Business Administration & Management Project Topics



Capacity Planning has enhanced the performance of the brewing industry in Nigeria right from 1946 when Nigerian Breweries Limited set up the First Brewery in Nigeria (Nigerian Breweries PLC, 2011). The direction has been to increase the number of breweries. Guinness Nigeria Plc set up a Brewery in Lagos in 1963. The magnitude is now five breweries located at Ikeja, Ogba, Benin, Jos and Aba (Guinness Nigeria Plc; 2011). Capacity has continued to be the production capability of a facility in terms of the inputs, throughput and outputs.

In 1989, the Federal Government policy of using local inputs such as sorghum and corn instead of malled barley negatively affected a lot of the breweries. Both Nigerian Breweries Plc and Guinness Nigeria Plc depended on the assistance of the Parent Companies. The Brewing Industry in Nigeria have relied on capacity planning for meeting the increased demand for beer, stout and malt products through Demand Forecasting and Capacity Requirements Planning (Guinness Nigeria Plc, 2011; Nigerian Breweries Plc, 2011).

Capacity building has followed capacity planning in the creation of the enabling environment with appropriate policy and legal frameworks, institutional development including community development (of women in particular). Human Resource Development and strengthening of managerial systems, adding that, UNDP recognizes that capacity building is a long-term, continuing process, in which all stakeholders participate (ministries, local authorities, non-governmental organizations and water user groups, professional associations, academics and other (citation: UNDP). Capacity building is very necessary for capacity planning. Planning is deciding in advance what is to be done, when, where, how and whom it is to be done. In that it bridges the gap from where we are to where we want to go in any business building and performance. It is continuous, periodic managerial activities and reduces uncertainty.  Capacity is the production capability of a facility and it is measured in terms of inputs, throughput and outputs. Manufacturing is that aspect of industry in which products, waste products and services are produced (UNDP, 2012).

By 1992, capacity building became a central concept in Agenda 21 and in other United Nations Conference on Environmental and Development (UNCED) Agreements. By 1998, the UN General Assembly had commissioned and received evaluations of the impact of the UN system’s support for capacity building. These evaluations were carried out by the UN Department of Economic and Social Affairs as part of the United Nations GATT Agreement’s (UNGA’) triennial policy review during which it looks at all UN system development activities (UN Publications Section). Since then, the issue of capacity building has become a major priority within the global conventions, the Global Environmental Facility (GEF) and the International Communities.

In the year 2000, UNDP through its Strategic Partnership with the GEF Secretariat, launched the Capacity Development Initiative (CDI), a consultative process involving extensive outreach and dialogue to identify countries’ priorities issues in capacity development needs, and based on these findings, to develop a strategy and action plan that addresses identified needs to meet the challenges of global environmental action.

In 2002, the World Summit in Sustainable Development (WSSD) and the Second GEF Assembly reaffirmed the priority of building the capacity of development countries. The WSSD recommended that GEF resources be used to provide financial resources to developing countries to meet their capacity needs for training, technical knowhow and strengthening national institutions.

Capacity Building is, however, not limited to international aid work. More recently, the term is being used by governments to transform community and industry approaches to social and environmental problems.

According to Skinner (1985), there are five periods of industrial history that stand out in the development of manufacturing management:

1780 – 1950    Manufacturing leaders as technology capitalists.

1850 – 1890    Manufacturing leaders as architects of mass production.

1890 – 1920    Manufacturing management as movers in the organization.

1920 – 1960    Manufacturing management refines its skills in controlling and stabilizing.

1960 – 1980    Shaking the foundations of industrial management.

During the early years of the indusial revolution, production began to shift from low volume activity to larger-scale operations. Although the scale of these early operations was large, the machinery was not particularly complex and production operations were rigid. The management of these operations remained essentially in the hands of top management with the aid of overseers. Working conditions during this period were often abysmal.

The major thrust of the Industrial Revolution took place in the (second 40-year) period from 1850 – 1890. During this period, the concepts of mass production and the assembly line were born. Since coal could be efficiently transported, plants could be located in a larger variety of locations. The plant foreman had enormous power and influence during this period.

According to Skinner(1985), the job of production manager actually came into being in the period 1890 – 1920. Manufacturing processes became too complex to be handled by top management personnel only. With this complexity came the need for scientific management techniques. Frederick Taylor (often called the father of industrial engineering) is generally credited with being the originator of the concept of scientific management. Most of the scientific management techniques introduced around the turn of the century involved merely breaking a task down into its various components. These techniques are probably less scientific than just orderly. With the new levels of complexity, the single plant foreman could no longer coordinate the demands of producing a varied product line and changing production schedules.

The enormous worldwide depression that took place n the 1930s notwithstanding, in many ways the period 1920 – 1960 can be considered a golden age for the development of industry in the United States. By 1960, the United States was the preeminent economic power in the world. With the growth of the labour movement, working conditions had improved enormously. True scientific methods started finding their way into the factory. Mathematical models for learning, inventory control, quality control, production scheduling, and project management gained acceptance by the user community. Top management often came through the ranks of production professionals during this period.

Since 1960, many American companies have relinquished their domination of certain markets. Products that were traditionally produced in the Untied States are now imported from Germany, Japan, and the Far East. Many products are produced more cheaply and with higher quality overseas. Furthermore, management-employee relations are often better in foreign companies. Quality circles, introduced in Japan, allowed employees to input opinions about product development and production procedures. Far more sophisticated scientific production methods have been adopted in Japan than in other countries. For example, there are many more robots and modern flexible manufacturing systems in Japan than in the United States (Skinner, 1985).

Over the past five years, a broad conceptual framework has emerged. This approach is increasingly being adopted by the development cooperation community. It involves a System Perspective that addresses various levels of environmental management capacities (i.e. capacities of institutions, individuals, overall countries and regions) (Vallejo, 2006). This approach lays greater emphasis on the Capacity Development Process itself, on local ownership of its process and on equal partnership in its support (Lafontaine, 200).Capacity Building involves human resource development, the development of organizations and promoting the emergence of an overall policy environment, conducive to the generation of appropriate responses to emerging needs (UNDP/UNDOALOS, 1994).


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