NXP Semi-conducteurs développe des connections et des infrastructures sécurisées pour un monde plus intelligent, et propose des solutions rendant la vie de tous les jours plus simple, meilleure et plus sûre. Leader mondial des solutions de connectivité sécurisées, NXP est à la pointe de l’innovation dans les domaines du véhicule connecté, et propose des solutions bout en bout de sécurité et de protection des données, ainsi que des solutions de connectivité intelligentes.

Company Description

NXP Semiconductors enables secure connections and infrastructure for a smarter world, advancing solutions that make lives easier, better and safer. As the world leader in secure connectivity solutions for embedded applications, we are driving innovation in the secure connected vehicle, end-to-end security & privacy and smart connected solutions markets.

Our technologies for Automotive applications create new ways to make cars cleaner, safer & more secure while adding convenience and fun. NXP is the number 1 supplier of automotive semiconductors. NXP’s Automotive offers Analog, Sensor, Radar and processing technology that drives all aspects of the secure connected cars of today and the autonomous cars of tomorrow.

Job Summary

As a recognized technical expert in high complexity modeling within Functional Safety strategy, system and innovation team, you develop the complex mathematical models for the embedded solutions at the edge. Your expertise in complex modelling, fuzzy logic, non-linear modeling heavily  contributes to improve the safety and availability of the systems of interest (automotive and industrial).

You work in close collaboration with other experts involved in innovation subjects (innovation focus tracks) as well as in product development (ie. HW and SW).

Responsibilities

• Develop the complex mathematical models for various embedded systems (motor control, battery management system, robotics – fractional observers, LPV observer, sensorless control, Model predictive control (MPC) and fault detection (MPFD), etc…
• Develop the complete Matlab/Simulink environment to ensure Model Based Design approach (MIL, SIL, PIL, HIL) – ie. Automatic SW code generation ISO26262 compliant
• Support HW/SW integration and Hardware in the Loop (HIL) testing

Skills Required

• Demonstrated expertise in high complex modeling – see below
• Comfortable working with the ambiguity inherent in implementing new technologies, complex Functional Safety products
• Proven ability to enroll technical stakeholders
• Proven verbal and written communication skills towards technical contributors and stakeholders.

Experience

• 10 years developing complex models for embedded systems – fuzzy logic, fractional observers, LPV observers, model predictive control and fault detection (MPC, MPFD), etc..
• 5-10 years of experience in closed loop systems – ie. distributed compensation controller design, Nonconvex and convex optimizations, Saturated gain-scheduling LPV controller, memory resilient delay controller, etc…
• 10 years of experience in Matlab / Simulink and Model Based Design  (10 years)
• Experienced in Parameter-Dependent Stability Analysis, Orthogonal Polynomial functions, etc..
• Familiar with Functional Safety, with a preference in IEC61508 and / or ISO26262
• Recognized as a technical expert in his/her previous experiences

Education

Ph. D thesis in Electrical Engineering, Computer Engineering, or Computer Science with a focus an modeling of complex closed controlled embedded systems.

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