IP Enablement Application Engineer

Intel Foundry Services is seeking an IP Enablement Application Engineer to join their team focused on transforming the global semiconductor industry. This role sits at the intersection of cutting-edge silicon process technology and customer support, specifically within the Aerospace, Defense and Government (ADG) sector.

The position offers a competitive salary range of $161,230 - $227,620 and includes comprehensive benefits such as stock options, bonuses, health coverage, and retirement benefits. As part of Intel's hybrid work model, you'll have the flexibility to split time between on-site and remote work.

The role involves working with both internal Intel teams and external customers to ensure successful IP integration and implementation. You'll be responsible for providing technical support, creating documentation, delivering training, and resolving complex integration issues. The position requires deep technical expertise in SOC IP integration, RTL design, and ASIC development.

Key aspects of the role include collaborating with cross-functional teams, engaging with IP development teams, and working directly with customers to resolve technical challenges. You'll need to be comfortable with both independent work and team collaboration, as well as potential travel to customer sites.

This is an excellent opportunity for someone with strong technical skills who wants to work at the forefront of semiconductor technology while making a significant impact in the aerospace and defense sector. The role offers exposure to cutting-edge technology, interaction with diverse stakeholders, and the chance to work on critical projects for a global technology leader.

The position requires US citizenship and the ability to obtain a security clearance, reflecting the sensitive nature of the work. Intel's strong market position, comprehensive benefits package, and commitment to innovation make this an attractive opportunity for qualified candidates looking to advance their careers in semiconductor technology.