*ESIL University
Computer Science Teacher
The program prepares future specialists who not only have deep expertise in information technology but can also effectively pass their knowledge on to others.
The program prepares future specialists who not only have deep expertise in information technology but can also effectively pass their knowledge on to others.
Bachelor's programLevel of study
2–4 yearsPeriod of Study
MathematicsCore subject
Computer ScienceCore subject
*Why This Programme
Uniqueness of the program
Pedagogy and Digital TechnologiesA combination of fundamental pedagogical training with in-depth study of modern information and digital technologies. The interdisciplinary approach unites computer science, pedagogy, and digital didactics in the context of the digital transformation of education.
Practice-oriented learningStudents master methods of teaching computer science using interactive platforms, digital laboratories and cloud services. The study process includes project work, internships at schools and participation in developing educational content.
Programming and algorithmic thinkingDevelopment of programming skills, algorithmic thinking and a systems approach. Graduates can teach basic and advanced computer science courses and champion digital culture in educational settings.
Information securityIntegration of modules on information security, digital literacy fundamentals and educational platforms makes graduates in demand at modern schools and educational centers.
*Partnership
Cooperation
Leading partner companiesKazakhtelecom JSC, Bereke Bank JSC, NIT JSC, International Science and Technology Center LLP, ISV Central Asia LLP.
International cooperationPartnership agreements with universities in Russia, Turkey, Hungary, Belarus, South Korea, and other countries.
*Field of Activity
What a computer science teacher does
Where they workTeaching computer science at educational institutions of various levels: schools, lyceums, colleges, and supplementary education centers. This work develops students' digital literacy, logical and algorithmic thinking, and IT skills.
IT teachingTeaching the fundamentals of information technology, algorithms, programming, and cybersecurity.
Teaching and methodological materialsDevelopment and adaptation of teaching materials in computer science.
Practical activitiesOrganizing students' practical activities using computers, software and digital resources.
Digital educational technologiesIntegrating digital educational technologies and e-platforms into the learning process.
Olympiads and project workHolding olympiads, competitions, and student project and research work in IT.
Digital infrastructureMaintenance of the educational organization's digital infrastructure (as needed).
Security in the digital environmentTeaching schoolchildren the basics of safe behavior in the digital environment.
Advising colleaguesAdvising colleagues on the use of information technology in education.
*Learning outcome
Skills acquired
Protection against cyber threatsKnowledge and skills needed to protect organizations from cyber threats.
Data privacyEnsuring data confidentiality in organizations.
Career in ITReadiness for a successful career in information technology and data protection.