Ideation of e-Wagen simplification @ plant Sindelfingen

Project Background

Project Background

Project Background

The Mercedes-Benz Sindelfingen plant faces inefficiencies with its manual, decentralised E-wagon management, leading to uneven resource distribution. To address this, Mercedes and KIT academic co-creation have taken up the issue as an 1-month ideation challenge, with plans to implement a shared E-wagon pool for better resource allocation, improved tracking, and long-term cost savings.

Solution

Solution

Solution

Me and Tarik Chaij (Mechanical student) created the cost effective and easy to implement Station-based E-wagon Sharing Framework under the guidance of Etienne Hoffmann (KIT Institute for conveyor technology and logistics systems).

Me and Tarik Chaij (Mechanical student) created the cost effective and easy to implement Station-based E-wagon Sharing Framework under the guidance of Etienne Hoffmann (KIT Institute for conveyor technology and logistics systems).

Me and Tarik Chaij (Mechanical student) created the cost effective and easy to implement Station-based E-wagon Sharing Framework under the guidance of Etienne Hoffmann (KIT Institute for conveyor technology and logistics systems).

Standard Use cases

Urgent Use cases

Why Station-based Sharing Model?

Why Station-based Sharing Model?

Why Station-based Sharing Model?

Based on the investigation of the operational team's and users' needs, we determined that the roundtrip station-based sharing mode is the most suitable option for the current situation.

Why there is not included the personal phone for booking?

Why there is not included the personal phone for booking?

Why there is not included the personal phone for booking?

User interviews reveal that technicians prefer not to book in advance, as most e-wagon-related tasks are short-notice and flexible. Additionally, designing a booking app would require the plant to provide phones for all users due to GDPR compliance, which would not be cost-effective.

How much fleet size is reduced? How much utilization rate is increased?

How much fleet size is reduced? How much utilization rate is increased?

How much fleet size is reduced? How much utilization rate is increased?

Since this is a 1- month student project, unfortunately we do not have enough data to calculate.