Prototypes delivered
Contributing to society is a fundamental pillar of our model. That's why we make available the prototypes developed by our students over the years.
Our project-based learning model develops computer skills, business skills and socio-emotional skills through solutions to real market problems.
We hope that other companies, non-governmental organizations (NGOs) or government entities will find here a comprehensive repository of innovative and alternative solutions to meet their challenges.
The prototypes can be freely downloaded, customized and adapted to meet similar problems, and we believe that these prototypes have the potential to be widely used throughout the technology community, promoting collaboration and innovation on a large scale.
Check out our prototypes
Project
Company
Course
IoT model
Company:
Abundance Brazil.
Problem:
Using IoT for forest monitoring.
Objective:
This project focuses on the use of IoT technology to monitor forest ecosystems, carbon sequestration, bioelectric frequencies and biodiversity. Its main areas of activity are sustainability and environmental monitoring, with applications in the carbon credit market and ecological preservation.
Public:
Technology team.
IoT model
Company:
RNP.
Problem:
Not having low-cost equipment and technologies to improve asset control and monitoring.
Objective:
Location of RNP assets that are distributed throughout a region of Brazil, being able to locate and identify them easily.
Public:
Innovation and technology team.
IoT model
Company:
IPT.
Problem:
High cost of equipment and market solutions for monitoring structures in civil engineering.
Objective:
Adapting IoT hardware capable of monitoring physical civil engineering structures such as bridges and buildings for expansion in metal structures.
Public:
Internal civil works monitoring team.
IoT model
Company:
Sírio-Libanês Hospital.
Problem:
Improve the capture of information on the flow of patients and care staff with a low-cost solution.
Objective:
Monitoring the location of patients and care staff to optimize the flow of care and stage metrics.
Public:
Internal I.T. and helpdesk teams.
IoT model
Company:
Atvos.
Problem:
Low accuracy in stock control of the company's high value-added items, without location monitoring.
Objective:
Monitoring system for managing the location of agricultural equipment and inputs.
Public:
Internal IT team and warehouse management / automotive maintenance.
IoT model
Company:
Pirelli.
Problem:
Improve the tracking of high value-added equipment in Pirelli's collection, thereby mitigating the possibility of tablets / notebooks being lost or misplaced.
Objective:
Create an IoT solution that enables the tracking and tracing of the organization's tablets / notebooks.
Public:
Internal plant employees.
IoT model
Company:
Gerdau.
Problem:
Manual and operational work to identify and locate seedlings in the nurseries, as well as taking note of data on the conditions for maintaining the seedlings in the grow houses where they are located.
Objective:
Automate and increase the reliability of the temperature and relative humidity data collected in their vegetation houses in the forest nursery.
Public:
Company employees.
IoT model
Company:
Stay.
Problem:
Lack of a control and monitoring system for vehicles received at one parking point and moved to another.
Objective:
Monitor the vehicles received at a valet station, and during their movement in the parking lots.
Public:
Company employees.