A versatile robotic platform for educational interaction. - Martin Naya; Gervasio Varela; Luis Llamas; Moises Bautista; Juan Carlos Becerra; Francisco Bellas; Abraham Prieto; Álvaro Deibe; Richard J. Duro (IDAACS, 2017)

The Robobo Project: Bringing Educational Robotics Closer to Real-World Applications. - Francisco Bellas; Martin Naya; Gervasio Varela; Luis Llamas; Abraham Prieto; Juan Carlos Becerra; Moises Bautista; Andrés Faiña; Richard J. Duro (RiE, 2017)

Robobo: The Next Generation of Educational Robot. - Francisco Bellas; Martin Naya; Gervasio Varela; Luis Llamas; Moises Bautista; Abraham Prieto; Richard J. Duro (ROBOT (2), 2017)

STEAM Approach to Autonomous Robotics Curriculum for High School Using the Robobo Robot. - Francisco Bellas; Alma Mallo; Martin Naya; Daniel Souto; Álvaro Deibe; Abraham Prieto; Richard J. Duro (RiE, 2019)

Some Experiments on the Influence of Problem Hardness in Morphological Development Based Learning of Neural Controllers. - Martín Naya-Varela; Andrés Faiña; Richard J. Duro (HAIS, 2020)

An Experiment in Morphological Development for Learning ANN Based Controllers. - Martín Naya-Varela; Andrés Faiña; Richard J. Duro (IJCNN, 2020)

Learning Bipedal Walking Through Morphological Development. - Martín Naya-Varela; Andrés Faiña; Richard J. Duro (HAIS, 2021)

Morphological Development in Robotic Learning: A Survey. - Martín Naya-Varela; Andrés Faiña; Richard J. Duro (IEEE Trans. Cogn. Dev. Syst., 2021)

Growth-based morphological development: a natural approach to fitness landscape shaping. - Martín Naya-Varela; Andrés Faiña; Richard J. Duro (GECCO Companion, 2022)

Harnessing Growth-Based Morphological Development to Facilitate Learning ANN-Controlled Bipedal Walking. - Martín Naya-Varela; Andrés Faiña; Richard J. Duro (IJCNN, 2022)

A study of growth based morphological development in neural network controlled walkers. - Martín Naya-Varela; Andrés Faiña; Alma Mallo; Richard J. Duro (Neurocomputing, 2022)

Guiding the Exploration of the Solution Space in Walking Robots Through Growth-Based Morphological Development. - Martín Naya-Varela; Andrés Faiña; Richard J. Duro (GECCO, 2023)

Engineering morphological development in a robotic bipedal walking problem: An empirical study. - Martín Naya-Varela; Andrés Faiña; Richard J. Duro (Neurocomputing, 2023)

AI Curriculum for European High Schools: An Embedded Intelligence Approach. - Francisco Bellas; Sara Guerreiro-Santalla; Martin Naya; Richard J. Duro (Int. J. Artif. Intell. Educ., 2023)

Robobo SmartCity: An Autonomous Driving Model for Computational Intelligence Learning Through Educational Robotics. - Martín Naya-Varela; Sara Guerreiro-Santalla; Tamara Baamonde; Francisco Bellas (IEEE Trans. Learn. Technol., 2023)

Learning Adaptable Utility Models for Morphological Diversity. - Francella Campos-Alfaro; Carlos Jara; Alejandro Romero; Martín Naya-Varela; Richard J. Duro (IWINAC (2), 2024)