To better prepare students for the innovation economy, Intel provides higher education faculty worldwide with curriculum and resources for emerging technologies such as parallel programming, visual computing, embedded applications, advanced manufacturing technology, and more.
Embedded University Program
Curriculum, contests, and research enable tomorrow’s technology leaders to gain an understanding of embedded systems.
NanoTechnology
Supported by the Intel Foundation and the National Science Foundation, the Network for Computational Nanotechnology is preparing resources to help students contribute to nanotechnology development.
SRC Alliance
Made possible by a grant from the Intel Foundation, the Semiconductor Research Corporation’s Education Alliance provides technical undergrads with hands-on research opportunities.
Security Curriculum
To empower students to analyze and mitigate systems security risks, this content augments computing curriculum at undergraduate and graduate levels.
Classic Curriculum
These standard courses in microelectronics manufacturing technology and systems design have provided a foundation for many EE majors over the years. The materials science and engineering curriculum includes:
NGO-Industry Collaboration
Intel helps develop a diverse pipeline of technical talent through collaboration with academia, government, industry and non-government organization (NGO) partners.
Entrepreneurial Curriculum
Intel has partnered with the professors at UC Berkeley to develop a full academic year of entrepreneurship courses.
What’s New in the World of Higher Education Curriculum?
Embedded University Program
The Intel Embedded University Program increases the presence of Intel Architecture in classrooms and research labs worldwide.
Find out more >
find out >
