C++ / ADAS HiL Framework development

Job Overview

Are you ready to build the infrastructure that validates the safety of autonomous driving? We are seeking a Senior C++ Software Engineer for ADAS HiL Framework develpoment to lead the creation, optimization, and scaling of our Hardware-in-the-Loop (HiL) test frameworks and simulation workflows.

In this role, you will design and develop high-performance command-line (CLI) tools, automate complex testing pipelines, and tackle intricate system-level debugging (from signal mapping to low-level segmentation faults). As a senior engineer, you will act as a critical technical bridge between hardware and software, solving complex integration challenges, mentoring team members, and collaborating with global project teams to deliver highly reliable ADAS systems.

Key Responsibilities

As a senior framework developer, you will:

• Architect & Maintain HiL Frameworks: Own the integration, setup, and continuous maintenance of the ADAS HiL simulation framework for critical customer projects.
• Develop Core Tooling & CLI Engines: Build robust command-line tools and automate test simulation workflows to support continuous testing, execution, and debugging pipelines.
• Master System-Level Debugging: Deliver expert-level troubleshooting and resolution for framework-level issues, specialized memory errors (such as segmentation faults), and signal anomalies.
• Orchestrate Restbus Simulation: Provide advanced tier support for Restbus simulation maintenance, configuring and scaling virtual vehicle networks within customer environments.
• Mentor & Collaborate: Mentor junior team members in modern software practices, conduct design and code reviews, and drive cross-functional engineering excellence.
• Enable Test Automation: Support automation and debugging workflows to improve execution speed and test fidelity, transitioning testing pipelines smoothly from SiL to HiL environments.
• Cross-Functional Support: Directly assist customer projects with signal mapping, object bypassing, and physical-to-virtual sensor integration.
 

Key Qualifications & Skills

Mandatory Requirements

• Experience: Overall 6 to 7 years of professional experience in software development, validation framework design, or automotive systems integration.
• Education: B.E. / B.Tech or equivalent in Computer Science (CS), Information Science (IS), or Electronics & Communication Engineering (ECE).
 

Technical Core Expertise (must)

• Strong Programming Foundations: Very strong programming skills in C++ (object-oriented design, memory management) and Python basics (for scripting, test definitions, and tool integration).
• Cross-Platform OS Skills: Proficient in developing, compiling, and debugging software on both Linux or Windows systems.
 

Preferred Professional & Soft Skills

• Advanced Troubleshooting & Diagnosis: Exceptional debugging skills, with a proven track record of diagnosing tricky runtime failures, segmentation faults, and network protocol mismatches.
• Structured Problem Solving: Ability to seamlessly pivot from quick, pragmatic workarounds for active customer blocks to sophisticated, long-term architectural solutions.
• Collaboration & Communication: Outstanding interpersonal skills, with a collaborative, motivating, and solution-oriented attitude that thrives in intercultural teams.
• Mentorship: Passion for sharing knowledge, guiding mid-to-junior engineers, and elevating the team's software engineering capabilities.
• Validation & Testing Mindset: Practical experience with structural software validation, including integration-testing, regression testing, and automated smoke-testing workflows.
• In-Vehicle Networks & Architectures: Solid understanding of ECU hardware architectures and vehicle communication protocols (e.g., CAN, SomeIP, Ethernet).
• Automotive Processes: Knowledge of standard automotive software quality frameworks, such as ASPICE and ISO 26262.
• Modern Toolchains & DevOps: Experience with software package managers (Conan), version control systems (Git), and CI/CD workflow tools (Jenkins, Azure Pipelines).
• Languages: Fluent professional communication in English.
What We Offer

• Bridging Hardware & Software: Take on a unique, highly valued engineering position at the absolute intersection of cutting-edge ADAS software and physical vehicle ECUs.
• Highly Collaborative Environment: Play a central leadership role within a highly motivated, international team of automotive simulation experts.
• Technical Ownership: Lead framework architecture and tool design decisions that directly impact the validation of autonomous safety functions.
• Flexible Technical Growth: Broaden your expertise across both low-level C++ simulation engines and automated Python execution frameworks.

Function: Engineering
Experience Level: Associate