James Safavi
About James Safavi
James Safavi is a Technology Leader specializing in high-speed automation, controls, and instrumentation at Procter & Gamble, with extensive experience in delivering complex automation projects globally.
Current Role at Procter & Gamble
James Safavi serves as the Technology Leader: High-speed Automation, Controls and Instrumentation at Procter & Gamble. He is based in Reading, United Kingdom, and has held this position since 2019. In his role, he is responsible for delivering advanced automation technologies to Gillette manufacturing sites across North and South America, Europe, and Asia. His work involves collaboration with external vendors to implement high-speed machinery and automation technologies.
Previous Roles at Procter & Gamble
Before his current role, James Safavi worked as an Engineer in High-speed Automation, Controls and Instrumentation from 2014 to 2019, based in Egham, Surrey. Earlier, he began his career at Procter & Gamble as a Project Engineer for a brief period in 2013, working in Twickenham, United Kingdom. During his tenure, he gained significant experience in delivering strategic and complex automation projects in the consumer goods manufacturing industry.
Education in Electrical and Electronics Engineering
James Safavi studied at The University of Manchester from 2010 to 2014, earning an MEng (Hons) in Electrical and Electronics Engineering. His academic background laid the foundation for his expertise in automation technologies and controls, which he has applied extensively in his professional roles.
Research Experience at University of Manchester
In 2009, James Safavi worked as a Nuffield Foundation Material Science Research Bursary at the School of Materials Science, University of Manchester. For two months, he engaged in material science research, gaining valuable insights and research experience that contributed to his technical knowledge base.
Expertise in Automation Technologies
James Safavi has extensive experience in the deployment and design of automation technology. He has successfully led multi-national teams in delivering strategic, complex automation projects. His role includes capability building in automation technology and extensive stakeholder engagement, management, and coordination.