Pascal Eberle
About Pascal Eberle
Pascal Eberle is an Associate Director at KPMG Australia, with over 10 years of experience in process improvement, change management, and business transformation. He has held various roles in consulting and operations management across multiple organizations, including KPMG, Uber, and The Hackett Group.
Current Role at KPMG Australia
Pascal Eberle serves as an Associate Director at KPMG Australia, a position he has held since 2022. His work is based in Sydney, New South Wales. In this role, he focuses on delivering strategic insights and operational improvements for clients, leveraging his extensive background in operations advisory.
Previous Experience at KPMG Australia
Prior to his current role, Pascal Eberle worked at KPMG Australia as a Manager in Operations Advisory from 2020 to 2022. During his tenure, he contributed to various projects that aimed to enhance operational efficiency and drive business transformation for clients in Sydney.
Educational Background
Pascal Eberle holds a Bachelor of Arts (Hons) in International Business Administration from the University of Cooperative Education, Mannheim, which he completed from 2005 to 2008. He also earned a Master of International Business and a Master of Commerce from the University of Sydney between 2010 and 2011.
Professional Experience Overview
With over 10 years of professional experience, Pascal Eberle has worked in various roles across multiple organizations. His career includes positions at Uber as a Senior Operations Manager, The Hackett Group as a Senior Management Consultant, and Bevington Group as a Management Consultant. He has also held roles in consulting and analysis at Energeia, Translink Corporate Finance, and 180 Degrees Consulting.
Expertise in Business Transformation
Pascal Eberle specializes in Process Improvement, Change Management, Business Transformation, and Operational Excellence. He has been involved in numerous business transformation projects aimed at achieving operational excellence, helping organizations enhance their performance and efficiency.