Bachelor Thesis with Mercedes-Benz
Connected E-Mobility — One Ecosystem, One Interface
What if your car, wallbox, solar panels, and home grid finally spoke the same language? My bachelor thesis developed a connected e-mobility interface giving Mercedes customers the unified control their ecosystem deserves.
Case Study
The Challenge
The shift to electromobility presents new challenges to the power grid and requires efficient energy management. Yet existing digital interfaces mostly focus only on the vehicle itself — seamless integration with home infrastructure and accessories is missing. The result: fragmented control, lack of transparency, jumping between isolated apps.
The central question of my bachelor thesis: How should a user interface be structured to enable multifunctional use and networking of electric vehicles with other products, and motivate users to actively engage?
Key Features
Unified Control
One interface for all AMG EQ products — seamless switching, zero confusion.
Energy Intelligence
Smart optimization across devices, from vehicle to wallbox to grid.
Modular Scales
From compact widgets to full dashboards — information density adapts to context.
Future-Ready
Foundation architecture for next-generation connected mobility experiences.
