Logistics Engineering

Logistics Engineering

We develope holistic concepts

Our aim is to work closely with our customers to develop a holistic logistics concept that is tailored not only to the product but also to the individual customer.

Our overarching goal is to identify synergy effects in the handling process.

To this purpose, we consider the entire life cycle of a product in the context of its operational behaviour.

Integrated Life Cycle Support

Systems Engineering
Life Cycle Costs
Maintenance and repair concept
Training
Infrastructure
Build In Test, System Overhaul
RAM&T; FMECA; LORA; Usage Upkeep Cycle, Stressprofile
Logistics Engineering
Integrated
Logistics
Support
Technical Logistics Support /
Performance Based Logistics
Design
Logistic Support Analysis
Documentation
Materialmanagement
Configuration- and
Obsolescencemanagement
Special Tools and Test Equipment
Gefahrenquellen
Stoffe | Prozesse | Verfahren | Produkte | Gesetze / Bestimmungen
Logostic Support analysis
Infrastrukturkonzept | Fälligkeitkonzept | Ausrüstungskonzept | Supportkonzept | Material | Materialerhaltungsplanung
Infrastruktur
Ausbildungseinrichtungen | Instandsetzungsinfrastruktur | Simulatoren | Operationelle Infrastruktur | Stellplätze
Informationsaustausch
Nutzungsdaten | IT-Konzept | IT-Sicherheitskonzept | Netzwerk-Architektur
Zulieferer
Entwicklerexpertise
Erfahrungen aus vorhergehenden Projekten
Auswahlkriterien zur Bauteilauswahl
Erfahrungen aus dem täglichen Umgang
Nutzungsdaten
Erfahrungsberichte
Nutzerexpertise
Systemtest
Material
Materialbewirtschaftung | Ersatzteilplanung | Master Equipment List | Ausstattung | SMP-Kalibrierung | Obsolenzsenz | Supplyer Survey | Sorveignity
Ausbildung
Inhalte / Konzepte | Ausbildungsmaterial | Lehrplan | Lehrpersonal
Wartung/Instandhaltung
Instandhaltungsplan | Wartungsplan |
Master Task List
Dokumentation
Technische Dokumentation | Ersatzteildokumentation | Konfigurationsmanagement | Ausbildungsunterlagen

ILCS im Design

Design for Support
Integration of dependability requirements into the design of the technical solution (design interface)
Design the Support
Development of an efficient system to support the product based on logistical requirements (ILCS / ISS interface)
Supporting the design
Maintenance / continuation and optimisation of the support system
Based on your working practices, we develop a customised support system that covers all your areas of need.

We advise you on all aspects of dependability, taking into account the principles of systems engineering for all phases of the product life cycle.

Our goal is to harmonise your development expertise with the experience gained from your customers' use of the product, based on the requirements for the product.

Logistic Support Analysis

We optimise
the technical solution by

  • Maintenance efforts / costs
  • Training needs
  • Consumption of spare parts
  • Life Cycle Costs
Our goal is to increase the operational availability of the product in accordance with its operating and usage environment and its application parameters.
ILS im Design

Dependability=
Reliability + Availability + Maintainability + Testability + Supportability + Sovereignty
Technical Effectiveness
Technical solution / Design
Abilities
Functions
functional availability
Reliability
Maintainability
Supportability
Operational Performance
System Effectiveness
Balance between design requirements, availability and costs
Prozess efficiency
Production
Operation
logistic support
Costs  (LCC)