Skip to main content
Add as a preferred source on Google


Indian Outsourcing Firm Infosys Funds Research Center at USC

  • By Dian Schaffhauser
  • 06/12/08
The University of Southern California (USC) Viterbi School of Engineering and Infosys Technologies, a Bangalore-based IT services and consulting company, jointly announced an agreement to set up a research center at USC.

"This agreement will explore a model of interaction in research, education and training in areas of interest to both Infosys and USC." said Yannis C. Yortsos, dean of the USC Viterbi School. "The collaboration will include joint research, bilateral visits by researchers, student internships and distance education, among other activities."

The agreement provides that the Center for Research & Education in Advanced Software Technologies (CAST) will open on the USC campus. Created with funding from Infosys, CAST will facilitate joint research and education in such areas as software architecture, service oriented architecture and information integration, intelligent systems and agents, mobile and wireless systems, sensor networks, and CAD frameworks and tools for hardware and software.

"The United States is the hub for innovation in science and technology," said Subu Goparaju, vice president and head of Infosys' SETLabs, which performs applied research and development. "Through this collaboration we hope to work with the best and the brightest engineering talent in the world on innovative technology solutions. USC has among the largest number of international students of any U.S. university and the USC graduate program in engineering is widely acknowledged to be among the top 10 in the United States."

This agreement is part of a larger Infosys program to engage with leading Indian and international universities to facilitate research in a variety of areas including software engineering, information management, knowledge engineering, game theory, and IP lifecycle management.

Infosys has previously collaborated with academic institutions through a global internship program, InStep, and its industry academia program, Campus Connect. Infosys has also been hiring university graduates from outside India, training them in India and sending them back to their home markets. Yortsos noted that the Viterbi School has more graduate students enrolled from India than any other country except the United States.

About the Author

Dian Schaffhauser is a former senior contributing editor for 1105 Media's education publications THE Journal, Campus Technology and Spaces4Learning.

Featured

  • VSLive! session

    VSLive! San Diego 2026 Puts AI at the Core of the Campus IT Stack

    For higher education IT teams working through AI pilots, ERP integrations, student-facing apps, analytics projects, and mounting security concerns, Visual Studio Live! San Diego 2026 offers a look at the development practices that are shaping the campus technology landscape.

  • networked node grid featuring illuminated connectors

    Infrastructure Accounts for More than Half of Worldwide AI Spending

    Gartner forecasts worldwide AI spending will reach $2.67 trillion in 2026, up 49.5% from 2025, with AI infrastructure accounting for nearly $1.5 trillion, or about 56% of the total. For every dollar Gartner expects to be spent on generative AI models, more than $52 will be spent on infrastructure.

  • digital brain integrating legal regulation and security interface

    Agentic AI Moves from Pilot Phase to Production, Bringing Governance to the Forefront

    New research from Caylent, an AI-focused Amazon Web Services Premier Tier Services Partner, found that enterprises are already moving agentic AI beyond pilots and into production environments. At the same time, organizations are putting strict conditions around autonomy, making governance and control the next major challenge for enterprise AI adoption.

  • lock symbol with quantum bits in dynamic motion

    Microsoft Accelerates Focus on Quantum-Safe Security

    Microsoft is speeding up its quantum-safe security timeline, saying advances in quantum computing and new federal requirements have pushed post-quantum cryptography from a future planning issue into an immediate engineering priority.