SIL Infrastructure Engineer: AUTOSAR & Virtual ECUs

Jit Team; Kraków; Hybrid; PLN 6,000 - 10,000; Full time

Job summary

Jit Team is seeking a Software Engineer – SIL Infrastructure Development to design, build, and maintain a Software-in-the-Loop (SIL) simulation environment for AUTOSAR-based embedded software stacks. The role supports early-stage integration and continuous development of automotive systems, focusing on infrastructure rather than test execution.

You will develop virtual ECUs, interface with plant models and test automation tools, and collaborate to define simulation strategies.

Qualifications

• Minimum 3 years engineering experience in embedded systems, software development, or simulation.
• Proficiency in C for embedded software development.
• Solid understanding of embedded systems and AUTOSAR architecture.
• Ability to work with version control systems (Git).
• Good communication skills in English.

Responsibilities

• Develop and integrate virtual ECUs for SIL environment based on AUTOSAR.
• Build interfaces between SIL and plant models, buses, and test tools.
• Collaborate with cross-functional teams to define simulation strategies.
• Optimize simulation performance and fidelity for large-scale system integration.
• Analyze and debug SIL infrastructure issues.
• Document architecture, workflows, and usage guidelines for internal teams.

Skills

C

Embedded systems

AUTOSAR

Git

English

Education

Bachelor’s degree in engineering or equivalent

Tools

SYNOPSYS Silver

Simulink

Python

Bash

CAN/LIN

ARXML

A2L

NVM

Make

CMake

Job description

Jit Team is seeking a Software Engineer – SIL Infrastructure Development to design, build, and maintain a Software-in-the-Loop (SIL) simulation environment for AUTOSAR-based embedded software stacks. The role supports early-stage integration and continuous development of automotive systems, focusing on infrastructure rather than test execution.

You will develop virtual ECUs, interface with plant models and test automation tools, and collaborate to define simulation strategies.