I like having the ability to rapidly model quick systems, but also having the ability to add in any level of complexity.

i least like the inability to view logs over multiple simulations to track information like buffer queues over time.

It is very easy when building simulation models to focus on the visuals and forget the analysis. After all, we need to convince the stakeholders that the solution we propose will deliver what it says on the tin and what better way than to mesmerise them with animation. Actually, there is another way, demonstrate that all scenarios have been considered and with an inflated chest lay down the challenge, "tell me where I have gone wrong and I'll tell you what data I need to determine whether its fact or fiction". Simio like most major simulation engines allows 3D visualisation and what is nice is a simple press of the '2' and '3' keys smoothly transitions you from 2D to 3D respectively. Add Google Warehouse and importing 3DSMax files and decent visuals can be shown. Developers please add STP or IGES file format. This simulation engine seems to have been developed with not only the ability to quickly model with little to no code writing experience, but also empowers one to devise and quickly run scenarios that can answer the real questions and find those sensitive areas/ optimal solutions. The start of any simulation project should start with the agreed conceptual model. This boils down to possible resources and a general set of inputs that trigger delays and produce outputs. Simio supports this basic concept in its standard library of objects. The object orientated approach means that these basic objects can be modified by adding more detailed lower level processes or modifying original logic. Of course the model is an object that can be imported into another model. Gaining model acceptance is generally easier with collaboration, so showing the team their input has been incorporated in a way that resembles the conceptual model goes a long way. The power of discrete event simulation is its ability to handle random events. Simio has the standard list of distributions which using a form of intellitype is easy to define. Note to developers, it would be great if intellitype is available in all fields. Of course with distributions come replications, which using the Experiments function allow the analyst to create and execute scenarios using different user defined input parameters and compare results based on user defined KPIs. But Simio has another trick up its sleeve, using the Input Parameters tab and defining the distributions with the sample size, provides a neat way to analyse the impact the distribution has on specific result parameters.

Standard Library - Object Orientated approach to modelling means models can become objects in other models. Copy and Paste - Processes data, functions etc can be copied between models. Key Felds Data can be created like a database i.e. enter once use multiple times. External Data - Supports links with external data files such as CSV or excel. Easy Scenario Creation - Experiment function allows easy creation of multiple experiments and comparison of results.

The visualizations in this software are out of this world, some of the best I've seen.

The learning curve on this software is steep, very steep.

Deciding which type of simulation software for a business to purchase can be an extremely difficult decision. Being faced with this decision we began to investigate and compare simulation software packages available on the market. After comparison, Simio was the clear choice for our business. Although most simulation software packages are extremely difficult and confusing to learn, Simio's many resources make learning and mastering the software easy. Most noteworthy is the video tutorials provided which made the transition to Simio painless. Ultimately the decision to choose Simio was made based on the functionality of the software and the ability to accurately and quickly model real world systems for the purposes of finding solutions. Simio's 3D modeling abilities are unmatched by any other software packages available. Simio is quick and easy in the 3D department and compared to others is much less time consuming for similar 3D animations. With that said, the 3D modeling is generally a non-value added task and we were more focused on the software's modeling abilities. Simio's add-in packages operate flawlessly with OptQuest being the one we utilize the most. The customer support at Simio is outstanding too. I reached out to Simio when modeling a complex transit system this past year and they were able to identify my error and provided a fix the same day. We recently decided to expand our abilities with the usage of Simio's Risk-based Planning and Scheduling. After watching roughly 11 videos about 10 minutes each, Simio's RPS was easily incorporated into a previous manufacturing process project. Adapting the previous project slightly was straightforward and surprisingly resulted in the RPS being setup almost automatically. The ability to incorporate the complexities of variation into the RPS is what makes this such an advantageous tool and also what separates it from others. Simio also offers an add-in package for the RPS, Wonderware MES which provides the real-time production data. Generating plans, evaluating risk, performing comparisons, and many other functions are available through Simio's RPS and we look forward to providing this to our clients. We give Simio our highest recommendation.

Company spends hundreds of millions of dollars each year moving equipment and supplies to offshore drilling units and producing assets. We use Simio to determine optimal vessel fleet size and develop 10 days shipment schedules daily. Tool works well and has enabled us to reduce our fleet size considerably.

Handles highly complex simulations--we model 25+ slips, 30 vessels, 25 offshore locations, and more than 30 different types of demand product types such as barite, cement, casing, and baskets. Scheduler optimizes schedule based on lowest tangible and intangible costs and considers weather forecast, crew change schedules, and tank cleaning.

Simulation is written in a graphical programming language which is great for small, quick designs, but gets cumbersome to navigate in very large and complex simulations.