Software Gigs

This Embedded Software Engineer role at Leidos involves designing and developing high-performance embedded software for custom System-on-Chip (SoC) hardware in electronic warfare applications. You will write low-level C/C++ code for multi-core systems (DSP, ARM, RISC-V), perform hardware-software co-design and validation, and build software development kits for end users. The position requires 4+ years of embedded systems experience, deep understanding of hardware architectures, and proficiency in reading datasheets, test-driven development, and real-time operating systems.

Sr. Staff Reliability Engineer at Qualcomm leads semiconductor reliability strategy for advanced CMOS technologies (FinFET, GAA, etc.), defining qualification requirements and executing technology certification across devices, packages, and systems. The role requires deep expertise in device and interconnect reliability physics—BTI, TDDB, HCI, electromigration, self-heating, wear-out mechanisms—and hands-on experience designing reliability test structures and interpreting complex failure data. Responsibilities include performing advanced reliability analysis, anticipating and mitigating risks across the product lifecycle, establishing scalable organizational best practices, and providing expert judgment on critical trade-offs. The engineer will mentor technical staff, drive cross-functional alignment with design, process, test, and product teams, and communicate reliability status and strategic recommendations to senior leadership.

The Algorithm Software Engineer will design, develop, and deploy signal processing applications on custom Leidos SoCs, porting algorithms from MATLAB/Python/C++ to optimized C code for real-time, massively parallelized execution. Responsibilities include hardware-software co-design, DSP optimization leveraging SIMD/VLIW/accelerators, Hardware-in-the-loop testing, and collaboration across signal processing, embedded, RF, and systems engineering teams. The role requires 8+ years of C/C++ embedded systems development, strong signal processing fundamentals, and experience translating research algorithms into production real-time systems.

As a CPU Power Management Firmware Developer, you will design, implement, and verify embedded firmware for power and performance management across Qualcomm's custom CPU subsystems and SoCs. You'll collaborate with hardware power management and firmware teams to define and implement solutions, working in both pre-silicon and post-silicon environments. The role requires 6+ years of software engineering experience with proficiency in C/C++, embedded systems, and RTOS/OS kernel development, plus demonstrated experience with embedded operating systems and ARM architecture.

Develop bare-metal firmware and low-level device drivers for Qualcomm reference platforms, focusing on hardware bring-up, validation, and early platform enablement. Work directly with hardware and silicon teams to debug SoC peripherals, implement test firmware, and resolve hardware/software integration issues using lab instrumentation and debug tools. Design and maintain register-level software for a wide range of integrated peripherals including memory, displays, cameras, RF transceivers, and communication interfaces. Requires deep expertise in embedded systems, processor architectures, and hardware protocols with strong problem-solving and cross-functional collaboration skills.

Qualcomm seeks a Staff Embedded Software Engineer (6+ years) to design, implement, and maintain real-time operating system (RTOS) software components across QuRT OS and Zephyr RTOS platforms deployed on Qualcomm SoCs. You will own complex system-level issues, lead feature design from requirements through deployment, perform deep root-cause analysis on crashes and traces, and collaborate across hardware, systems, validation, and software teams. The role emphasizes technical leadership, ownership of large technical areas, and raising team quality through example while leveraging modern development tools and automation. Strong hands-on experience with RTOS concepts, C/C++, low-level system software, and embedded development is required.