About the role:

As an Validation Engineer at FV IDC, you will have a meaningful effect on the next generation processors, working shoulder to shoulder with all CVI validation teams & with CCG product ladrers .  Get ready to function as a technological leader enabling the structure for effective high quality FV activities globally executing and debugging the high end Intel`s SoC products. 

Responsibilities:

A unique opportunity to be a part of a team that defines, creates and execute SoC post silicon validation plans for cutting edge pre-production CPU products.

You will be required to see the big picture, take part in validation strategy definition and be responsible for high quality Client products.

Qualifications

• Student towards B.Sc in Electrical/Computer Engineering
• Minimum 1.5 years till graduation with ability to work at least 4 days a week
• Strong analytical and problem solving skills
• Ability to work in unstructured environments being able to function and being creative in a stressful working environment.
• Exceptional interpersonal communication & great proven team work, relationship management, effective listening and influencing skills that result in strong working partnerships across organization boundaries
• A precise attention to details
• Self-driven and independent.
• Great interpersonal team work.

Advantage:

• Graduated as Practical Engineering in SW, Electrical/Computer Engineering

• SW knowledge and programming capabilities;.

• Knowledge of Si process/test domains

The Infrastructure and Platform Solutions Group (IPSG) builds the silicon and platform infrastructure for Intel's silicon design teams. IPSG is comprised of a reusable pool of infrastructure IP blocks, design enabling services such as tools and automation, and a best-in-class post silicon ecosystem that ramps quickly to high volume manufacturing and validation. Our primary mission is to protect Intel's brand by providing the infrastructure necessary to enable all of Intel's products to hit the market on a dependable and predictable cadence.