Budapest, Hungary, Hungary

Commsignia is a leading software and hardware provider on the emerging Vehicle-to-Vehicle and Vehicle-to-Infrastructure (V2X) communication market, with a mission to increase traffic safety and efficiency on the road. As a Test Automation Engineer Trainee of the team, you will have the opportunity to contribute to the high quality of our products, while this position gives you a great opportunity to learn and take part in the development of the automotive technology of the future. In this challenging role, you’ll have the room to grow personally and professionally with the team.

Responsibilities:

• Testing of our car-to-car communication software stack, as well as safety and efficiency applications for different regions (such as EU, US, Asia)
• Planning, documentation and implementation of automated test cases using Java based test framework
• Running automated regression test sets, analyzing and reporting the results
• Creating and handling bug reports, problem solving
• Taking part in field testing

Requirements:

• Ongoing studies in Computer Science or Software Engineering (BSc or MSc)
• Willingness to work at least 20 hours weekly
• Strong Java skills in developing applications
• Linux or Unix experience
• Solid understanding of network systems and protocols
• Quality orientated mindset, precision
• Readiness to work both independently and as part of a team
• Ability and willingness to learn quickly and meet deadlines
• Great communication skills in Hungarian and English

Advantages:

• Knowledge of V2X Communication Technologies from university studies

We provide:

• Flexible working hours
• A long-term career opportunity in building a Budapest based tech company rapidly growing to the global markets (EU, US, Asia)
• Competitive salary
• A great team
• Market and trends overview of the automotive industry, Intelligent Transportation Systems (ITS), autonomous cars and the technologies that will be built in every vehicle in the following years
• Opportunity to grow professionally in a dynamic working environment