Universidad Tecnológica del Sur

What you'll study

The programme balances advanced mathematical topics with contemporary approaches to teaching and learning. Core study areas typically include:

• Foundations of Mathematics Education: theories of learning, historical and philosophical perspectives, and sociocultural approaches to mathematics education.
• Advanced Mathematical Content: deepening knowledge in areas such as algebra, analysis, geometry and discrete mathematics as they relate to secondary and teacher education.
• Curriculum Design and Assessment: curriculum development, formative and summative assessment, standards alignment and design of mathematically rich tasks.
• Research Methods in Education: qualitative and quantitative methods, action research, programme evaluation and data analysis relevant to classroom and institutional research.
• Use of Technology and Resources: digital tools, modelling software, and resources for teaching mathematics at different levels.
• Didactics and Classroom Practice: lesson design, classroom discourse, differentiation for diverse learners, and practicum or school-based investigation.
• Electives and Specialisms: options may include inclusive mathematics education, assessment policy, teacher professional development, or mathematics for early years.

The degree normally combines taught modules with a research dissertation or a professional project carried out in partnership with schools or educational institutions. Students learn to design evidence-informed interventions, conduct classroom-level research and translate findings into practice.

Entry requirements

Applicants are normally required to hold a recognised bachelors degree in mathematics, mathematics education, education or a closely related discipline. Typical requirements include:

• A completed undergraduate degree with an academic record demonstrating suitability for graduate study.
• Applicants with professional teaching qualifications and classroom experience are strongly encouraged to apply; relevant experience can be an advantage.
• A CV and a personal statement or letter of motivation outlining academic interests and professional goals.
• Academic transcripts and at least one referee report; additional references may be required for applicants with limited academic history.
• When applicable, evidence of language proficiency in the language of instruction if not demonstrated by prior study.
• Shortlisted candidates may be invited to an interview or to submit a brief research proposal, depending on the programme pathway chosen.

Career prospects

Graduates from the Maestría en Matemática Educativa typically move into roles that combine subject expertise with leadership in education. Common career paths include:

• Secondary and higher education teachers seeking promotion or specialist roles.
• Curriculum developers and assessment specialists in ministries of education, examination boards or private publishers.
• School leaders and coordinators responsible for mathematics programmes and teacher professional development.
• Educational researchers and policy analysts working on projects related to numeracy, equity and curriculum reform.
• Instructional designers, educational technology consultants and developers of teaching materials.
• PhD study in mathematics education or related social sciences for those pursuing academic careers.

Why study at Universidad Tecnológica del Sur

Universidad Tecnológica del Sur provides a practice-focused postgraduate environment with strong links to regional schools and educational authorities. The university emphasises applied research and classroom impact, offering supervised placement opportunities that let students test interventions in real educational settings.

Students benefit from a faculty with expertise in both mathematics and education, interdisciplinary collaboration across teacher training and educational technology units, and access to local partnerships for professional projects. The programme is designed to support practising teachers and educational professionals to lead curriculum change, improve classroom practice and contribute to research-informed policy in mathematics education.