Embedded Software Tools Engineer

Lyte AI; Sunnyvale (CA); On-site; USD 150,000 - 230,000; Full time

Benefits offered by this job

Competitive salary

Equity

401(k)

Health, dental, and vision coverage

Flexible vacation and time-off

Cutting-edge projects

Job summary

Lyte AI is seeking a Senior Embedded Software Tools Engineer to design, build, and maintain software tools enabling efficient development, testing, manufacturing, and deployment of embedded systems at scale. You will create robust internal tools, workflows, and infrastructure supporting firmware, driver, and system engineers across development and production environments.

You will collaborate with firmware, silicon, systems, and manufacturing teams to understand workflows and pain points, then

Qualifications

• Bachelor's degree or higher in Computer Engineering, Computer Science, Electrical Engineering, or a related field.
• 7+ years of experience developing software tools for embedded or systems environments.
• Strong programming skills in Python, C/C++, and shell scripting.

Responsibilities

• Design, develop, and maintain embedded software development and test tools used across the organization.
• Build tooling to support chip bring-up, firmware and driver development, and system characterization.
• Develop tools for flashing, provisioning, configuration, calibration, and recovery of embedded devices.

Skills

Python

C/C++

Shell scripting

Education

Bachelor's degree or higher in Computer/Electrical Engineering, CS or related field

Tools

Git

CI/CD

CMake

Make

Bazel

Yocto/Buildroot

OpenOCD

GDB

QEMU

Job description

About the role

We are looking for a Senior Embedded Software Tools Engineer to design, build, and maintain the software tools that enable efficient development, testing, manufacturing, and deployment of embedded systems at scale. This role focuses on creating robust internal tools, workflows, and infrastructure that support firmware, driver, and system engineers across development, validation, factory, and production environments.

You will work closely with embedded, firmware, silicon, systems, test, and manufacturing teams to understand workflows and pain points, then design tools that improve developer productivity, software quality, test coverage, and system reliability, from early bring-up through factory and field deployment.

What you'll do

Design, develop, and maintain embedded software development and test tools used across the organization.

Build tooling to support:

• Chip, SoC, and board bring-up
• Firmware and driver development
• Characterization of RTOS- and Linux-based embedded systems

Develop tools for flashing, provisioning, configuration, calibration, and recovery of embedded devices.

Create debugging, tracing, and diagnostics tools that interface with:

• JTAG/SWD and other hardware debug interfaces
• Target-side firmware, bootloaders, kernels, and drivers

Build automation for:

• Build, test, and deployment pipelines
• Hardware-in-the-loop (HIL) and system-level testing
• Factory and manufacturing test systems

Design and maintain tooling for factory use cases, including:

• Board and system-level test automation
• Production flashing and configuration
• Validation, calibration, and pass/fail reporting

Develop simulation, emulation, and test harnesses to enable faster iteration without physical hardware.

Integrate toolchains across heterogeneous targets (MCUs, CPUs, DSPs, NPUs, GPUs, custom ASICs).

Improve observability of embedded systems through logging, metrics, tracing, and crash analysis.

Ensure tools are reliable, scalable, secure, and easy for engineers and factory operators to use.

Collaborate closely with firmware, driver, hardware, test, manufacturing, and systems teams to define requirements and interfaces.

Support production, manufacturing, and field-debug workflows with robust tooling and root-cause analysis.

Required Qualifications

Bachelor's degree or higher in Computer Engineering, Computer Science, Electrical Engineering, or a related field.

7+ years of experience developing software tools for embedded or systems environments.

Strong software engineering skills in:

• Python
• C and/or C++
• Shell scripting (Bash or similar)

Solid understanding of embedded systems fundamentals:

• Boot flows, memory, interrupts, and concurrency
• RTOS- and Linux-based embedded systems

Experience working with embedded build systems, cross-compilation toolchains, and flashing workflows.

Familiarity with firmware and driver development and bring-up processes.

Experience designing developer- and operator-facing tools with a focus on usability, reliability, and automation.

Strong debugging and problem-solving skills across hardware and software boundaries.

Ability to collaborate effectively across hardware, firmware, software, test, and manufacturing teams.

Preferred Qualifications

Experience with embedded Linux environments:

• Yocto, Buildroot, cross-compilation toolchains
• Kernel build and configuration workflows

Experience with RTOS-based systems (e.g., FreeRTOS, Zephyr, QNX, ThreadX).

Familiarity with hardware debug and trace tools:

• JTAG/SWD, OpenOCD, GDB, Trace32, Lauterbach

Experience building HIL, SIL, and automated factory test frameworks.

Experience with emulation and simulation tools (QEMU, virtual platforms).

Experience supporting manufacturing, factory, and production test environments.

Experience working across multiple processor architectures:

• ARM Cortex-M/R/A, DSPs, NPUs, GPUs, custom accelerators

Knowledge of CUDA and GPU programming for tooling, testing, simulation, or acceleration use cases.

Background in robotics, autonomous systems, or other complex embedded products.

Tools, Practices, and Documentation

Modern development workflows:

• Git-based version control, code reviews, CI pipelines

Build systems and tooling:

• CMake, Make, Bazel, or similar

Debugging, profiling, and tracing tools for embedded and Linux systems

Automation frameworks for development, test, and factory workflows

Strong documentation practices:

• Tool usage guides, onboarding docs, factory procedures, and troubleshooting manuals

Embedded software best practices:

• Reproducible builds
• Deterministic tooling and test results
• Robust error handling and diagnostics
• Long-term maintainability and scalability of tooling and infrastructure

Benefits (subject to location and local regulations)

• Competitive salary and equity
• Comprehensive medical, dental, and vision coverage
• 401(k) retirement plan
• Flexible vacation and time-off policy
• Collaborative, fast-paced, and inclusive work environment
• Opportunity to work on cutting-e