Siemens Gamesa Renewable Energy

"Streamlining Lean Rental Parts Management for Enhanced Material Flow and Efficiency in Siemens Gamesa's Tools and Logistics Center"

Description of the company
Siemens Gamesa Renewable Energy is a global leader in the renewable energy industry, specializing in the design, manufacturing, installation, and maintenance of wind turbines. With a commitment to sustainable energy solutions, Siemens Gamesa plays a pivotal role in shaping the transition towards cleaner, more environmentally friendly power generation. Headquartered in both Zamudio and Hamburg, Siemens Gamesa is renowned for its innovative technologies and extensive expertise in the renewable energy sector. Siemens Gamesa's Tools and Logistics Center serves as a critical hub in the company's operational network. Situated in Esbjerg, Denmark, this center plays an essential role in the execution and distribution of equipment required for the company's wind turbine projects. It acts as a central repository for tools and safety equipment necessary for various stages of turbine construction and servicing.

Situation
Siemens Gamesa's Tools and Logistics Center in Esbjerg is facing operational challenges that impact the efficiency of its equipment rental services, despite utilizing SAP EWM (Extended Warehouse Management) with SAP S/4 HANA system for inventory and tracking. Suboptimal layout, unclear material routes, and communication gaps result in delays in accessing essential rental equipment for wind turbine projects. These issues lead to increased labor hours and errors, driving up operational costs.

These challenges directly influence the timeliness and effectiveness of equipment deployment, potentially affecting project schedules and overall operational efficiency. The forthcoming "Lean Optimization of Rental Equipment Management" project aims to leverage lean principles to streamline warehouse practices, enhance communication, and optimize the efficiency of rental equipment deployment.

Problem
The existing layout of the warehouse, along with unclear material routes and communication gaps, is causing delays in accessing crucial rental equipment required for wind turbine execution projects. Consequently, these inefficiencies result in heightened labor hours and errors, leading to increased operational costs. These challenges directly impact the prompt deployment of rental equipment and have the potential to disrupt project schedules and overall operational efficiency.

To address this issue, the proposed "Lean Optimization of Rental Equipment Management" project seeks to harness lean principles to streamline warehouse practices, enhance communication, and optimize the efficiency of rental equipment deployment. This project aims to bridge the gap between advanced technological capabilities and on-ground practices, ensuring a seamless and efficient equipment rental process that aligns with Siemens Gamesa's commitment to excellence in renewable energy solutions.

Aims of the project

• Efficient Equipment Access: Streamline the layout and material routing within the warehouse to ensure quick and efficient access to rental equipment required for wind turbine projects.
• Minimize Delays: Reduce delays in accessing essential rental equipment by implementing optimized storage practices and clearly defined material routes.
• Resource Optimization: Optimize resource allocation by integrating lean principles, leading to a reduction in errors and improved utilization of available resources.
• Cost Reduction: Minimize operational costs associated with delays, errors, and inefficiencies, resulting in improved cost-effectiveness of rental equipment services.
• Labor Efficiency: Decrease labor hours spent on manual processes by introducing efficient material handling practices, ultimately reducing operational costs.
• Enhanced Communication: Address communication gaps within the center to facilitate seamless information sharing, reducing misunderstandings and operational delays.
• Sustainable Impact: Contribute to the reduction of environmental impact by optimizing material flow and reducing waste.

The project's overarching goal is to transform the Tools and Logistics Center into a lean, efficient, and streamlined hub that complements Siemens Gamesa's innovative aspirations and dedication to delivering sustainable energy solutions.

Scopes

• Warehouse Layout Enhancement: Revamp the existing warehouse layout to ensure optimal placement of rental equipment and streamline material flow.
• Material Routing Optimization: Design and implement clearly defined material routes to facilitate efficient movement and retrieval of rental equipment.
• Process Streamlining: Implement lean principles to streamline equipment rental processes, from request initiation to equipment deployment.
• Resource Allocation Optimization: Align resource allocation with optimized material flow, reducing labor hours and minimizing operational costs.
• Communication Improvement: Address communication gaps within the center by establishing effective channels for information sharing among different teams.
• Collaboration and Feedback: Foster collaboration among different teams within the Tools and Logistics Center, encouraging feedback and continuous improvement.

The project's scope is centered on optimizing the rental equipment management process, focusing on layout, communication, process efficiency, and resource utilization. By addressing these aspects, the project aims to elevate the TLC's operational performance and contribute to Siemens Gamesa's commitment to excellence in renewable energy solutions.

Target group (students)

• Logistics and Supply Chain Management
• Industrial Engineering
• Global Technology and Innovation Management and Entrepreneurship
• Operations Management
• Value Chain
• Technology Based Business Development
• Data science
• Students who are innovative thinkers and enjoy tackling complex challenges will be drawn to this project's goal of enhancing operational efficiency.
• Lean
• Change management
• Industrial Optimization

The project's interdisciplinary nature means that students with a mix of technical, analytical, communication, and innovative skills will be well-suited to contribute effectively.

Dates
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Registration
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