Adv. Verification and Validation Engineer - Computer Enhanced

If you like challenges and willingness to overcome obstacles, we are looking for you!

Bosch was founded in Stuttgart in 1886 by Robert Bosch, our operating areas are in four business sectors; mobility solutions, consumer goods, industrial technology and energy and building technology.

Discover in Bosch the ideal place for you. Our products, present in a wide variety of fields, that contribute to improve the quality of life of millions of people.

The Validation and Verification engineer will design, create, code, script, automate and execute test cases for Automotive ECU's, with focus on communication networks such as CAN and Ethernet. Projects include Vehicle Communication Gateways, Perfectly Keyless, Zone ECUs, Powernet Guardian, among others. Collaborating with locations outside Mexico.

Responsibilities

Design, code, and execute test cases for next generation vehicle communication gateway modules.; Define new test strategies to support connected vehicle platforms; Analyze and review System and SW requirements; Ensure cyber security of module by working on fuzz testing, penetration testing, IDS, etc.; Test OTA (Flash Over the Air) requirements for various OEM vehicle architectures; Test case analysis, design and implementation; Evaluate the test results and publish release reports; Interact with local and global development teams; Document test case design in DOORS; Collaborate with design team on special test cases for failure analysis and electronic component evaluation

Requirements

Bachelors or Masters degree in Electronics, Computer Science, Software or equivalent.; 3-5 years of experience; Proficient in electronics and embedded systems; Proficient in electronics laboratory equipment usage: multimeter, oscilloscope, signal generator, etc.; Proficient in SW and System testing: ISTQB Foundation level; Proficient in test and defect management tools (change management), such as JIRA, ALM or equivalents.; Software development life cycle (SDLC), and V-Model methodology.; Knowledge of automotive standards such as ASPICE, ISO 26262; C and C++ programming languages. Scripting languages (i.e. Perl, Python).; Proficient in Ethernet network protocol. (DoIP, UDP, TCP, DHCP); Proficient in CAN/ CANFD communication protocol.; Proficient knowledge in diagnostics; Team player with good communication skills.; Ability to solve technical problems.; High capability to learn.; Proficient English level, both written and spoken