Junior C++ SW Engineer

The Automotive department is launching a new project focused on modernizing vehicle diagnostics. We are looking for a Junior C++ Developer with Linux experience to join our team.

The project’s goal is to extend and optimize a existing diagnostic solution by integrating next-generation Service-Oriented Vehicle Diagnostics (SOVD). Our clients include Tier-1 suppliers and OEMs from Europe and the USA. The developed solution will be deployed in the newest vehicle platforms. You will work in a team recognized for technical excellence and motivated by challenging engineering tasks. We also provide competitive compensation and strong opportunities for growth.

At GlobalLogic Automotive, we are shaping the “computer-in-the-car” architecture — a key enabler for:

• advanced connectivity,
• remote diagnostics,
• machine learning and autonomous driving.

Requirements:

• 1+ years of commercial development experience in C++14/17
• Experience in Linux user-space development (POSIX APIs)
• Understanding of CMake / Make build systems
• Experience with unit testing (required: GTest; experience with coverage tools like Gcov or Bullseye is a plus)
• Practical knowledge of VCS (Git; Gerrit/Repo experience is a plus)
• Problem-solving mindset: focus on finding solutions, not on specific tools
• Strong analytical and troubleshooting skills
• English level: Intermediate+ (both verbal and written)
• Good communication skills (ability to interact with customers, present results)

Nice to Have: 

• Experience in embedded development
• Exposure to AUTOSAR (Classic or Adaptive)
• Experience with C language
• Familiarity with static and dynamic code analyzers (Polyspace, Axivion, Clang-Tidy, Valgrind)
• Python scripting skills (automation, testing)
• Knowledge of QNX OS
• Knowledge of networking protocols (TCP/IP, Ethernet, SOME/IP)
• Previous automotive development experience

Job responsibilities:

As a Junior Software Engineer, you will:

• Participate in the development of embedded automotive systems for Tier-1 suppliers and OEMs
• Collaborate with teammates on software architecture and design
• Implement and test functionality on multiple levels (tests: unit, integration, system)
• Document implemented features and changes
• Participate in debugging, troubleshooting, and issue resolution
• Optimize and extend existing components
• Learn and apply industry best practices for safety-critical automotive development