Navigating Career Pathways, Recent Trends and Geographical Impact on Jobs for Students Studying Artificial Intelligence
Fazal Qudus Khan, Ibrar Ahmad, Md Aminur Rahman, Suleman Shah, Georgios Tsaramirsis, Shoaib AkhtarArtificial Intelligence (AI) has emerged as one of the most sought-after academic disciplines worldwide, primarily due to its strong career prospects and expanding industrial applications. This study provides data-driven career guidance for prospective AI graduates by analysing recent labour market trends and examining the influence of geographic location on AI career opportunities. A structured dataset was analysed using a Random Forest regression model to forecast market trends and employment trajectories. Projections from the World Economic Forum’s 2025 report on emerging jobs towards 2030 were incorporated to provide a forward-looking perspective on AI employment dynamics. The findings indicate substantial growth in AI-related occupations, with net job growth for AI and Machine Learning roles projected to increase by approximately 82% by 2030. Among the most promising career paths are Data Scientists ([Formula: see text]113% projected growth), Machine Learning Specialists ([Formula: see text]82%), Software Engineers ([Formula: see text]57%), Cybersecurity Specialists ([Formula: see text]53%) and Robotics Engineers ([Formula: see text]40%). These results offer evidence-based insights to support informed academic and professional decision-making for students pursuing AI careers. These trends provide empirical support for strategic academic and workforce planning in AI-related fields. Students are encouraged to align their research and skill development with these domains, as AI is poised to become a central component of the future workforce.