Salem Journal of Humanities, Social & Policy Research

This study examined poverty reduction through community development in Rivers State from a social work perspective. The persistent nature of poverty in the state despite resource abundance necessitated an exploration of community based strategies for improving livelihoods and living standards. The study focused on four key indicators of community development, namely skills acquisition programmes, cooperative participation, community infrastructure development, and social work intervention, and their influence on poverty reduction outcomes. The study was anchored on Empowerment Theory as propounded by Rappaport in 1981, which emphasizes participation, capacity building, and control over resources as pathways to socio economic improvement. A descriptive research design based on secondary sources of data was adopted. Data were obtained from academic journals, textbooks, government publications, and documented empirical studies relevant to poverty reduction and community development in Rivers State. Qualitative content analysis was employed to synthesize findings according to the study objectives. The findings revealed that skills acquisition programmes enhance income generation and entrepreneurship, cooperative participation expands employment opportunities, and community infrastructure development improves household living standards. The study further found that social work intervention facilitates access to welfare services, promotes empowerment, strengthens community participation, and supports livelihood initiatives, thereby contributing significantly to poverty reduction. The study concluded that sustainable poverty reduction in Rivers State requires integrated community development strategies supported by professional social work practice. It recommended expansion of skills training, strengthening of cooperatives, improved infrastructure investment, and greater involvement of social workers in community development planning.

This study investigates the design, manufacturing, and laboratory instrumentation of single-chip microcomputers and processors by integrating architectural theory, manufacturing considerations, and experimental validation within a Design Science Research (DSR) framework. With a deep conceptual approach, the methodology is structured around artefact creation comprising a modelled 32-bit processor architecture and experimental validation through simulation-based analysis. Key analytical dimensions include architectural performance evaluation, power consumption versus processing efficiency, logic gate optimisation, and functional and timing verification. The results demonstrate that microarchitectural enhancements, particularly pipeline implementation and datapath optimisation, significantly improve instruction throughput and reduce latency by lowering cycles per instruction and critical path delays. However, these performance gains are accompanied by increased power consumption, highlighting an inherent trade-off predicted by dynamic power models. Logic gate optimisation further contributes to improved efficiency by reducing propagation delay and switching activity, while timing analysis confirms that all configurations satisfy setup and hold constraints, ensuring stable processor operation. These findings underscore the interdependent relationship between performance, power, and reliability in single-chip processor design. The study concludes that effective processor development requires a multi-objective optimisation approach, balancing architectural efficiency with power-aware design and rigorous validation processes. It recommends the adoption of pipeline-based architectures, integration of energy- efficient manufacturing strategies, and the use of advanced simulation tools to ensure reliable system performance.

This paper is insightful to the understanding of how practices, ingredients, recipes for youthful, radiant, glowing and healthy skin in the Igbo society are rooted in tradition and culture. It problematizes modern chemical skin care routines, toxic ingredients, products, and practices that expose people of colour to bodily and environmental damage. The aim of this study is to examine the interplay of the Igbo cultural beliefs and practices and the adoption of certain natural ingredients in their environment for skin beauty rituals from the theoretical lens of cultural ecology. The cultural ecology framework offers a platform to explore how the Igbos meet their specific skincare needs in relation to their approved norms of beauty definitely influenced by the resources available in their environment. The study is qualitative research that draws on ethnographic evidence, through observation and oral history. Data from oral narratives were collected from women aged seventy (70 years) and above in three (3) out of the five (5) Igbo states of South-east Nigeria. The states are Abia, Anambra and Imo out of which Ngwa clan; Awka and Mbaise were purposively selected respectively. This method portrays the influence of the natural environment in the beauty practices and products for skin care in Igbo culture. The study found that these indigenous natural and plant-based ingredients have medicinal properties, non-toxic and sustainable. In addition, beauty traditions are a source of inspiration to the global beauty industry and give insight to culturally inspired beauty products and practices that engender a healthy skin, lifestyle, and environment. The study recommends a shift to organic, non-toxic and environmental friendly trends in the global beauty and wellness landscape