OLIVE PROCESSING SIMULATOR

The olive processing simulator allows users to learn olive oil production processes and solve possible problems in a virtual environment. The software, supported by VR and AR technologies, offers theoretical and practical training.

Learning Technologies
Olive Processing Simulator

The olive processing simulator is designed to allow individuals to learn all stages of the olive oil production process in a virtual environment and solve potential issues during these processes. In a simulation environment with rich scenario content, it the enables realistic execution of tasks such as the washing machine, control panel, circulation button, temperature adjustment, malaxer, feed auger, crusher, olive crate dumping, conveyor hopper, and leaf aspirator. It provides trainers with the opportunity to configure the production line while allowing students to work with different types of machines and olive varieties.

It teaches the structure, components, working, and processing principles of the olive oil production process at both theoretical and practical levels. The software, which also teaches health and safety processes specific to olive oil production, ensures a safe working environment. The simulator uses virtual reality (VR) and augmented reality (AR) technologies to make olive oil production training more engaging and interactive. VR and AR allow users to closely examine the components and operations involved in olive oil production.

The olive processing simulator can measure student performance and provide feedback, making the learning process more effective. Additionally, the olive processing simulator is more cost-effective and reduces risks compared to training with a real production line. It offers innovative training materials based on the latest research and practices in olive oil production technologies and procedures. It ensures that students and technicians have up-to-date knowledge and skills in the industry.

Simulator Highlights

The software is designed to be fully controllable with a VR headset and controllers.

Thanks to the latest technology and highly reliable motion tracking system, it can simulate production steps.

It provides a working environment in four different application areas: theoretical training, theoretical testing, practical training, and practical testing.

The olive processing simulator offers comprehensive training on the introduction and correct use of essential equipment. In addition to the basic equipment, the simulator also covers the introduction, and use of other equipment used in the olive oil production process. Users can learn how these machines work, how to maintain them and how to troubleshoot potential issues through the simulator.

Users can receive training on the adjustment and calibration of components in the olive oil production process. By practicing with repeatable exercises, they can track their progress and receive instant feedback. The theoretical and practical test applications allow them to test what they have learned.

Olive processing simulator includes different scenarios on recognizing olive oil processing equipment, selecting appropriate equipment, and performing operations using these tools. It offers the opportunity to develop expertise in specific areas of olive oil production processes (e.g., using the malaxer or decanter).

The simulator provides students with the opportunity to practice and gain knowledge about occupational health and safety. It features a user-friendly interface and reporting capabilities that allow tracking of user's development.

Olive processing simulator is more cost-effective and reduces risks compared to training with real tools.

It records and reports the user's scenario duration, total score, success status, success rate, and safety violations during training.

The olive processing simulator offers a modular training experience to its users. It allows students to customize their training according to their needs and levels. Each module focuses on a specific process or equipment, enabling users to gain more in-depth knowledge during their learning journey.

The olive processing simulator stands out as an eco-friendly training tool. Training conducted in a virtual environment minimizes environmental impacts compared to real-world applications. While providing opportunities to learn and practice olive oil production processes, the simulator contributes to the conservation of natural resources.

Software Features

The olive processing simulator is designed to be fully controllable with a VR headset and controllers. After running the software, students can select and start the desired training from the menus.

The software runs at a minimum of 60 fps.

It uses texture atlases of 512, 1024, and 2K (2048 pixels).

In the software, the main objects cover at least one atlas, while less important, non-interactive environmental objects share the same atlas, aiding in FPS optimization.

TGA texture format is used in the software. TGA or targa texture format is a lossless, compressed format that takes up less space.

The software transfers details from high poly 3D models to low poly models using normal map textures.

Low poly models ensure optimization while preserving high poly details with the help of normal maps.

High poly models are highly detailed 3D objects with a very high polygon structure, which is difficult to optimize for real-time use. Low poly models are detailed 3D objects with a low polygon structure, suitable for real-time use and optimization. Normal maps are used to obtain two-dimensional details created by light on surfaces.

Users can choose from different scenarios and learn olive oil processing requirements.

Olive processing simulator has updatable software as olive oil production technology continuously evolves. Users are provided with up-to-date information on new malaxer models, current production procedures, and technical specifications.

Errors made during the simulation are checked in real time, and users are informed accordingly.

It offers the ability to save the conducted training, results, and analyses in a user-based database for later use.

The software interface is available in Turkish, English, and other preferred languages.

Equipment Requirements

• 1 simulation computer
• 1 monitor/TV
• 1 virtual reality glasses
• 1 stand

Virtual Reality Support

Virtual reality (VR) support makes the training process more effective by providing users with a realistic experience. By integrating VR technology into the simulator, users can experience real-world scenarios and situations through simulations. VR support allows students to gain flexibility and the opportunity to immediately identify errors.

Equipment Training

The olive processing simulator offers practical training to users by performing the olive process in a virtual environment. The simulation involves basic equipment used on an industrial scale and helps users improve their skills in using the equipment. Users learn how types of equipment are working such as washing machines, malaxers, decanters, and separators through the scenarios they may encounter during these processes.

Eco-Friendly Training Tool

The olive processing simulator stands out as an eco-friendly educational tool. Training conducted in a virtual environment minimize environmental impacts compared to real-world applications. The simulator provides the opportunity to learn and practice olive oil production processes and contributes to the protection of natural resources.

Real Time Graphics and Visuals

Thanks to detailed graphics and realistic visuals, users encounter various scenarios during the simulation and can experience real-world conditions. Real-time graphics and visuals allow users to simulate different situations, different times of day, and different urgencies. Simulation helps users learn how to operate in a variety of conditions and understand how to adapt to the conditions.

Sensors and Data Collection Devices

The simulator includes advanced sensors and data collection devices that enable real-time data collection and analysis during the simulation. Users can monitor and analyze the performance of the machines, temperature, pressure, oil vibration, and various other parameters. In this way, they can diagnose potential problems more quickly during the production phase. Advanced sensors precisely measure data from different components of production.

Occupational Health and Safety Cabinet

An occupational health and safety cabinet is used in the olive processing simulator. The cabinet contains the equipment needed to ensure the safety of users and respond to emergencies. It includes items such as personal protective equipment, emergency equipment, and temporary protection equipment.

Quantification and Consideration

The olive processing simulator includes a reporting module that can generate outputs in HTML or PDF formats containing the following information at the end of the scenario. The reporting system eliminates record-keeping confusion and makes training more efficient.