- Understand how digitally-enabled, flexible supply chain ecosystems can anticipate, respond and adapt to changing expectations
- Learn how to accelerate supply chain innovation through integrated customer engagement models
- Discuss how automation, smart technologies and new capabilities can help drive efficiencies, as well as unlock new opportunities to interact with customers in real-time
Kathy Wengel is Executive Vice President & Chief Global Supply Chain Officer for Johnson & Johnson, and a member of the Company’s Executive Committee. She has significant healthcare, operations and global business expertise – with more than three decades of experience in leadership positions with Johnson & Johnson.
In her current role, Kathy is responsible for all aspects of the development and implementation of the global Supply Chain for Johnson & Johnson, as well as its Quality & Compliance, Procurement, Environmental Health & Safety, Sustainability and Engineering & Property Services functions. A strong developer of globally diverse teams, Kathy leads an organization across three business segments: Pharmaceuticals, Medical Devices and Consumer Health.
Under Kathy’s leadership, Johnson & Johnson has been recognized by world-leading groups. The Company has been named #3 in both 2020 and 2021 on the Supply Chain Top 25 list by Gartner, Inc., the world’s leading research and advisory company. It has also been recognized by the World Economic Forum (WEF) – an international organization that engages the foremost political, business, cultural and other leaders of society to shape global, regional and industry agendas – with five Lighthouse designations, more than any other organization, for its use of innovative technologies at production sites and other facilities. Kathy is also one of the pioneers of WEF’s Advanced Manufacturing Platform.
Since joining Johnson & Johnson in 1988, Kathy’s responsibilities have grown through a variety of strategic leadership and executive positions across the enterprise in multiple countries and in various roles within operations, quality, engineering, new product development, IT and other business functions. Kathy also served as the first Chief Quality Officer for Johnson & Johnson. During this time, she also co-led the design of the Company’s enterprise Supply Chain and Quality operating model. The effort brought together more than 20 disparate groups, all using core standards and operating principles, while delivering substantial value for the Company over the past decade.
Externally from Johnson & Johnson, Kathy serves as a member of the Board of Directors at LabCorp, a leading global life sciences company dedicated to using science to improve health and improve lives. She also serves as Chair of the Board of GS1 Global, a nonprofit that develops and maintains global supply chain standards. She is a member of both the Executive Committee and the Board of Directors of the National Association of Manufacturers in the U.S., and a member of the Board of Directors for the Manufacturing Institute. Kathy serves in several advisory capacities, including as member of the Executive Advisory Board for the Gartner Supply Chain practice, member of the Reagan Institute Task Force for National Security and U.S. Manufacturing Base Competitiveness and member of the Board of Advisors at AWESOME, a nonprofit working on the advancement of women in senior supply chain roles. Within Johnson & Johnson, Kathy is executive sponsor for the Women’s Leadership & Inclusion (WLI) initiative and the Women in Science, Technology, Engineering, Math, Manufacturing and Design (WiSTEM2D) program.
In 2019, Kathy was recognized by the Council of Supply Management Professionals (CSCMP) with its lifetime Distinguished Service Award, and she was elected to the Supply Chain Hall of Fame, the industry’s top individual supply chain honor. In 2015, Kathy received the National Association of Female Executives’ (NAFE) Women of Excellence Award and AWESOME’s Legendary Leadership Award in 2014.
Kathy holds a BSE degree in civil engineering and operations research from Princeton University.