דרושים » ניהול ביניים » Real Time C ++ and Python Engineer

Were looking for a Senior Embedded Software Engineer to own and evolve our production grade, multi threaded C++ application that drives thermal management, ASIC operation, and hardware interfaces in Bitcoin mining Hardware - ensuring its ongoing productization, reliability, and performance while accelerating time to market.

Roles and Responsibilities:
Take complete ownership of the embedded control system code for Bitcoin mining.
Transform prototype code into clean, modular, production-ready software.
Resolve technical debt, improve system architecture, and manage dependencies.
Design and enhance robust unit and integration test strategies.
Optimize performance and resource utilization.
Debug and resolve complex issues in a multi threaded system.
Document APIs, software designs, and perform code reviews.
Collaborate with ASIC and board design teams during bring up and validation.

We are seeking an experienced Embedded TL to lead the design, development, and optimization of advanced embedded software solutions for diverse applications and networking systems.

This role combines hands-on technical expertise in embedded Linux and C programming with leadership responsibilities, making it ideal for a seasoned professional with a proven track record in agile, fast-paced environments.

Main Responsibilities:

Group Management:

Hands-on experience in conducting Code Reviews (CR) and managing source control (Git).
Strong track record of leading release delivery processes.
Experienced in conducting performance reviews, 1:1 meetings, and team evaluations.
Excellent communication skills with internal and external stakeholders, including customers
System Architecture & Design:

Define, design, and oversee system architecture for embedded systems, including Linux internals and bootloaders.
Ensure systems meet performance, reliability, and scalability requirements for cutting-edge applications on routers.
Development & Optimization:

Develop, debug, and optimize embedded C software and kernel modules.
Architect and refine software for networking technologies, ensuring low-latency and secure performance.
Drive code quality through hands-on coding, code reviews, and adherence to industry best practices.
Project Management:

Oversee the full development cycle, from concept through deployment, managing timelines, milestones, and resources.
Collaborate with cross-functional teams, including hardware, firmware, and network engineers, to align on product goals and technical roadmaps.

We are looking for a Senior Embedded Engineer to lead the design and optimization of next-generation software for advanced networking solutions. This position offers more than just a coding job, its an opportunity to lead projects, tackle significant challenges, and make an impact in a fast-paced, agile environment.

What You'll Do:

System Architecture & Design:

Define, design, and oversee system architecture for embedded systems, including Linux internals and bootloaders.
Ensure systems meet performance, reliability, and scalability requirements for cutting-edge applications on routers.
Development & Optimization:

Develop, debug, and optimize embedded C software and kernel modules.
Architect and refine software for networking technologies, ensuring low latency and secure performance.
Drive code quality through hands-on coding, code reviews, and adherence to industry best practices.
Project Management:

Oversee the full development cycle, from concept through deployment, managing timelines, milestones, and resources.
Collaborate with cross-functional teams, including hardware, firmware, and network engineers, to align product goals and technical roadmaps.

As a Senior Embedded Firmware Engineer, you will be the technical lead responsible for defining, implementing, and optimizing the embedded firmware that drives our ASIC. You will work closely with ASIC architects, hardware design teams, and software engineers to ensure a seamless and high-performance integration between silicon and system software.

Roles and responsibilities:
Own the HW/SW interface design for our Fully Homomorphic Encryption (FHE) ASIC, including low-level driver architecture.
Develop firmware from scratch, including boot code, device drivers, and control logic.
Collaborate with hardware and ASIC teams to define register maps, control protocols, and data paths.
Perform bring-up, debugging, and validation on prototype boards and silicon samples.
Optimize firmware for performance, reliability, and power efficiency.
Write technical documentation for firmware architecture, APIs, and hardware interface specifications.
Mentor junior engineers and contribute to best practices in embedded development.

In this job you will need to design, lead, develop, complex and versatile software solutions. This includes technical leadership and working closely with other stakeholders in the organization such as system engineers. You will need follow through from concept to product along with hands on hands-on coding and supporting complex integrations of the various parts of the system. We offer a challenging and most interesting technological domain with many SW technologies, algorithms, and a wide SW stack.

Responsibilities:
Lead and implement complex software features in an embedded Linux environment.
Develop, debug, and maintain kernel-level .
Own the software integration of multiple system components.
Collaborate with system, hardware, and other teams.
Take responsibility from design through delivery, including hands-on coding.
Write technical documentation and design specifications.
Deep knowledge with HW architectures, OS implementation details and HW-SW partitioning.

We are looking for passionate individuals who want to make a real impact, working on state-of-the-art AI solutions that save lives and transform the driving experience. Join us in shaping the next generation of automotive technology.

Responsibilities:
Develop real-time computational solutions for SoCs and hardware accelerators within edge devices.
Design, develop, and maintain software across a variety of microcontroller platforms.
Execute the integration of hardware components, including but not limited to sensors and cameras, through established communication protocols.
Diagnose and resolve software and hardware malfunctions within embedded systems.
Facilitate communication through CANBus and other automotive industry standards.
Continually monitor advancements in AI and embedded systems technology.