*ESIL University
Mathematics Teacher
The program trains highly qualified mathematics teachers with deep subject knowledge, modern pedagogical competencies, and skills in applying digital technologies in education. Graduates can not only teach mathematics effectively but also develop students' logical, analytical, and critical thinking.
Bachelor's programLevel of study
2–4 yearsPeriod of Study
MathematicsCore subject
PhysicsCore subject
*About studies
Uniqueness of the program
Interdisciplinary approachA combination of fundamental mathematical training with modern pedagogy, teaching methodology, and elements of learning analytics.
Digital technologiesMastering modern teaching methods using interactive platforms, digital educational resources and software for visualizing mathematical models.
Practice orientationProject activities, teaching practicums in schools, and participation in developing teaching and learning materials.
Working with different levelsSkills in working with students of different levels, preparing them for olympiads and exams, and introducing innovative approaches to teaching.
Integration of computer scienceIntegration of digital tools and computer science elements increases graduates' demand amid the digitalization of education.
*Professional activities
Field of Activity
Mathematics teachingTeaching in general education schools, lyceums, gymnasiums, and colleges — developing mathematical literacy and logical thinking.
CurriculaDevelopment and adaptation of curricula and teaching materials in mathematics.
Extracurricular activitiesOrganizing academic and extracurricular activities, including students' project and research work.
Olympiad preparationPreparing students for olympiads, competitions, final assessments, and entrance exams.
Digital resourcesUse of digital educational technologies and electronic resources in teaching mathematics.
Individual workIndividual work with students and consultations on studying mathematics.
Methodological activitiesParticipation in the methodological and innovative activities of the educational organization.
*Learning Outcomes
Skills acquired
Subject knowledgeIn-depth knowledge of school and elementary higher mathematics.
Teaching methodologiesCommand of modern mathematics teaching methods.
Digital designSkills in designing and delivering lessons using digital technologies.
Development of thinkingThe ability to develop students' logical, abstract, and analytical thinking.
Achievement AssessmentCompetencies in assessing learning outcomes and pedagogical diagnostics.
Olympiad preparationSkills in preparing students for olympiads and competitions.
Readiness for transformationReadiness for professional work in the context of the digital transformation of education.