About the role
structured by ORIThe Inertial Solutions Systems Engineer will support the validation and characterization of Si-Ware's inertial systems. This role focuses on test automation, embedded design, hardware debugging, and testing to ensure the high performance and reliability of our inertial products.
What you will do
- Develop and maintain robust automated test plans, scripts, and proprietary device drivers for high-speed data acquisition, control, and performance characterization.
- Utilize advanced laboratory equipment, including high-bandwidth Oscilloscopes, Logic/Protocol Analyzers, and Digital Multimeters (DMMs), to perform hardware diagnostics.
- Process, clean, and analyze datasets generated from testing runs.
- Deeply review, trace, and debug C-based firmware to gain a complete understanding of sensor logic, internal state machines, calibration.
- Create and maintain clear, high-quality technical documentation, including validation reports, test procedures, and bug reports.
Full posting text
The Inertial Solutions Systems Engineer will support the validation and characterization of Si-Ware's inertial systems. This role focuses on test automation, embedded design, hardware debugging, and testing to ensure the high performance and reliability of our inertial products.
What You Will Do
Test Automation & Execution: Develop and maintain robust automated test plans, scripts, and proprietary device drivers for high-speed data acquisition, control, and performance characterization.
Hardware Debugging & Signal Integrity: Utilize advanced laboratory equipment, including high-bandwidth Oscilloscopes, Logic/Protocol Analyzers, and Digital Multimeters (DMMs), to perform hardware diagnostics. Proactively troubleshoot and isolate root causes for signal integrity issues and communication protocol errors on Printed Circuit Boards.
Advanced Data Analysis & Reporting: Process, clean, and analyze datasets generated from testing runs.
Embedded Firmware Analysis: Deeply review, trace, and debug C-based firmware to gain a complete understanding of sensor logic, internal state machines, calibration. Focus on validating the correct implementation of digital interfaces, like SPI and I2C communication protocols, and register configurations.
Documentation & Collaboration: Create and maintain clear, high-quality technical documentation, including validation reports, test procedures, and bug reports. Collaborate closely with design, firmware, and production teams to drive issues to resolution.