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Phase 1 - Empirical AnalysisManufacturers Face a Wave of Future Retirements Increasingly High-Tech Nature of Manufacturing As will become more apparent in subsequent sections where workforce skill requirements and postsecondary training requirements are discussed, this increased use of high-technology has driven a significant increase in the general skill level required of manufacturing workers. Today’s manufacturing worker must possess applied math skills, reading and locating information skills, and training in computer technology. As a result, manufacturers increasingly find themselves competing with other sectors of the economy to find adequate supplies of these types of workers. Whereas independently any one of these factors – a slowdown in the growth of the U.S. labor force, a wave of pending retirements, and the increasingly high-tech nature of manufacturing – could have a negative impact on the ability of the manufacturing sector to obtain the skilled trades workers it requires to prevail in today’s global market, in combination they are very likely to create crippling bottlenecks that have the potential to forestall economic growth. For this reason, moving proactively to ensure an adequate supply of skilled trades workers has become an imperative goal for manufacturers. Phase 1: Empirical Analysis The purpose of this initial phase of the VMA Skilled Trades Study was twofold. First, to provide a preliminary analysis of the scope and magnitude of the problems associated with meeting the demand for skilled trades workers in Virginia. Second, to better prepare us for Phase II of the study – a survey of Virginia manufacturers to obtain primary data on skilled trades employment – by illuminating areas where existing data might be inadequate to address some of the more pressing issues associated with skilled trades employment. Twelve skilled trades were selected by the Skilled Trades Workforce Development Committee for analysis in Phase 1. These were: 1) Chemical Equipment Operators, 2) Chemical Technicians, 3) Computer-Controlled Machine Tool Operators, 4) Electricians and Electrical Technicians, 5) Extruding and Drawing Machine Setters, 6) Machine Maintenance Specialists, 7) Machinists, 8) Multiple Machine Tool Setters, Operators, and Tenders, 9) Printing Machine Operators, 10) Stationary Engineers and Boiler Operators, 11) Tool and Die Makers, and 12) Welders. The remainder of this portion of the report is divided into four sections: 1) the demand for skilled trades workers in Virginia, 2) the supply of skilled trades workers, 3) an assessment of the gap between the two, and 4) a summary of the most salient findings derived from Phase 1 of the VMA Skilled Trades Study. 14Data Source: U.S. Census Bureau, Data Integration Division, Longitudinal Employer-Household Dynamics Project. Manufacturing ranked 1st out of 19 industry sectors in terms
of the absolute number of employees between the ages of 55 and 64 (47,037) for the period spanning the third quarter of 2005 through the second quarter of 2006 (the most
recent four quarters of data available). Retail Trade ranked 2nd with 46,092 employees and Professional, Scientific and Technical Services ranked 3rd with 42,396. It is probably
worth noting, however, that manufacturing’s 47,037 employees comprised 15.4 percent of its total workforce, where the comparable percentages for Retail Trade and Professional,
Scientific and Technical Services, due to their larger employment base, were only 10.6 percent and 12.5 percent respectively. |
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