BOSTON–(BUSINESS WIRE)–Fiduciary Trust Company (FTC), an independent wealth advisor and investment management firm for high-net-worth individuals and nonprofits, is pleased to announce the hiring of Greg O’Connell as Vice President & Investment Officer.
O’Connell brings over a decade of wealth management experience to FTC. He joins the firm from Mainstone Capital Management, where he served as Managing Director, Head of Relationship Management. Earlier in his career, he spent many years with Brown Brothers Harriman & Co., most recently holding the title of Relationship Manager within the firm’s Private Banking Wealth Management division.
“We are delighted to have Greg join our team at Fiduciary Trust,” said John Morey, Head of Client Service and Business Development. “Greg’s substantial investment and wealth management experience will expand the depth of our team and benefit clients.”
O’Connell is actively involved in the Boston Estate Planning Council as a member of the Networking Committee and also serves as a member of the Belmont Hill School Alumni House. In addition, he volunteers with the New England Home for Homeless Veterans, Heading Home and the Boys & Girls Club of Boston. O’Connell earned a Bachelor of Arts degree in history from Tufts University, where he captained the soccer and hockey teams.
About Fiduciary Trust Company
Fiduciary Trust is a privately owned wealth management firm focused on families, individuals and nonprofits seeking objective advice to help grow and protect their investments. The firm also provides a range of services to professional financial advisors and single-family offices. Fiduciary’s capabilities include customized wealth planning, investment management, trustee and estate services, and family office, tax and custody services.
Founded in 1885 as a family office, Fiduciary takes a personal approach based on expertise, strong performance and a genuine commitment to act in its clients’ best interests. The firm’s client focus has enabled it to achieve a 98% annual client retention rate.