Jobs at Alif Semiconductor

The Embedded Software Application Engineer will design embedded firmware, develop reference designs, and create training material while ensuring customer satisfaction.

Responsible for developing security firmware for the Secure Enclave in embedded systems, collaborating on tools and architecture with a focus on cryptography and system security.

The Sr. Digital Implementation Engineer creates turn-key solutions for Cellular IoT devices, handling netlist delivery, synthesis flows, and interfacing with Physical Design.

Develop and optimize drivers for Alif SoC IPs, work with ARM architectures, implement communication protocols, and maintain software in RTOS environments.

The Senior Design Verification Engineer will focus on peripheral verification, debug verification failures, and oversee test development within a skilled IC design team.

Design and develop embedded firmware and application examples, support customers, create documentation, and assist in marketing and business development.

The Senior Embedded Software Developer designs and develops low-level RTOS drivers for MCU peripherals, optimizing driver performance and supporting camera and display subsystems, while collaborating with teams and the open-source community.

Manage new product introductions in semiconductor engineering, ensuring quality and optimization throughout the manufacturing lifecycle, and leading cross-functional collaboration.

Design and develop embedded firmware, application examples, and proofs-of-concept for Alif Semiconductors' products. Provide hands-on technical customer support, resolve complex application issues, produce technical documentation (application notes, quick start guides), support pre-sales and product validation, and collaborate with marketing and product teams. Work independently with ownership and clear reporting.

Develop and maintain low-level embedded firmware for BLE and IEEE 802.15.4 (Mesh) on multi-core devices. Work spans RF configuration, Zephyr OS applications, ROM code integration between controller and host stacks, and low-power optimization to maximize battery life. Collaborate with cross-functional teams and own technical deliverables.

Design and implement low-level embedded firmware and ROM code for secure enclaves, working closely with hardware. Develop low-power security subsystems, implement cryptographic features, verify software stack security, and collaborate on chip lifecycle management. Document work and may grow into a team leadership role.