## Our work

Our job is to provide you with solutions to your challenges. To do so, we first discuss your queries in the areas of **warehouse logistics optimisation**, **production logistics optimisation**, **transport logistics optimisation** and **industry optimisation**. We then develop models, provide innovative impulses and work together with you to define where the problems may be and then solve them using a suitable software technology based solution. Our core competencies are in the use of modern, up-to-date **mathematical operations**, **optimisation algorithms** and software realisation.

## Modelling

Questions regarding logistics, technology, finance, industry, economics and administration are increasingly being solved using mathematical models of varying levels of complexity.

## Optimisation

Mathematical optimisation deals with the task of creating an optimal solution from a number of appropriate solutions. The number of appropriate solutions is generally defined by constraints which are applied to the decision variables.

## Simulation

The mathematical computer simulation is an essential element in the development of complex dynamic systems.

Different “virtual” experiments are carried out on the model within the simulation.

## Branches

### MATH.**PICK**

**Warehouse Optimization Software**

Optimal assignment of goods to picking stations and route optimisation.

By positioning goods in an optimal manner in the warehouse, we can achieve a 20% reduction in the route distances (this is dependent on the starting situation).

**PICK**

### MATH.**TOUR**

**Route optimisation in the food trade**

We will create a tailor-made solution for your company which is adapted to your individual circumstances such as delivery details, opening times, time windows, vehicle size and so on. This solution will optimise your processes to ensure your company has the most effective route planning possible.

MATH.**TOUR**

### MATH.**PACK**

**3D packing calculation for load carriers**

If order picking requires several load carriers, or if the selection for the picking order is based on certain priorities, then a simple calculation based on the volume is often not enough. We ensure that the load carrier is operating in permitted parameters and is also optimally loaded.

MATH.**PACK**