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The purpose of this paper is to scrutinise the intricate relationship between the inadequate enforcement of anti-corruption laws and the application of good governance and the persisting prevalence of coups d'état and poverty in Africa.

This paper uses a doctrinal legal research approach, synthesising existing literature while extensively analysing primary and secondary legal sources. Its primary aim is to scrutinise the intricate relationship between the inadequate enforcement of anti-corruption laws and the application of good governance and the persisting prevalence of coups d'état and poverty in Africa. The choice of case study countries Burkina Faso, Chad, Gabon, Guinea, Mali, Niger and Sudan stems from their historical significance, regional diversity, data accessibility and potential insights into the interplay among anti-corruption enforcement, governance, poverty and coups d'état in Africa.

The enforcement of anti-corruption laws and the promotion of good governance are indispensable for democracy and economic stability; their suboptimal enforcement directly contributes to coups d'état and the worsening of poverty in African nations. It emphasises the imperative for African countries to consistently and proficiently enforce anti-corruption laws and adhere to principles of good governance, effectively and responsibly, to mitigate coups d'état and alleviate poverty in the region.

This study designs a model strategy for combating coups d'état and corruption in Africa as contribution to knowledge in the field of study.

The study consists of a literature study and a case study. The need for a method via which to handle instruction complexity was identified in both studies. The proposed method was developed based on methods from the literature and experience from the case company.

The purpose of the study presented in this paper is to investigate how linking different maintenance domains in a modular maintenance instruction architecture can help reduce the complexity of maintenance instructions.

The proposed method combines knowledge from the operational and physical domains to reduce the number of instruction task variants. In a case study, the number of instruction task modules was reduced from 224 to 20, covering 83% of the maintenance performed on emergency shutdown valves.

The study showed that the other methods proposed within the body of maintenance literature mainly focus on the development of modular instructions, without the reduction of complexity and non-value-adding variation observed in the product architecture literature.