About Veoneer Safety Systems:
Veoneer exists to Protect Everyone in Every Crash. We design, manufacture, and sell the world's best automotive safety electronics.
Veoneer is a world leader, and almost every 4th car produced today has Veoneer's automotive safety electronics. Veoneer has delivered more than 1.1 billion electronic control units and crash sensors to car manufacturers globally.
The company is building on a heritage of 70 years of automotive safety development. Veoneer is owned by AIP, is headquartered in the U.S., and has approximately 2,383 employees in 11 countries.crash analysis.
What you'll do?
Develop and maintain all required documentation, such as block diagrams, schematics, BOMs, and test plans
Perform theoretical circuit block FMEA utilizing PC based FMEA software and perform FMEA verification
Work with ECAD to develop a board layout compliant to manufacturing and EMC requirements
Work with Product Assurance to develop concept and design validation test requirements and plans
Perform Worst Case, Monte Carlo, Stress/Thermal Analysis, and Bench Testing to reliably meet quality and performance requirements from both the customer and Veoneer
Collaborate with layout engineers, mechanical engineers, validation engineers, software engineers, manufacturing engineers and other teams
Perform design/debug investigations and support development, maintenance, failure analysis, and resolution activities
Participate and/or Lead the Design Reviews of the ECU
What you'll bring:
Minimum Bachelor's Science Degree, Electrical Engineering
5+ years of engineering experience
Strong problem solving and hands-on debugging skills with a solid understanding of core engineering principles, fundamental circuit design, and analytical techniques
Strong communication skills required, including the ability to clearly express technical concepts in verbal and written forms
Creativity in helping to drive technology into our company
Self-driven attitude and a proactive approach in completing tasks
Design experience in analog/digital electronic circuits for automotive application
Experience with the implementation of communication protocols such as CAN, SPI, PSI5, Ethernet, PCIe, USB, DDRx etc.
Experience in PCB layout, RF/EMI/EMC/ESD mitigation technique, simulation and power distribution techniques of modern processors
Experience with Signal and Power Integrity simulation and testing
Experience testing and validating motherboards in the laboratory
Experiences in various software tools such as Mathcad, Pspice, Matlab, IQ-RM, Excel, Word, Doors, Altium
Experience in reading component datasheets
Tools Knowledge:
Strong knowledge in using an Oscilloscope, its available trigger settings as well as using various probes to look at characteristics of signals of interest.
Multimeter, Logic Analyzer, Spectrum Analyzer, Power supplies, Function/Waveform Generator
Communication Data Simulators (CAN, SPI, Ethernet, etc.)