Job Description
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is responsible for leading the architecture, design, integration, and optimization of operating systems and middleware platforms for next-generation Telematics Control Units (TCU).
This role drives secure, scalable, and high-performance base software solutions supporting cellular connectivity (4G/5G), GNSS, eCall, OTA updates, V2X, remote diagnostics, and cloud-connected vehicle services. The position requires deep expertise in embedded operating systems, networking stacks, middleware frameworks, cybersecurity, and automotive compliance standards.
The engineer serves as a technical lead within the Base Software organization, ensuring platform readiness, production robustness, cybersecurity compliance and alignment with Functional Safety and ASPICE requirements.
Lead the architecture and integration of embedded Linux OS and middleware for Telematics ECU platforms.
Drive BSP integration, kernel configuration, driver enablement, and SoC bring-up activities.
Optimize system performance including boot time reduction, CPU scheduling, memory footprint, storage I/O, and network throughput.
Define and implement secure boot, root-of-trust, secure key management, and secure OTA (FOTA/SOTA) update frameworks.
Establish performance instrumentation and profiling frameworks to monitor latency, bandwidth utilization, and real-time communication constraints.
Establish CI/CD pipelines, automation frameworks, and secure software lifecycle practices for production readiness.
Provide technical leadership, architecture reviews, cross-functional alignment, field issue triage, and post-SOP sustainment support.
Job Description
is responsible for leading the architecture, design, integration,



and optimization of operating systems and middleware platforms for next-generation Telematics Control Units (TCU).
This role drives secure, scalable, and high-performance base software solutions supporting cellular connectivity (4G/5G), GNSS, eCall, OTA updates, V2X, remote diagnostics, and cloud-connected vehicle services. The position requires deep expertise in embedded operating systems, networking stacks, middleware frameworks, cybersecurity, and automotive compliance standards.
The engineer serves as a technical lead within the Base Software organization, ensuring platform readiness, production robustness, cybersecurity compliance and alignment with Functional Safety and ASPICE requirements.
Key Responsibilities
Lead the architecture and integration of embedded Linux OS and middleware for Telematics ECU platforms.
Drive BSP integration, kernel configuration, driver enablement, and SoC bring-up activities.
Optimize system performance including boot time reduction, CPU scheduling, memory footprint, storage I/O, and network throughput.
Define and implement secure boot, root-of-trust, secure key management, and secure OTA (FOTA/SOTA) update frameworks.
Establish performance instrumentation and profiling frameworks to monitor latency, bandwidth utilization, and real-time communication constraints.
Establish CI/CD pipelines, automation frameworks, and secure software lifecycle practices for production readiness.
Provide technical leadership, architecture reviews, cross-functional alignment, field issue triage,



and post-SOP sustainment support.
Requirements
Bachelor's degree in Computer Science, Computer Engineering, Electrical Engineering, or related field.
Embedded software development experience.
Strong programming expertise in C/C++.
Direct experience with Linux-based Telematics Control Units
Experience with BSP development, kernel configuration, and SoC bring-up.
Deep hands-on experience with Embedded Linux kernel, driver model, and user-space middleware architecture.
Experience implementing secure boot, root-of-trust, and OTA mechanisms on Linux-based platforms.
Proficiency in debugging using GDB, crash analysis, kernel logs, trace tools, and network packet analyzers.
Preferred Qualifications
Master's degree in Computer Science, Computer Engineering, Electrical Engineering, or related field.
Familiarity with hardware security technologies such as HSM, TPM, and ARM TrustZone.
Experience with containerization (Docker/OCI) or lightweight virtualization in embedded Linux.
Experience optimizing power management and boot-time performance in Linux systems.
Knowledge of cloud integration platforms such as AWS IoT, Azure IoT, or automotive backend services.
Experience in field issue triage, log analytics, and production sustainment support.
Experience working on ASIL-B/D safety-rated systems where applicable. xrdbqlu
Knowledge of automotive cybersecurity principles including threat analysis, vulnerability management, secure software development practices, and compliance with Stellantis Cybersecurity Specifications, ISO/SAE *****, and related automotive cybersecurity regulations and standards.
Required Skills
Embedded Linux
Telematics ECU
BSP Development & SoC Bring-up
Supported Skills
Linux Kernel
Device Driver Development
#J-*****-Ljbffr

📌 Sr. Technical Lead - Embedded Linux & Middleware - Telematics Ecu (M/F/D) (Torino)
🏢 KPIT
📍 Torino