Research & Development

We explore the boundaries between engineering, applied science, and emerging technology to build real, measurable solutions.

Research Area

Thearea at EM Research & Tech develops scientific and technological projects focused on applied innovation. Our laboratories integrate capabilities in modelling, experimental design, artificial intelligence, electronics, automation, and telecommunications.

We are currently launching our activities with the Technology and Engineering Group (TEG), a point of convergence between practical engineering, data science, and advanced instrumentation.

Technology and Engineering Group (TEG)

The Technology and Engineering Group (TEG) is dedicated to developing models, prototypes, and conducting experimental validations that integrate science and engineering. Its objective is to transform theoretical concepts into functional solutions for research, industry, and education.

Lines of Research

  • Modelling and simulation of physical and industrial systems
  • Design and control of mechatronic and robotic systems
  • Applied artificial intelligence and computer vision
  • Scientific instrumentation and measurement
  • Telemetry and the Internet of Things (IoT)

Collaborations

TEG fosters cooperation between researchers, students, and entities in the technological and academic sectors, promoting projects with regional and international impact.

See TEG

Expansion and New Laboratories

EM Research & Tech plans to create new laboratories focused on areas such as advanced artificial intelligence, telecommunications, energy systems, and technological sustainability. Each group will be an interdisciplinary unit with a practical and research-oriented approach.

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Recent Projects

Modelling of non-linear dynamic systems

Development of mathematical models and experimental validation in feedback control systems.

IoT environmental monitoring prototype

Design of sensors and embedded systems for real-time measurement of environmental parameters.

Computer vision applied to robotics

Development of visual detection and recognition algorithms in unstructured environments.