Software Engineer (Teradyne, Agoura Hills)

Teradyne•Agoura Hills, CA

5d•Hybrid

About The Position

The Software Engineering team in Agoura Hills, CA is looking for a senior Embedded Software Engineer with passion for learning, developing high quality software, solving complex problems and becoming part of a smart and innovative team. This role has some hybrid flexibility however the candidate must be able to work on-site at the Agoura Hills office.

Requirements

10+ years of experience developing software
Experience with Embedded Linux BSP development (Devicetrees, u-boot configuration, bios configuration, building and deploying Linux on embedded systems)
Experience with Linux drivers and bootloader
Application development in Linux environments.
Expertise in C, C++ coding and several scripting languages (Python, bash, …) required.
Operating Systems: Linux
Development Tools: GIT, Cmake, Yocto, Docker
Hardware protocols: Familiarity with common hardware protocols, such as; I2C, SPI, PCIe, Ethernet, USB...
Excellent troubleshooting, debugging, especially debugging remote systems with multiple devices in the loop, and problem solving skills.
Comfortable and familiar with peer reviewed software development process.
Comfortable working with open source communities (Linux kernel, uboot, etc)
Familiarity with x86_64, ARM64, and PowerPC processors and high-end x86_64 servers
Experience working in cross-functional teams designing complex systems
BS required, advanced degree in electrical engineering, computer engineering computer science or related technical field from a top university or engineering institution
Excellent communication skills

Nice To Haves

Experience with Automated Test Equipment is a plus.
Experience with C# is a plus
Experience with Windows is a plus

Responsibilities

Architecture, design, implementation, verification, and lab validation of Linux BSP and userspace tools for automated test equipment.
Collaborate with Hardware, Software, and Systems engineering to refine requirements and provide interfaces to complex hardware systems.
Implement scalable, high-performance, high-quality, extensible, and maintainable code.
Build, deployment, and test automation of the systems you’ll create and improve.
Debug complex system-level issues involving software, hardware, and OS interactions.