Application Specific Integrated Circuit Design Engineer

Location: Milpitas, CA (100% on-site)Contract Duration3-month W2 assignmentPay$50-55/HRAbout the RoleOn behalf of our client, a global technology leader focused on developing innovative data storage and memory solutions that power the world's most demanding applications, we are seeking a highly skilled Engineer III to support ASIC-focused development, testing, and validation initiatives. This role plays a critical part in transforming architectural concepts into production-ready solutions while ensuring enterprise-grade reliability and performance. The ideal candidate thrives in fast-paced, highly technical environments and enjoys collaborating across engineering and platform teams.Key ResponsibilitiesTranslate architectural and design specifications into production-ready agents and implementations.Lead ASIC testing and validation efforts across multiple projects and engineering sites.Execute and manage validation workflows, automation, and framework development.Partner closely with platform, design, and validation teams to offload implementation work and accelerate delivery timelines.Develop and maintain automation solutions using Python, APIs, and workflow orchestration tools.Identify, debug, and resolve complex system-level issues to ensure high reliability and performance.Contribute to best practices, documentation, and continuous improvement initiatives.Education & Required QualificationsB.S. or M.S. in Electrical Engineering, Electronics Engineering, Computer Engineering, or equivalent practical experience.5+ years of hands-on experience in ASIC development, validation, or related engineering disciplines.Strong proficiency in automation and scripting, including Python, API integration, and workflow orchestration.Demonstrated expertise with validation frameworks, testing methodologies, and agent development.Strong communication skills with the ability to explain complex technical concepts clearly.Please submit your resume in Word or PDF format to be considered.J-18808-Ljbffr