C++ Developer Intern - Sensor Measurement & Simulation

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aiMotive Kft.
Munkavégzés helye

Hibrid • Budapest

Munkaidő, foglalkoztatás jellege
- Alkalmazotti jogviszony
- Általános munkarend
Elvárt technológiák
- C++ TESTING PYTHON NETWORK R
Elvárások
- Angol középfok
- Nem kell tapasztalat
- Egyetem

Állás elmentve

A hirdetést eltávolítottuk a mentett állásai közül.

Responsibilities

Development of tools for parsing, analyzing, and visualizing sensor data
Maintenance of code repositories including version control, code reviews, and documentation
Support and management of CI/CD pipelines, software releases, and automated testing
Development and deployment of software solutions for sensor data acquisition on various automotive platforms

Requirements

Ongoing full-time university studies for at least one more year
Availability for at least 20 working hours per week
Advanced proficiency in C++
Advanced proficiency in Python
Experience with version control systems such as GitHub or GitLab
Precision with an independent and proactive attitude
Intermediate level English

Nice-to-have

Experience working with sensors such as radar, lidar, or camera, Understanding of computer networking concepts including TCP/IP and network protocols, B-category driver’s license

What we offer

Possibility to gain valuable work experience at the forefront of the automotive R&D sector
Competitive student salary
Inspiring and supportive working environment
Teambuilding events and other benefits for students
Flexible working hours and Home Office possibility
Long-term job opportunity
Possibility of an immediate start
In-service training opportunity
Fitness opportunities
Free lunch every workday at a nearby all-you-can-eat restaurant or delivered by Wolt for Work

Company info

Developing self-driving technology requires an integrated ecosystem that connects in-vehicle software, data processing, and simulation. aiDrive, aiData, and aiSim together enable efficient development, structured data management, and scalable validation while meeting automotive quality and safety standards. Sensors are the primary interface between the vehicle and its environment. A solid understanding of sensor performance and limitations is essential for reliable automated driving. Systematic sensor testing and research ensure data quality and functional robustness.