Company Overview
Stellantis is a leading global automaker and mobility provider that offers clean, connected, affordable and safe mobility solutions. Our Company's strength lies in the breadth of our iconic brand portfolio, the diversity and passion of our people, and our deep roots in the communities in which we operate. Our ambitious electrification and software strategies and the creation of an innovative ecosystem of strategic, game-changing partnerships are driving our transformation to a sustainable mobility tech company.
The driving force behind us is the diverse and talented group of men and women around the world who bring their passion and experience to their work every day. And while we are a truly global organization, we remain deeply rooted in the communities in which we operate and where our colleagues live and work.
With industrial operations in nearly 30 countries, Stellantis could consistently exceed the evolving needs and expectations of consumers in more than 130 markets, while creating superior value for all stakeholders.

The Connected Services organization in Stellantis is working to build platforms, enabling remote operations and features that will allow any device to communicate with vehicles remotely. Connected Services will enable new experiences that will convert automobiles into mobile digital hubs and enrich the driving experience.

Hardware Engineer connectivity will play a pivotal role in shaping the definition, and implementation of new TCU platforms at Stellantis. The role will bring automotive or equivalent platform expertise in building scalable and high-quality product development.

Ensure HW design and development on time according to the milestones set by project leader.
Interface with supplier about HW solution proposal and technical analysis.
Be the engineering reference for the development of hardware electronics, including support to requirement analysis/documents fill out, wiring harness solution, schematic design/simulation, BOM creation.
Supervise DVP&R activities, being able to interpret and analyze results coming from climatic, environmental, electrical and EMC tests.
Supervise RF certifications activities.
Provide support for validation failure analysis and resolution.
Provide support to Production during prototype build.
Drive Product Design FMEA together with Quality Dept.
Support Quality Dept about customer complaints and failure component analysis. Deep rooted understanding of connectivity platforms on board and off board.
Support Change Requests analysis and application on TCU hardware architecture.
Analyze hardware-related defects and track them through dedicated tools (i.e. JIRA)
Experience with multiple vehicle architectures, diagnostics
Able to communicate effectively with non-technical staff and with members of interdisciplinary teams.
Flexible and adaptable in regard to learning and understanding new technologies.
Ability to conduct research into hardware-related issues and products. Bachelor’s or Master’s degree in Electrical/ Electronic Engineering, at least 3 years working experience in Automotive Industry.

Experience with electronic design (components choice and sizing, SPICE simulation, worst-case analysis, schematic entry, BOM handling, layout)
Knows theory of Functional Safety (ISO 26262), Diagnostics, CAN Communication Protocol.
Experience with supplier’s steering activities in hardware (electronics) domain.
Basic of PCBAs assembly process and electronics manufacturing.
Basics of APQP (Advanced product quality planning) in Automotive industry.
Experience in laboratory measurements and verification of electronic circuits, using oscilloscope, multimeter and instrumentation in general.
4G/5G Modem, DSRC, C-V2X, Ultra Wide Band, NFC, WiFi, BLE, CAN, Automotive Ethernet.
NAD (Network Access Device), SoC (System-on-Chip), SiP (System-in-Package)
5-7 years of experience

Experience in design of analogue and digital electronic circuit for TCU multiprocessors architecture in automotive applications.
Hands-on attitude with electronics: ability to use soldering/ rework stations on PCBAs.
Experience with connectors and harness domains in automotive applications.
Sensitivity to EMC/ EMI best practices in electronic design.
Experience with electronics thermal optimization.
Experience with product lifecycle management tools.
Experience with Linux-based SW architectures and ability to interact/ debug.

CO10), and in particular with regard to the classification within the third professional area.

HARDWARE / ELECTRONIC ENGINEER

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