Overview: Microchip Technology Inc. is seeking an Engineer II – Verification to join its dsPIC Business Unit in Chandler, Arizona. This role offers a unique opportunity to be part of a global team dedicated to designing technology that powers the world, within a culture that emphasizes trust, empowerment, and diversity. The company is committed to employee development and offers numerous career growth opportunities through its recognized Leadership Passage Programs.
Read MoreOverview: Join a dynamic team at Broadcom to develop cutting-edge silicon technology for AI/ML and cloud operators. This role focuses on Ethernet/IP switching for multi-scale data centers, contributing to the next generation of AI/ML networks and cloud mega data centers.
Read MoreOverview: Draper is a nonprofit research and development company based in Cambridge, MA, with over 2,000 employees dedicated to solving critical national challenges across various fields, including military defense, space exploration, and biomedical engineering. The company fosters a collaborative environment that encourages innovation through multidisciplinary teamwork.
Read MoreOverview: We are seeking a Senior DSP Algorithms Engineer to join our team in Austin, TX. This role focuses on the system-level verification and stress testing of coherent optical DSP algorithms before silicon tape-out, ensuring robust performance under various optical conditions.
Read MoreOverview: Amazon Leo is a low Earth orbit satellite network aimed at providing reliable internet connectivity to underserved areas. The team is seeking a Software Development Engineer to contribute to the development of innovative software solutions that support the network's mission-critical operations.
Read MoreOverview: AWS Utility Computing is seeking a Senior Firmware Engineer to join the Power Architecture team, focusing on developing firmware algorithms for power and performance management on ML Acceleration Chips. This role involves designing intelligent control algorithms and optimization strategies to maximize performance while managing power and thermal constraints.
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