Automotive suppliers

Characteristics and particularities
Industry insight

Virtually no other industry has recorded comparable growth over the last two decades as that of the automotive suppliers. To an extremely significant extent, this development is due to volume enlargements, greater part complexities, new technologies and a sharp rise in value added contribution. Nevertheless, competitive and price pressure have risen concurrently. This is due to the sourcing systems applied by the automakers and the major suppliers (Tier 1) in a global market, rising commodity prices and in particular the continuous cost saving programs initiated throughout the industry. Shorter product life cycles, greater part variance with declining volumes and the virtually unplannable requirements demand that the industry provide significant flexibility in production and logistics.

Challenges to
ensure competitiveness

Specific framework conditions and special challenges that are characteristic of the automotive supplier industry:

Global production networks with customer proximity and local plants
Production locations in eastern Europe have reached the limits of their capacity and have lost their cost advantages, necessitating efficiency enhancement programmes and sustainably optimised structures
Global sourcing with long logistics chains and rising local content quotas
Inventory optimisation and minimal throughput times in the global supply chain
Just-in time (JiT) and just-in-sequence (JiT) customer deliveries with guarantee of absolute security of supply and product quality
Lean management in production and logistics to enhance efficiency and flexibility; introduction of a proprietary production system
Implementation of customer standards and delivery in the requested mode variant
Deployment of smart planning and control systems in production and logistics
Tools for supplier relationship management (SRM); the issue of supply chain risk management is becoming increasingly important in particular
Rising transport volumes and the increase in transport cost shares necessitate new transport concepts, for instance controlled retrieval or 4PL, which themselves require permanent optimisation
Launch of supplier parts to secure a position in the future market of electric vehicles
Changes in powertrain concepts require the affected suppliers to modify their product portfolios
Participation in the independent aftermarket

ebp-consulting
Selected consulting focuses

Supply planning during the product development process
Total landed cost optimisation
Optimisation of procurement networks
Optimisation of purchasing processes and introduction of supplier relationship management
Supplier relationship management
Lean production and lean logistics
Intralogistics according to the line back principle
Implementation of just-in-sequence in production and logistics
Logistics centres for production supply
Order picking zones and supermarkets concepts
In-house transport concepts using tugger trains or automated guided vehicles (AGV)
Material flow concepts for production Locations
Expansion of plant structures
Line-side presentation concepts for assembly and manufacturing Areas
Outsourcing of logistics, tenders for service Providers
Switch in transport concepts, e.g. milk runs and tactical route planning
Transport and freight cost optimisation using big data analytics Tools
Packaging and container optimisation
Inventory optimisation using big data analytics Tools
Production planning and control, introduction of pull control and levelled control according to Heijunka
Spare part fulfilment in warehouse management and Distribution
Management of critical supply chains

Project examples
Customer benefits through industry expertise

A selection from our extensive range of products.

Optimisation of client logistics and strategic re-planning for a Tier 1 system supplier:

Development of an integral new logistics concept at a major production location in eastern Europe for implementation in the medium term, including a new logistics centre and automatic small parts warehouse, supermarket concept, tugger train supply and material line-side presentation at the assembly lines.

Optimisation of logistics on short-notice to accommodate immense growth and to protect scheduled product launches. Reduction in material inventory days in assembly to free up space. Implementation of lean logistics principles.
Throughput time and inventory optimisation for a Tier 3 part supplier:

Re-segmentation of a production division for injection moulding machines and introduction of order centres for production planning and order fulfilment with the objective of optimising inventories and throughput times.

Development of an optimised, integral production and logistics concept for the location, in particular a logistics centre to organise supply and disposal for production.
Plant structure and material flow planning for a Tier 1 module supplier:

Machine assembly planning and rearrangement of the plant layout through application of lean production principles.

Optimisation of the material flow and the complete logistics at one location. Planning of several logistics centre scenarios.

Inventory optimisation through reorganisation of planning and control processes with modification of ERP SAP ECC6.0