In this role, you'll develop test programs for the Advantest 93K tester platform, creating documentation, conducting testability reviews, designing hardware, translating test patterns, and improving test processes alongside product engineers.

The Field Applications Engineer will be responsible for reaching design win targets, driving innovation with customers, monitoring market trends, and supporting mass market customers. They will collaborate with various teams to promote products and coordinate new market penetrations.

As a Sr. Digital Implementation Engineer, you will create turn-key solutions for Cellular IoT devices, overseeing netlist delivery and ensuring the integrity of the RTL database. Responsibilities include defining synthesis methodology, running synthesis flows, and interfacing with physical design teams for timing closure.

The Senior/Staff/Principal Design Verification Engineer at Alif Semiconductor is responsible for developing pre-silicon functional verification solutions for cellular IoT products. Key tasks include deriving test plans, executing verification strategies for SoC and IP cores, integrating various verification IPs, debugging simulation failures, and analyzing coverage. Candidates should have extensive knowledge in UVM, ARM architectures, and scripting languages with a proven track record of SOC lifecycle experience.

The Power Management IC Design Lead is responsible for leading the design of Power Management ICs for various communication systems. This role involves designing and characterizing analog circuits, translating system requirements into circuit specifications, and overseeing top-level layouts while ensuring low power design and good analog performance.

The RTL Digital Design Engineer is responsible for creating innovative solutions for IoT devices, involving RTL design, verification, and implementation in ASIC/FPGA environments. The role requires substantial experience in embedded functions and strong expertise in tools related to ASIC design, emphasizing power, performance, and area optimization.

The Embedded Software Quality Test Engineer at Alif Semiconductor will develop, execute, and automate detailed functional test plans for security firmware. Responsibilities include validating security software functionality, collaborating with development teams, and designing automated regression tests.

The Embedded Software Engineer will develop embedded OS software and device drivers for MCU/MPU systems. They will collaborate with the software development team, maintain automated testing standards, and provide support and guidance to ensure customer satisfaction.

As an Embedded Software Developer, you will design and implement security firmware for the Secure Enclave of Alif’s products. Collaborating with firmware developers and system architects, you will ensure the security of the embedded systems, develop provisioning tools, and manage security threats leveraging your expertise in cryptography and embedded systems architecture.

The Embedded Software Application Engineer designs embedded firmware and application examples, develops reference designs, creates training material, ensures customer satisfaction, and contributes to technical documentation. They collaborate with marketing and documentation teams on product materials and assist in business development activities.

The Bluetooth Firmware Developer at Alif Semiconductor will develop and integrate BLE firmware for Alif MCU products, work on application examples, assist in defining product specifications, and ensure customer satisfaction by providing support and guidance.

Develop and integrate BLE firmware architecture, contribute to firmware layers, provide technical insights, ensure firmware quality and maintainability, and support customers.

The Application Engineer will design embedded firmware, develop reference designs and training material, ensure customer satisfaction by providing support, and contribute to documentation for embedded solutions.