Nicholas DeLuca

Nicholas DeLuca is a Managing Director with Alvarez & Marsal Disputes and Investigations in Washington, D.C. He specializes in the application of analytics and modeling to estimate current and future liability associated with product liability, mass toxic and mass disaster torts and MDLs.
With more than 20 years of experience, Mr. DeLuca has developed estimates of current and future liability for a variety of mass tort personal injury claims, including asbestos, talc, groundwater contamination and child sexual abuse. His related work includes the administration of settlement funds created during restructuring and the development of algorithms used to compensate hundreds of thousands of asbestos personal injury trust claimants. 
Prior to joining A&M, Mr. DeLuca spent six years with the Mass Torts practice at Ankura Consulting Group, where he most recently served as Senior Managing Director. Before that, he served as Managing Director with ARPC, a boutique economic consulting firm, specializing in mass torts acquired by Ankura. Previously, he was a consultant with Global Insight (now IHS Markit), an economics forecasting company based in Massachusetts. 
Mr. DeLuca earned a bachelor’s degree in economics from the University of Pittsburgh and an MBA from Georgetown University’s McDonough School of Business. He also serves on the Montgomery County Agricultural Preservation Advisory Board, which oversees programs that protect farmland for future generations and makes recommendations to state and county officials regarding farmland preservation issues. 

click to watch some feedback from our speakers

Limited tickets available
Don't wait, grab one of the limited seats available and register for the conference today! ​

The Global Class Actions and Mass Torts Conference is a prestigious international event that focuses on the concept of collective redress, which refers to legal mechanisms that allow a large group of individuals who have suffered similar harm or injury to pursue their claims together as a single entity.

event detail

Copyright © 2023.