Showing posts with label Essay Management. Show all posts
Showing posts with label Essay Management. Show all posts

Thursday, 15 September 2016

The key importance of workforce management for organizations

: Unless yours is a one-man organization, you achieve your organizational goals, to a smaller or greater degree, through a workforce. If that workforce is not productive, the efficiency of goals-achievement suffers and costs of achievement go up. To some extent, productivity can be ensured through use of fear. However, in modern organizations operating in a competitive environment, fear is becoming less and less effective. Workers have increasing choices for selecting their employers. This is particularly true of IT workforce with the specific kind of skills that your organization needs. You have not only to find people with the right skills but you also have to retain them. Both productivity and customer service can improve significantly if you are able to maintain a stable workforce. It is in this context that workforce management has become a key management area these days. What Is Workforce Management? Workforce management seeks to develop a workforce consisting of happy and productive workers through:

  • Good payroll and benefits packages and administration

  • Best HR practices that help recruit and retain the right kind of workers with the right set of skills

  • Training and developing the workers into a team with the right mix of skills and fitting in with the organizational culture

  • Monitoring performance and rewarding good performers

  • Forecasting requirements and developing career and succession plans to meet the requirements


While the above is the generally accepted view of workforce management, newer and specialized definitions have also developed. These specialized kinds of workforce management cater to the emerging needs of service organizations and call centers. Workforce management software can help service organizations through:
  • Forecasting work orders

  • Planning the number of skills of technicians needed to service these work orders

  • Planning the tools and vehicles needed for the servicing

  • Scheduling the workers, tools and vehicles in an optimal manner using predefined rules

  • Assigning work orders to particular technicians in each area


For call centers, workforce management software can:
  • Forecast call volumes throughout the day

  • Plan shifts in a customized manner

  • Schedules workers by skills and experience

  • Forecast seasonal changes in volumes

  • Monitor performance


Workforce Management Contribution to Bottom Line The diversity of skill sets required in modern IT departments make it critical that these be assessed and managed properly. Otherwise, the IT department would rather be a drag on the resources of the organization instead of being a contributor to its bottom line. There would be an imbalance in the demands and availability of specific IT skills. Service organizations need to optimize the contribution of their workforce through scheduling and routing of their field service personnel. This scheduling is a complex exercise that needs to consider the skills, nearness to the service sites, availability of needed parts and other factors. It would need specialist workforce management software to handle this complexity in a reasonably satisfactory manner. Conclusion A workforce with right skill sets and experience can make a real contribution to achieving organizational objectives. With an increasingly competitive marketplace for skilled workers, only a highly effective workforce management could help organizations hire, develop and keep their skilled workforce. Workforce management software can help IT and service organizations optimize worker satisfaction and performance. We will look at different aspects of workforce management in a series of articles.


Monday, 5 September 2016

Six sigma tools

Statistics are at the heart of Six Sigma’s powerful methodology for quality improvement. It pays to get to know some of the most important of the Six Sigma statistical tools. Control Charts The control chart is the fundamental tool of statistical process control; a proven technique for improving productivity. It monitors the variation of key characteristics and indicates the range of variability that is built into a system. Control charts provide diagnostic information about process capability that can be used to analyze variation in process data to demonstrate whether a process is operating consistently. The bounds of the control chart are marked by upper and lower control limits that are calculated by applying statistical formulas to data from the process. Data points that fall outside these bounds represent variations due to irregular causes, which can then be identified and eliminated. Control charts are effective in defect prevention and will help ensure that your process performs consistently. From them, you can, in a precise manner, monitor, control, and improve on process performance over time. This will allow you to be able to predict fluctuations, lower costs and ensure the process has a higher effective capacity. Failure Modes and Effects Analysis (FMEA) FMEA is a powerful structured approach that helps you to identify and counter weak points in the early conception phase of products and processes. Using FMEA allows you to analyze any system or subsystem in manufacturing or service industries in the early stages of the process. This systematic methodology identifies potential failure modes in a system caused by either design or process deficiencies. It also identifies critical or significant design or process characteristics that require special controls to prevent or detect failure modes. FMEA improves the quality of products and services and processes by preventing problems from occurring. It documents and tracks action taken to reduce risk while it integrates with the DMAIC methodology. Histogram A histogram is used to graphically summarize the distribution of a data set. A histogram is constructed by dividing the range of data into equally sized segments. This data tool enables you to quickly and easily answer several important questions: what distribution does the data have? What is the most common system response? Is the data symmetric or does it contain outliers? Pareto Chart A pareto chart is used to graphically summarize the relative importance of the differences between groups of data. A pareto chart is constructed by dividing the range of data into groups. The vertical axis of the pareto chart is the cumulative percentage, and the horizontal axis of the pareto chart is the groups of response variables. Unlike the histogram, the pareto chart is ordered in descending frequency magnitude. The Pareto Chart allows you to focus your efforts to achieve the greatest improvements by identifying the largest issues facing the process. It identifies the 20% of sources that are causing 80% of the problems.