FRUMECAR STUDIOS. MAKE YOUR PROJECT WITH US.

FRUMECAR STUDIOS

ARE YOU A SPECIALIST IN INNOVATIVE TECHNOLOGIES? BRING YOUR PROJECTS TO REALITY WITH THE SUPPORT OF FRUMECAR.

Frumecar Studios is a Frumecar project that seeks to help students in their final years of training to carry out their experimental projects and achieve the real implementation of their advances in the real economy..

We are looking for university students and undergraduate students who have advanced knowledge in new technologies and who want to carry out experimentation projects in these fields.

If you are one of them, from Frumecar we are going to give you the support and resources so that you can carry them out. Get in touch with us and tell us about your project.

I WANT TO PARTICIPATE IN FRUMECAR STUDIOS

GOAL

Promote experimentation projects based on new technologies and processes, to facilitate their application to the real economy.

THEMATIC

Innovation in the field of new technologies..

FRUMECAR CONTRIBUTION

We provide you with technical tutoring, state-of-the-art technological equipment and support throughout the project

Support to university students and higher degrees for projects focused on new technologies.

Frumecar Studios wants to encourage experimentation based on new technologies among the university community; To do this, we provide the resources and support that students need to carry out their projects.

It is aimed at all those university students in their last undergraduate courses, who are looking for projects for their final degree project, are going to carry out the final work of their master’s degree or are proposing their doctoral thesis, as well as undergraduate students superiors who are finishing their studies.

Industry and legislators are calling for new, more efficient, safer and cleaner methods. There is also a demand for technologies that respond to the needs of an increasingly complex and demanding market. At Frumecar, we have created Frumecar Studios to support young people working in these fields.

Take advantage of the opportunity, contact us and develop your innovative experimentation projects with the technical and human support of FRUMECAR.

Join our Discord community

If you are passionate about innovation, come with us, we do not talk about anything else. You will be up to date with what we do at Frumecar and other research centers.

PROYECTOS FRUMECAR STUDIOS

Concrete Tycoon

Frumecar Studios has opted for gamification in one of its projects, presenting the Concrete Tycoon game, developed by Javier Pérez López and Carlos Romero Villarrazo from the Escuela Superior Internacional de Diseño de Murcia.

In the game, you must obtain materials to manufacture, serve your customers correctly, obtain new concrete formulas that allow you to improve your business, standing out from your competition, and manage your own purchasing and commercial staff.

Go to Concrete Tycoon

Concrete Tycoon

Frumecar Studios has opted for gamification in one of its projects, presenting the Concrete Tycoon game, developed by Javier Pérez López and Carlos Romero Villarrazo from the Escuela Superior Internacional de Diseño de Murcia.

In the game, you must obtain materials to manufacture, serve your customers correctly, obtain new concrete formulas that allow you to improve your business, standing out from your competition, and manage your own purchasing and commercial staff.

Go to Concrete Tycoon

Sustainable concrete.

Hao Zhang Liu – UPCT

Study of the possibilities of the inclusion of sustainable alternative materials in the manufacture of concrete that can offer various possibilities, such as the reduction of environmental impact and carbon footprint, the conservation of natural resources and the improvement of air quality.

These materials may include fly ash, slag, rice hull ash, olive pit ash, wood ash, ground glass, recycled plastics, and natural fibers, among others.

In addition, the use of these materials could improve the properties of concrete, such as strength, durability and reduce production costs. However, it is important to note that the inclusion of alternative sustainable materials may require modifications to concrete design and production technology, as well as careful evaluation of its long-term performance and durability

Blockchain in the concrete supply and manufacturing chain.

Alejandro Ortiz Nicolas – UPCT –

In this project, the objective was to see how Blockchain technology could improve the control system of a concrete plant by allowing more precise monitoring of the concrete production and distribution process, which increases transparency and reliability in the chain of supply.

Also how to provide a safer and more efficient way to carry out financial transactions and exchange information between the different actors in the supply chain, such as material suppliers, concrete producers, transporters and construction contractors.

Additionally, the use of Blockchain-based smart contracts could automate many aspects of the concrete production and distribution process, reducing costs and human errors.

Design programming with Inventor.

Jose Antonio Pérez del Cerro – UPCT

In this project, the possibilities of iLogic in the design work with Autodesk Inventor for the creation of concrete plants and concrete mixers in 3D were investigated. Design automation was sought that would allow advanced mechanical departments to create rules and parameters to customize and optimize designs more efficiently and effectively, for the automation of repetitive design processes, the creation of parametric components and the automatic validation of designs based on specific rules and criteria.

In addition, using iLogic in design work with Autodesk Inventor is intended to improve design quality and reduce production time and costs.

Optimization and automation of concrete plants through IoT and cloud-based SCADA systems.

David Esteben Chaparro Forero – UNAB (Colombia)

Project on the analysis, study, design, testing and validation of control and supervision systems for concrete plants based on IoT and SCADAS technologies in the cloud.

This project sought to achieve the following:

Improvements in the control and supervision of concrete plants: the analysis of the current IoT structure and the study of the possibilities of control and supervision of the control system of concrete plants.
Greater efficiency and productivity: the design and characterization of the IoT structure necessary to characterize a concrete plant.
Cost reduction: the design of the multi-plant control and supervision system and improvements in the quality of the final product.
Improve the quality of the final product, control and supervision more precise and efficient.

Sustainable concrete.

Hao Zhang Liu – UPCT

Study of the possibilities of the inclusion of sustainable alternative materials in the manufacture of concrete that can offer various possibilities, such as the reduction of environmental impact and carbon footprint, the conservation of natural resources and the improvement of air quality.

These materials may include fly ash, slag, rice hull ash, olive pit ash, wood ash, ground glass, recycled plastics, and natural fibers, among others.

In addition, the use of these materials could improve the properties of concrete, such as strength, durability and reduce production costs. However, it is important to note that the inclusion of alternative sustainable materials may require modifications to concrete design and production technology, as well as careful evaluation of its long-term performance and durability.

Blockchain in the concrete supply and manufacturing chain.

Alejandro Ortiz Nicolas – UPCT –

In this project, the objective was to see how Blockchain technology could improve the control system of a concrete plant by allowing more precise monitoring of the concrete production and distribution process, which increases transparency and reliability in the chain of supply.

Also how to provide a safer and more efficient way to carry out financial transactions and exchange information between the different actors in the supply chain, such as material suppliers, concrete producers, transporters and construction contractors.

Additionally, the use of Blockchain-based smart contracts could automate many aspects of the concrete production and distribution process, reducing costs and human errors.

Design programming with Inventor.

Jose Antonio Pérez del Cerro – UPCT

In this project, the possibilities of iLogic in the design work with Autodesk Inventor for the creation of concrete plants and concrete mixers in 3D were investigated. Design automation was sought that would allow advanced mechanical departments to create rules and parameters to customize and optimize designs more efficiently and effectively, for the automation of repetitive design processes, the creation of parametric components and the automatic validation of designs based on specific rules and criteria.

In addition, using iLogic in design work with Autodesk Inventor is intended to improve design quality and reduce production time and costs.

Optimization and automation of concrete plants through IoT and cloud-based SCADA systems

David Esteben Chaparro Forero – UNAB (Colombia)

Project on the analysis, study, design, testing and validation of control and supervision systems for concrete plants based on IoT and SCADAS technologies in the cloud.

This project sought to achieve the following:

Improvements in the control and supervision of concrete plants: the analysis of the current IoT structure and the study of the possibilities of control and supervision of the control system of concrete plants.
Greater efficiency and productivity: the design and characterization of the IoT structure necessary to characterize a concrete plant.
Cost reduction: the design of the multi-plant control and supervision system and improvements in the quality of the final product.
Improve the quality of the final product, control and supervision more precise and efficient.

Frequent questions.

Who can access Frumecar Studios?

Last-year university students ready to start their final degree project, master’s students preparing their master’s final project, any student doing a research project at the university (doctoral theses, etc.) and students in the last years of higher degrees.

How can I enroll in Frumecar Studios?

Fill in the form, tell us about yourself, your academic situation, and briefly tell us about your research project. We will evaluate it and get in touch with you.

What do we offer you?

We provide you with our experience of more than 40 years in the industry, always at the forefront of innovation and R & D & I. You will have the support of our specialists throughout the process and you will have cutting-edge technological equipment at your disposal: software, drones, cameras, virtual reality (VR) and augmented reality (AR) devices, etc.