Intel Parallel Programming >
Educating the next generation of software developers is imperative to unlocking the power of multiple core processor technologies. Educational institutions need to move this focus from the traditional graduate level to encompass the undergraduate and in time the pre college programs embracing, new techniques and methods to prepare the software developers of tomorrow. Intel is an innovative leader in working with the academic community to increase the breadth and depth of parallel programming throughout the educational system.
Microelectronic Fabrication Curriculum >
Today's fabrication technologies draw upon a wide variety of disciplines and a diverse scientific and mathematical base. The microelectronic fabrication curriculum is designed specifically to address these aspects of "process science" in an interdisciplinary way.
Microelectronics Packaging Curriculum >
Microelectronics assembly and packaging technology, or simply packaging, is a key element to Intel manufacturing and product development. This suite of courses reflects a two-year master’s program designed to provide the necessary multi-disciplinary background.
VLSI Curriculum >
This curriculum presents the complete coursework that may be considered when creating a VLSI program. The coursework is sequenced to show the interconnections between key areas such as analog design, digital design, and overall architecture planning.
