On October 25, the Deputy Head of the Department of Mathematical and Computer Modeling at Al-Farabi Kazakh National University, A.O. Beketayeva, held a leadership lecture for students of the Faculty of Mechanics and Mathematics residing in Dormitory #6. The lecture, titled “Say No to Drugs and Alcohol!” addressed the harmful impact of these substances on personal development, academic success, and career growth.
During the lecture, A.O. Beketayeva discussed the problems caused by alcohol and drug abuse and their destructive impact on health, mental well-being, and the future of young people. The speaker also emphasized the importance of leading a healthy lifestyle and making informed choices to build a successful and fulfilling future.
The event was conducted as part of the Sustainable Development Goals (SDGs) implementation, specifically:
- SDG #3 “Good Health and Well-being”: The lecture aims to promote youth health and values associated with physical and mental well-being. Cultivating a healthy attitude among students helps prevent harmful habits and reduces risks related to drug and alcohol abuse.
- SDG #4 “Quality Education”: Such lectures not only enhance students' awareness but also foster a more comprehensive approach to their education. It is essential that students develop not only academic skills but also the ability to make informed choices and act responsibly, which influences their personal and professional growth.
- SDG #16 “Peace, Justice, and Strong Institutions”: Promoting the rejection of drugs and alcohol and instilling respect for the law among young people helps build strong societal institutions. Striving to create a peaceful and safe society free from drug addiction is a crucial part of sustainable development.
Students expressed their gratitude to A.O. Beketayeva for the inspiring lecture, noting that such sessions encourage a conscious approach to life, strengthen self-confidence, and help cultivate sustainable personal values.
Roza Sabirova
Senior Lecturer, Department of Mathematical and Computer Modeling