensive analysis of the world’s leading lawyers and law firms serving high net worth individuals.
Atlanta Partners Kimberly G. Ader and Kim C. Martin will present at the annual Georgia Bar Association’s Fiduciary Law Institute taking place July 24-26 in Fernandina Beach, Florida.
Elizabeth A. Garlovsky has been appointed Membership Recruitment Director for the state of Illinois by the American College of Trust and Estate Counsel (ACTEC). In this esteemed role, Elizabeth will oversee key responsibilities related to membership recruitment, including strategic planning, outreach, relationship development, and collaboration across internal and external networks.
