Event

Intel’s Co-op/Internship Program

Thursday, October 18, 2007
5:00 p.m.
2460 A.V. Williams Building
301 405 3863
http://www.coop.eng.umd.edu
http://www.intel.com

Learn about the Co-op/Internship Program at Intel’s Microprocessor Design Center

Bring Your Resume!

Intel offers comprehensive co-op/internship experiences at its Massachusetts Microprocessor Design Center (MMDC). The program will be discussed in some detail during this session. The MMDC team in Hudson, Massachusetts, has a rich history in microprocessor design. While part of Digital Equipment Corp, Compaq, and HP, the MMDC team designed several generations of VAX and Alpha microprocessors. As part of Intel’s Digital Enterprise Group, the MMDC team is presently responsible for the development of next generation multi-core Itanium and Xeon microprocessors for high end servers. MMDC is actively hiring EE/ECE/CS undergraduate students as co-ops in the areas of circuit design, validation, architecture, logic design, test technology, and design automation.

Intel provides a generous moving and housing stipend.
Meet interns from all over the country!

Minimum Qualifications
3.0 GPA
US Citizenship or Permanent Residence

The session will also include a discussion of career planning and professional development strategies for undergraduates. Students have the opportunity to ask questions about how best to best prepare themselves for the profession and job market during their undergraduate years. Possible topics for discussion include the importance of gaining real-work experience through co-ops and summer internships experiences and marketing oneself to employers after graduation.

Speaker Biography
Aamer Jaleel received his BS, MS, and PhD degrees from the University of Maryland, College Park in 2000, 2002, and 2006 respectively. Aamer is currently working with an advanced development group called VSSAD in Intel Massachusetts, Inc. His current research work focuses in the areas of memory system design for CMPs, micro-architecture design, and workload characterization.

Audience: All Students