

The use of Artificial Intelligence (AI) has not
just been limited to tech fields, but they have
also changed how Nigerian school teach and
learn. Educators have been investigating on
possible ways that knowledge acquisition can
help students become more critically minded of
the problems that surround them. The present
study examined the impact of AI-Powered
learning tools on developing critical thinking
skills among undergraduates in a period of
insecurity in Nigeria. The study employed a
descriptive survey research design. The
population of the study composed of 420
undergraduate students in the Department of
Science Education, Akwa Ibom State University.
The study utilized an accidental sampling
technique to recruit 126 level 300 and 400
students. The Critical Thinking Skills
Assessment Questionnaire (CTSAQ) and the
Specific Security Challenges Questionnaire
(SSCQ) were used as the instruments for data
collection. The reliability of the instrument was
determined using Cronbach alpha and the
reliability index obtained were 0.75 and 0.88 for
CTSAQ and SSCQ respectively. Mean, standard
deviation, and one-sample t-tests statistics were
used to analyze the gathered data. The findings
show a significant improvement in critical
thinking skills and a positive perception in the
usefulness of AI-Powered tools, with students
showing more interest in security-related
subjects. Students expressed a favorable attitude
toward AI-Powered learning tools since they
foster the growth of their security-related critical
thinking skills. Additionally, AI-Powered
learning tools are seen by Nigerian
undergraduates as useful tools for fostering
critical thinking skills that could help tp tackle
security challenges. Hence, the study concluded
that undergraduates’ critical thinking and
attitudes toward security issues are positively
impacted by AI-Powered learning tools. It was
therefore recommended that Nigerian
universities should integrate AI-Powered
learning tools such as tutoring systems,
academic chat assistants, chatbots, and
interactive simulations into everyday teaching
and the curriculum.