Thesis in Charging Interfaces Team starting April 2026 (m/w/d)

Kurzüberblick

• Standort: Stuttgart
• Arbeitsmodell: Präsenz
• Anstellungsart: Praktikum

Aufgaben

• Propose innovative methods to abstract EVCC functionality, transforming it from a hardware-dependent system to a flexible software component.
• Collaborate closely with our internal and external engineering partners to implement and integrate the software component into a rapid prototyping environment.
• Analyze and compare the performance and feasibility of different communication protocols, such as CAN-FD and Ethernet, for EV charging applications.
• Evaluate the cost implications and benefits of implementing EVCC as a software component, considering factors such as hardware savings, development efforts, and future scalability.
• Present your work to the team and key stakeholders, sharing your insights and recommendations.
• Document your journey throughout the thesis project, detailing your methodologies, findings, and results, ensuring a comprehensive record of your contributions.

Anforderungen

• Enrolled in a relevant field of study, such as Computer Science, Electrical Engineering, or a related discipline, with a strong academic background.
• Passion and knowledge in electric vehicle technology and charging systems, with a keen interest in sustainable mobility solutions.
• Proficiency in programming languages, particularly C/C++ or Python, with a solid understanding of software development principles and practices.
• Familiarity with vehicle communication protocols, including Ethernet, CAN, and others, and a basic understanding of distributed systems.
• Analytical thinking and problem-solving skills, with the ability to approach complex challenges with a systematic and creative mindset.
• Excellent communication abilities, enabling effective teamwork and the sharing of ideas and knowledge.
• A collaborative attitude and organizational talent, contributing to a positive and productive team dynamic.
• Interest in BEV development and a willingness to explore new technologies and innovative solutions in the EV space.
• Understanding of EMC impacts and the ability to analyze and mitigate potential issues, ensuring the reliability and safety of EV charging systems.

Benefits

• An exciting and varied role in a dynamic environment.
• The opportunity to independently contribute to projects and bring in your ideas.
• Attractive compensation and flexible working hours.
• Insights into the working world of a leading company in the commercial vehicle industry.
• Participation in and contribution to exciting exchange and networking events within the cross-location Students @ Daimler Truck network.