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Test Systems Engineer

3/30/2026

The Test Systems Engineer will develop end-to-end manufacturing test systems throughout the product lifecycle, collaborating with hardware and software teams to ensure efficient Design for Testability (DFT). This involves architecting physical test environments and developing high-performance software for device control and enterprise data management.

Salary

90000 - 115000 USD

Working Hours

40 hours/week

Company Size

201-500 employees

Language

English

Visa Sponsorship

About The Company

Intrepid Control Systems is a global provider of Innovative Vehicle Network and Embedded tools. We provide Software and Hardware Tools and products for In-Vehicle Networks such as CAN, CAN FD, Automotive Ethernet, LIN, J1939 and many others. Our worldwide offices allow global reach with local support. Our products are used worldwide by Automotive OEM's and Tier Suppliers in functional areas such as ECU Testing, Validation, Vehicle Engineering, Automation Testing, Datalogging, ECU Calibration, Flashing, Vehicle Diagnostics covering entire phases of Vehicle Electronics Design, Development, Testing and field fleet testing. From powerful Vehicle Multi Bus Analyzer, Monitoring to Simulation Intrepid's 5th Generation family of products such as neoVI, RAD, VehicleSpy and ValueCAN help thousands of Engineers worldwide every day to perform functions in all areas of Vehicle Networks Testing and Development. The next generation products such as neoVI from Intrepid Control Systems have become benchmark and offer technologies such as Remote Vehicle Testing and Diagnostics allowing to perform very detailed Vehicle Fleet Field Performance studies. Automotive Ethernet and CAN FD products such as RAD GALAXY 2 and neoVI FIRE 3 are already being used by OEM's to launch vehicles with latest SDV architecture of In-Vehicle Networks. Millions of Vehicle on the roads have been tested with Intrepid tools.

About the Role

Description

Role Overview

The Test Systems Engineer is responsible for developing end-to-end manufacturing test systems across the full product lifecycle. This role contributes to Design for Testability (DFT) by partnering with hardware and software teams to ensure efficient, scalable, and reliable testing solutions. The position involves architecting physical test environments and developing high-performance software for both device-level control and enterprise-level data management.

Requirements

Responsibilities

Design and develop End-of-Line (EOL) test systems using Python and Rust, interfacing with electronic devices via CAN, LIN, UART, and Ethernet
Collaborate with hardware engineering teams to ensure PCBA testability, including performing schematic reviews in Altium and troubleshooting circuit-level issues during system bring-up
Develop modern, responsive user interfaces using PySide6 (Qt for Python) to support manufacturing technicians with intuitive tools
Design, build, and maintain backend systems using Rust (Axum framework) and REST APIs to ensure data integrity and traceability of test results
Debug and support core libraries written in C++ as needed, optimizing system performance and reliability
Provide production support by troubleshooting End-of-Line software issues, documenting processes, and improving manufacturing station uptime

Required Qualifications

Python (advanced proficiency required)
C / C++
Rust (strongly preferred)
HTML, CSS, JavaScript
Schematic proficiency (Altium preferred)
Experience with communication protocols (CAN, LIN, UART, Ethernet)
Basic circuit analysis and debugging
VS Code
Git / GitLab
Vehicle Spy 3 (preferred)
Axum (Rust)
Dioxus / Tauri
Qt (PySide6)
OAuth, REST APIs, JSON integration

Preferred Qualifications

Experience in manufacturing or production test environments
Familiarity with automated test systems and hardware/software integration
Strong troubleshooting and cross-functional problem-solving skills

Key Skills

PythonRustC++PySide6QtAxumREST APIsCANLINUARTEthernetAltiumDFTEOLGit