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| Job Location | Vancouver, BC |
| Education | Not Mentioned |
| Salary | Not Disclosed |
| Industry | Not Mentioned |
| Functional Area | Not Mentioned |
| Job Type | Full Time |
Job ID: JR0200172Job Category: Intern/StudentPrimary Location: Vancouver, BC CAOther Locations: Virtual US and CanadaJob Type: InternASIC Development Co-op (Intern)Job DescriptionA co-op term with Intel of Canadas Intel Foundry Services group is a challenging but rewarding experience, allowing you to gain knowledge and experience in integrated circuit design and test, from chiplets to SoCs. As a member of our team, you will work alongside experienced engineers to solve new and interesting problems, making an important contribution to our exciting custom silicon solutions.The ASIC Development position(s) for this listing is as follows:ASIC Development From cloud computing to 5G connectivity and artificial intelligence, semiconductors are at the heart of everything that computes and processes data. Intel is one of a handful of companies in the world, and the only one in North America, to both design and manufacture SoCs at leading edge semiconductor processes. Intels vision for Foundry Services is to be the second largest semiconductor foundry in the world, by the end of the decade, and the Vancouver ASIC team is an integral part of this vision. We develop value-add designs, utilizing the most advanced technologies available within Intel, to enable IFS customers to build the most cutting edge SoCs to succeed in their applications and markets.Modern SoCs have grown exponentially more complex, integrating ever more functionality on to a single silicon die, and integrating multiple silicon dies into a package. ASIC verification methodologies must also continue to advance and keep pace with this growing complexity, to ensure a high quality and functional SoC design. The ASIC verification team develops object oriented test environments and reference models, using both in-house developed techniquesas well as industry-standard tools and methodologies, and simulates them against the actual ASIC design to uncover design bugs.Employees are encouraged to work remotely due to Covid-19, all new hire orientations will be done virtually. This is subject to change and employees deemed as essential workers may be required to work on-site.QualificationsWe are looking for enthusiastic students with strong problem solving abilities, excellent communication and desire to learn. Technically, a solid foundation of digital design (VHDL, Verilog) and object oriented programming is desired but not required. Students who are looking for a challenging and rewarding work experience should not hesitate to apply.Minimum Qualifications: