Project description
automotive project domain lays in the area of advanced driver assist systems which is a step towards an autonomous drive future. Our product represents a fusion system which collects data from multiple sources such as ultrasonic sensors, analogue and digital cameras and executes a complex math logic, as known as computer vision algorithms, targeted to detect specific objects, project trajectories and help driver and passengers to stay safe in any unexpected road situation. Project team works with current and next generation systems, best hardware and tooling present in industry, to enhance user experience and guarantee maximum safety to our customers. Luxoft is responsible for end to end sw development of one of the major sw components as well as sw and system validation. Luxoft team is located mainly in guadalajara, mexico and detroit, usa. We work in close collaboration with our customer and other 3rd party suppliers to deliver best in class adas solution for ford motor company. Project r&d team size is above 100 engineers and engineering leads. Domain controller ( ecu) is produced by 3rd party supplier. Basic software is developed in line full compliance with autosar (architecture standard) using embedded c as main programming language. We follow automotive spice methodology and v cycle product development model. Project uses matlab for modeling and simulation. Testing is performed on both hil / system test benches and real test vehicles with high degree of test automation in continuous integration environment. Project team welcomes experienced sw engineers with embedded sw development experience, strong test engineers (including test automation experts), motivated technical leads and managers, strong technicians, enthusiasts motivated to build brighter and safer future together with luxoft and its customers.
Responsibilities
be able to define and analyze complex automotive electrical systems, based on a global understanding of several domains: automotive world, electrical machine, electronics, software, mechanics ...
Identify, analyze and synthesize all the stakeholders' needs and customer requirements. Ensure the interface with the customer.
Define the system requirements including use-cases, to the limit cases and misuses. Ensure that this set of high level requirements is consistent, complete, correct, and operationally defined in a system requirements specification.
Design the electrical system architecture in collaboration with the different competences (\"métiers\") to allocate the functions into different sub-systems (hw architecture, sw architecture, hsi, system interfaces ...). Refine the system requirements at the subsystems level.
Contribute to the dependability process (pha, system-fmea, e-fmea and fta) and quality process (design fmea).
Determine components integration strategy and ensure the compatibility between the subsystems.
Generate, with the validation team, a set of acceptance criteria (validation plan) which guarantees that all high level requirements have been covered.
Capitalize the know-how (standardization, specifications, technical reports, processes and guidelines). Participate in system department meetings.
Support customer rfq proposal technical and commercial feasibility analysis.
Develop and present new opportunity proposals to management.
Support customer rfq proposal technical and commercial feasibility analysis.
Determine ptm resources and validation required for program support.
Act as customer electrical system applications engineering interface.
Ensure that all customer requirements and expectations deployed follow-up. Develop problem resolution action plans.
Maintain required program development/release records as required by both the company and customer development systems.
Understand and apply all company program management policies/procedures.
Skills
must have
minimum 4 years of automotive experience. Experience in automotive electrical system architecture system development, design and validation. Previous assignment experience within an vehicle oem or tier 1 electrical systems organization strong communication skills with specific experience in customer technical proposal presentation development and delivery strong analytical and communication skills strong background in automotive r&d (system requirement design) hands on experience with ibm doors hands on experience with aspice process hands on experience with vector canoe / can protocal knowledge of ecu system design /architecture principles
nice to have
adas domain experience
cybersecurity requirements design
functional safety requirements design
#j-18808-ljbffr