17 set - Torino
Hashlist
We are looking for a
Software Development Engineer
– Connectivity.
You will play a pivotal role in shaping the definition and implementation of new TCU platforms.
The role requires automotive or equivalent platform expertise in building scalable and high-quality product development.
Employment type: Permanent
Working model: Hybrid
Responsibilities
Design, develop, and maintain software for TCU connectivity platforms across 4G/5G, C-V2X, UWB, NFC, and CAN domains
Write, code, test, and analyze software programs and applications throughout the full production lifecycle
Review validation logs, confirm defects, and drive resolution in collaboration with the development team
Research, design, document, and modify software specifications to meet evolving platform requirements
Integrate software across multiple execution contexts and domains using dynamic linking and loading techniques
Perform performance optimization and tuning for embedded Linux and NAD environments
Implement and maintain telematics features including eCall, remote services, data collection, and Phone as a Key
Conduct static and dynamic code analysis; develop and execute unit, integration, and system test plans
Collaborate with cross-functional teams including validation, hardware, and cloud engineers
Provide mentoring, support, and technical guidance to junior engineers
Communicate findings and technical decisions clearly to both technical and non-technical stakeholders
Qualifications
College diploma or university degree in computer science, information systems, or software engineering — plus 5–12 years of equivalent experience
Hands-on knowledge of: 4G/5G Modem, DSRC, C-V2X, Ultra Wide Band, NFC, CAN, Ethernet, IP, TCP/UDP, TLS/DTLS
Familiarity with MQTT, OMA-DM, LWM2M, and Macchina.io framework
Experience with Linux, NAD, Application Processor, SoC, HSM, SEE
Industry background in connectivity, cockpit, or cloud solution development (automotive or consumer)
Nice to have
Deep understanding of on-board and off-board connectivity platforms
Linux and NAD development; startup configuration, scripting, and application development
Performance optimization and tuning
Strong grasp of quality practices: static/dynamic code analysis, unit, integration, and system testing
Experience with dynamic linking/loading and multi-domain software integration
Radio Interface Layer and Hardware Abstraction design principles
Multiple vehicle architectures and diagnostics experience
Signal, API, and service-oriented interface design
Knowledge of telematics features: eCall, remote services, data collection, Phone as a Key
V2X technology and applications (Day 1 and beyond)
Knowledge of applicable data privacy practices and laws
Ability to communicate clearly with non-technical stakeholders and cross-functional teams
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