Reference no: EM131149869
Case Study: Opening Your New Dunkin Donuts Locations
Assumption and Context: You have been the manager of a Dunkin Donuts store in the Midwest for the past two years. The store is owned by a Dunkin Donuts franchisee who owns 20 other Dunkin Donuts locations. Your employer took an employee inventory and examined all current employees. It has been noted by the owner that you have a highly successful track record. You have been recognized for doing an exceptional job staffing, leading, training, coaching, and managing people. You have been recognized for successfully managing all key components of your store and have successfully managed key business drivers such as cash, profits, growth, asset utilization and people. In regards to the metrics that are used to measure their stores for sales, quality, and customer service, your store is the top performing store in their system.
Congratulations! You have just been promoted to District Manager! The Dunkin Donuts franchisee sees your growth potential and the growth potential in your geographic area. The owner now has committed significant capital and plans to open five new locations over the next two years. You will be given complete autonomy, authority, and responsibility to structure, staff, and operate these five new locations. You will be playing a key role in this expansion for growth.
Assignment: Prepare a five-page paper (excluding the title and reference pages), including at least three scholarly sources, in addition to the textbook, formatted according to APA style guidelines as outlined in the Ashford Writing Center. In your paper, explain your chosen job design, organizational design, your recruiting strategy and methods, and your training and performance appraisal process as the new District Manager for Dunkin Donuts.
You must organize your paper using the following section headings and include additional section headings as needed:
1. Introduction
2. Job Design
3. Organizational Design
4. Recruiting and Selection
5. Training and Performance Appraisals
6. Conclusion
|
Find the stiffness of the undamped isolator
: An electronic instrument of mass 20 kg is to be isolated from engine vibrations with frequencies ranging from 1000 rpm to 3000 rpm. Find the stiffness of the undamped isolator to be used to achieve a 90% isolation.
|
|
Explain the moral issue in this case
: Read "Ethical Issues in Business, A philosophical Approach" eighth edition, and answer eight questions. Case (101) WorldCom, Explain the moral issue in this case. Explain how the case should be resolved
|
|
Does the investment appear to be satisfactory
: Xon will depreciate it using MACRS depreciation The drilling rig has been leased to a firm, which will pay Xon $550,000 per year for 8 years. After 8 years the drilling rig will belong to the firm. If Xon has a 38% combined incremental tax rate an..
|
|
Determine the reduction in the force transmitted
: If the weight of the engine causes the springs to deflect by 10 mm, determine the reduction in the force transmitted to the foundation.
|
|
Case study-opening your new dunkin donuts locations
: Case Study: Opening Your New Dunkin Donuts Locations, Assumption and Context: You have been the manager of a Dunkin Donuts store in the Midwest for the past two years. The store is owned by a Dunkin Donuts franchisee who owns 20 other Dunkin Donut..
|
|
Determine the stiffness of the suspension
: determine the stiffness of the suspension if the amplitude of vibration transmitted to the system is to be less than 15 percent of the floor vibration over the given frequency range.
|
|
What should be the exchange ratio
: What should be the analyst's estimated value of synergy between Corox and Grad - What should be the exchange ratio?
|
|
Find the stiffness of the isolation pad
: find the stiffness of the isolation pad if the maximum permissible values of deflection and acceleration of the instrument are specified as 10 mm and 20g, respectively.
|
|
Determine the stiffness of the column
: Determine the stiffness of the column if the maximum deflection of the tank is to be limited to 0.5 m. The response spectrum of the shock load is shown in Fig. 9.48(c).
|