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  • Teaching and learning arithmetic-algebraic word problem solving.
  • Teaching and learning arithmetic.
  • Teaching and learning algebra.
  • Teaching and learning problem-solving: Early Childhood and Primary Education, Technological Environments.
  • Use of modeling in the teaching of mathematics.
  • Affective and attitudinal aspects in relation to the learning and teaching of mathematics.
  • Study of the performance of the mathematics teacher based on classroom observation.

Ferrando Esteve, Lara  Lara.Ferrando@uv.es

  • Problem-solving: Study using magnetic resonance imaging.
  • Integration of the gender perspective in STEM fields.

Gallart, César cesar.gallart@uv.es 

  • Problem-solving and modeling approach.
  • Modeling in secondary education.
  • Teaching and learning geometry with dynamic geometry software.
  • Teaching and learning mathematical proof.
  • Cognitive processes of students with high mathematical ability and problem-solving.

Gutiérrez Soto, Juan  juan.gutierrezsoto@uv.es

  • Teaching and learning the resolution of arithmetic-algebraic word problems through the use of apps.
  • Research on high mathematical abilities in Primary and Secondary Education students.
  • Reasoning of students, analysis of resources, and design of materials.
  • Teaching and learning of Euclidean geometry in Primary Education and 1st to 3rd ESO (Educació Secundària Obligatòria, equivalent to lower secondary education).
  • Resolution of arithmetic problems using technological environments.
  • Studies on gender diversity in ICT and STEM to reduce the gender gap in STEM careers.
  • Teaching and learning problem-solving through technological environments.
  • Use of modeling in mathematics education.
  • Analysis of mathematical errors in solving modeling tasks and their use in the training of future teachers.
  • Presentation of mathematical problems as a tool for teaching/learning.

Puig Espinosa, Luis Luis.puig@uv.es

  • Didactic, historical, and epistemological analysis of school mathematics: algebra, arithmetic, problem-solving, analysis, and modeling.

Sanz García, María T. m.teresa.sanz@uv.es https://orcid.org/0000-0003-1799-3099

  • Arithmetic-algebraic problems with fractional quantities, their rational and empirical analysis.
  • Speed, skill, and reading comprehension as the foundation for success in arithmetic-algebraic problem-solving.
  • Teaching-learning process of rational numbers and problem-solving.
  • Mathematics, rational numbers, problem-solving.
  • Use of modeling in the teaching of mathematics.
  • Cognitive and affective aspects in the resolution and posing of problems.
  • Teaching and learning of measurement and estimation of magnitudes.