As part of the Customer Application Engineering team, the intern will contribute to a proof of concept by developing the control software of an On-Board Charger (OBC) using the latest Silicon Mobility’s Adaptative Control Solution.

As part of the R&D System and Software team, the intern will participate in the development of the algorithm for a proposed DCDC control application. The intern will study the proposed DCDC topology for EV applications

Develop a deep understanding of customer needs and requirements, identify, and fill the product gaps Generate new ideas that grow market share, improve customer experience and drive growth

Applies knowledge of high density-high speed, mixed, analog, digital, RF designs, rigid, and flex designs to deliver end-to-end PCB design flow, final design packages for PCB fabrication, including fabrication assembly drawings, and manages PCB documentation.

Management of Verification tools (main interface with EDA provider for Verification tools). Development of Verification design flow automation scripts. Verification technology intelligence: methodology and tools.

As part of the System Engineering team, you will manage the development of electronic boards for automotive applications and supervise the laboratory.

building a local eco-system of partners in China, including technology providers, third parties and customers, enabling the acceleration of Silicon Mobility products on the EV market and identifying new market segments and application opportunities

You will oversee the definition of the system architecture and the successful execution of embedded model-based development and testing. The application domain is focused on the power control and energy management of hybrid and electric vehicles powertrain

you will be responsible for the specification, development, and integration of embedded software in on-board chargers, DC-DC converters and traction inverters for hybrid and electric vehicles.

you will define the architecture and technically lead the embedded software development for the successful implementation of the Silicon Mobility software product for the control and power management of the engine for Hybrid and Electric Vehicles

As an expert in HiL test bench within the System and Software Engineering team, you will be responsible for the modeling of the test environment on the HiL FPGA and processor (e.g.: electrical machine, inverter, etc..) and for the automated development of functional, safety and qualification tests

... you will be one of the technical interfaces with Silicon Mobility’s customers, in both pre-sales, and act as the key link between Silicon Mobility’s Sales and Engineering teams. In this role, you will directly assist sales managers as the technical expert on Silicon Mobility products’ portfolio ...

As a Senior System Engineer within the System and Software Engineering team, you will be responsible for the specification and development of high-performance control algorithms such as for On-Board Chargers, DC-DC Converters, e-Motors ...

... you will oversee the good execution of the embedded software projects with a strong focus on low-level software providing API abstraction for the higher-level software.

Your role will be to ensure the validation and qualification of our PCB/PCA/EMS supply chain and to manage the quality, planning, and capacity of electronic boards products. Your tasks will cover the conception, design ...

The role focuses on ensuring industrial production and volume ramp-up using many disciplines, such as test engineering, IC validation, IC design, front-end process, packaging, planning and logistic, quality, marketing and manufacturing.

As part of the R&D System and Software team, the apprentice will participate in the development of the algorithm for a proposed DCDC control application. The apprentice will study the proposed DCDC topology ...

The apprentice will contribute to the development, integration and configuration of the software modules from specification down to verification using dedicated software testing tools, covering the AGILE ...

This apprenticeship consists in defining and developing several device drivers within the Low-level Software layer. It is a collection of embedded software modules which offer services needed to run the functional part of the upper software layer (system/application)

During this apprenticeship, the apprentice will join the R&D system team.  The apprentice will participate in the optimization of advanced e-motor control algorithms. This apprenticeship aims to analysing, defining ...

The proposed internship addresses a specific need of the IP development team: the formal verification of critical modules. The formal verification will allow the design team to accelerate the verification (finding bugs ...

The intern will participate to the activities of the R&D system team. It will be responsible of developing Simulink model based on requirements and a target hardware, defining and applying a verification method to ensure that developed Simulink models have the same behaviour as the version embedded in the FPCU.

The Silicon Mobility solution is based on a System-On-Chip called OLEA® FPCU (Field Programmable Control Unit) that embeds CPU cores, programmable logic, memories, and peripherals. OLEA FPCU supports ...