APPLYING CYBERNETIC PRINCIPLES TO ENHANCE PRODUCTIVITY EFFICIENCY IN NIGERIAN DOMESTIC AIRLINES

A SYSTEMS APPROACH

Abstract

This study applies cybernetic theory to develop a systems-based framework for improving productivity efficiency in Nigerian domestic airlines. By viewing airlines as complex adaptive systems with interconnected feedback loops, adaptive controls, and homeostatic mechanisms, the research integrates regulatory reforms, infrastructure investment, technology adoption, human

capital development, and market diversification into an Enhanced Productivity Efficiency

Framework (EPEF). Drawing on literature synthesis, comparative case studies, and insights from

global best practices, the study demonstrates that cybernetic-based models can strengthen

decision-making, improve adaptability, and optimize resource allocation in volatile operational

environments. Validation through comparative analysis with Singapore Airlines, Emirates, and

Ryanair highlights the model’s potential to raise Nigerian airlines’ efficiency to regional leadership

levels. The paper concludes that embedding cybernetic principles in management practice offers a

pathway to sustainable operational improvement in African aviation.