“The pandemic shook up our world,” said Nick Vyas, academic director of USC Marshall’s MS Global Supply Chain Management (GSCM) program.
Worldwide goods shortages — from sriracha to essential medicines — highlighted the intricate web of factories, warehouses, and distributors people depend on and revealed its vulnerabilities.
“The COVID-19 pandemic exposed the structural inefficiencies in global supply chains,” Vyas explained. “In an increasingly unpredictable world, governments and industries have learned that supply chains must be at the core of business strategy. Network resiliency, agility, and sustainability are the new paradigms.”
Digital transformation is crucial, and USC Marshall’s Master of Science in Global Supply Chain Management program is preparing students to lead this evolution by bridging functional expertise and technical fluency.
“By harnessing artificial intelligence, blockchain, the Internet of Things, and advanced robotics — what I call the emerging stack portfolio — we’re reducing the friction in global logistics, allowing the data to flow,” Vyas said. “If we can remove half the waste in global trade, that is close to a trillion dollars in savings to the bottom line.”
Vyas has led USC Marshall’s on-campus and online GSCM programs since 2014. He is also the founding executive director of USC Marshall’s Randall R. Kendrick Global Supply Chain Institute and a professor of data sciences and operations.
To refine its curriculum, GSCM proactively draws on the Kendrick Institute’s global network of industry leaders and innovative research, part of Marshall’s flagship Business of Blockchain initiative.
“We’re constantly scanning the horizon — one, three, five years out — and reflecting those opportunities in our curriculum long before our competitors,” Vyas explained. “Students entering our program gain a distinct advantage, equipped to solve problems before they even arise.”
Partnership with the USC Viterbi School of Engineering also gives supply chain students an edge, exploring the cutting edge in smart contracts, generative AI decision-making, and supply chain analytics.
A weeklong international immersion program shows students how these academic concepts apply on the ground.