Higher Professional Technician in Sales and Marketing Management
Actively participate, either independently or as part of a team, in the decision-making process and implementation of the commercial and marketing strategy of companies, in any sector of activity (commerce, industry, or services). Contribute to the realization of market opportunities by applying sales techniques, negotiation, client management, and customer loyalty strategies.
Higher Professional Technician in Information Systems Programming
Carry out, either independently or as part of a development team, the analysis and design of basic algorithms, as well as the development, optimization, testing, and maintenance of software modules and applications. Develop software applications while respecting the characteristics and constraints of execution environments. Utilize different programming paradigms and relational databases, and apply best practices in application development.
Higher Professional Technician in Networks and Computer Systems
Carry out, independently or under supervision, the planning, installation, configuration, and maintenance of computer networks and systems that support the various management areas of the organization, implementing the appropriate security levels and ensuring the optimization of their operation. Ensure the management and operation of IT equipment and their communication networks.
Master’s in Civil Engineering
The Master’s Degree in Civil Engineering (MEC) is an advanced-level program in the field of Civil Engineering, providing graduates with the necessary qualifications for full professional practice in this area. This master’s program follows the Bachelor’s Degree in Civil Engineering.
Microcredential in Programmable Logic Controllers and Human-Machine Interface
Programmable Logic Controllers (PLC) and Human-Machine Interface (HMI) consoles are pillars of industrial automation and Industry 4.0, essential for automating efficient, flexible, and robust processes.
Microcredential in Industrial Robotics
This microcredential offering falls under the Industry and Materials action line and aims to meet the training needs presented by regional industries, particularly in the manufacturing sectors, in the development of robotic solutions and their operation, programming, and improvement of cells.
Microcredential in Start for Future – LEARN
This microcredential aims to develop skills associated with critical thinking and an entrepreneurial mindset/attitude, focusing on innovation and the creation of engineering solutions that can contribute to current and future societal challenges.
Microcredential in Additive Manufacturing and 3D Printing
The field of Additive Manufacturing is expected to have a significant impact on industry in general over the coming years, particularly as it is considered one of the pillars of Industry 4.0 and industrial digitalization. As such, an increase in demand for specialized technical knowledge in this area is anticipated. This is perhaps the most “user-friendly” manufacturing technology that has emerged so far, as evidenced by the enormous growth in the domestic market. However, there remains a significant demand for training in this area, as the challenges and requirements of industrial manufacturing go far beyond the often basic knowledge of the domestic (hobbyist) user. Therefore, it seems evident that there is demand for knowledge in the field of additive manufacturing and 3D printing from two distinct audiences: the individual user (hobbyist) who wants to start with the technology, and the professional user who seeks to master the technology and process to leverage it in industrial terms.
Microcredential in Intelligent Algorithms for Industrial Data
With an increasingly demanding global market, the digitalization of industrial processes is becoming essential for companies to maintain a competitive edge. These new challenges have profoundly impacted the industrial paradigm, creating a growing need for the acquisition, monitoring, and processing of data from various stages of the manufacturing cycle in a computationally sustainable and efficient manner. However, it is not uncommon for gaps in the management and interpretation of these large volumes of data to occur due to mathematical knowledge gaps, leading to an underutilization of resources. This microcredential aims to introduce basic mathematical concepts and best practices for the successful integration of data analysis techniques, as well as other intelligent algorithms, into industrial processes. The ultimate goal of the microcredential is to provide participants with a comprehensive understanding of the digital transformation of industry, focusing on the most relevant algorithms and their fundamental role in technologies such as Machine Learning, Internet of Things (IoT), and Digital Twins. The training program will be adapted to practical and real-world case studies based on the professional demands of the participants.
Microcredential in Biometrics: The Next Generation of Security
This technology involves security and innovation, resulting in a pattern identification solution that recognizes a person’s identity by combining biological and/or behavioral characteristics with biometric features. Biometric characteristics are a very convenient way to authenticate an individual, as they offer a high level of security and cannot be stolen, forgotten, or lost. In any business sector where customer identification is part of daily activities, such as banking, financial services, healthcare, and telecommunications, biometrics drastically reduces the time spent on identifying customers/members/patients or verifying identity.
