Lead Firmware Developer

Job Duties:

● Lead and actively engage in all aspects of product development, including investigation, design, coding, and testing.

● Design and implement features for embedded applications on residential smart devices.

● Develop applications in C/C++ within a multithreaded RTOS environment.

● Provide technical leadership and mentorship to junior engineers, fostering a culture of collaboration, innovation, and continuous learning.

● Develop inter-process communication utilizing various communication protocols.

● Work on distributed interactive systems.

● Debug defects, core dumps, and memory corruption, providing effective solutions.

● Adhere to standard software development methodologies by creating architectural, design documents for approval, following coding standards, conducting code reviews, and implementing tests.

You Must Have:

● Experience in developing and maintaining embedded applications using C/C++ (preferred areas of focus include multithreaded programming, RF/wireless protocols, and inter-process communication).

● 4+ years of experience in electrical engineering, computer science, or a closely related technical discipline.

● 4+ years of hands-on experience in embedded systems development, including debugging and testing.

● Practical experience developing software within an RTOS environment and working with command-line interfaces.

● Proficiency in one or more of the following tools: debuggers, emulators, DevOps pipelines, Wireshark, tcpdump, or similar.

● A TDD (Test-Driven Development) mind-set.

We Value:

● A solid understanding of IP networking, data structures, and algorithms.

● Experience in C/C++ and real-time systems.

● Knowledge of distributed networks and topologies.

● Debugging capabilities in a multithreaded environment.

● Experience in analyzing packet protocols.

● Familiarity with system architectures.

● Strong communication and collaboration skills.

● Knowledge of multiple wireless technologies (Wi-Fi, BLE, Sub-Gig).

● Experience with rules engines and event-driven architectures.