Techster Solutions befinner i dagsläget sig i en spännande tillväxtfas och söker nu fler kollegor, inledningsvis dig med minst 5+ års erfarenhet och som kan stärka teamet.
Du kan förvänta dig en omväxlande miljö, dagarna kan se väldigt olika ut - men en sak är säkert, här får du använda dina kompetenser och sätter själv gränsen för hur mycket du vill utvecklas. Som ett kunskapsbolag är det viktigt för oss att våra specialister delar med sig av sin kompetens och får kollegorna att växa.
Assignemnt Description
Our automotive industry client is in search of a Test Engineer with expertise in HIL and Continuous Integration (CI).

REQUIRED QUALIFICATIONS:

At least 5 years of experience in electrical engineering and software development within the automotive sector.
A minimum of 2 years of hands-on experience with battery-related software.
A degree in electrical engineering or a related discipline.
Strong programming skills in Matlab/Simulink, Python, and Azure.
Proficiency in HIL development, particularly with tools like ETAS, Vector, NI, and Speedgoat, both in hardware and software.

As a Test Engineer specializing in HIL, your role will involve the following tasks:
HIL Rig Design and Maintenance: You will be responsible for developing, implementing, and maintaining Hardware-in-the-Loop (HIL) test rigs. This includes ensuring that they are continuously updated and able to simulate the necessary operational conditions effectively.
Test Case Development and Automation: You will create and automate test cases across various environments, such as HIL, Model-in-the-Loop (MIL), and laboratory settings, ensuring the accuracy and consistency of test results.
Support for System Testing: You will assist in testing the full system within vehicles, ensuring all integrated components perform correctly and meet the required performance benchmarks.
Beta Testing and Feedback Management: You will manage beta testing activities and create a feedback loop based on data to assess system performance. This involves working with dashboards and metrics to facilitate efficient data collection and reporting.
Enhancing Testing Efficiency: You will ensure the optimal use of testing setups to fully assess developed functionalities, with a focus on evaluating battery cell performance in areas like range, charging, and energy efficiency, all while maintaining safety and system dependability.