Glenn Dental Clinic provides general dental care to residents of Philadelphia on a walk-in basis. The clinic has started receiving complaints from patients that the waiting time is too long and has asked you to investigate whether this problem can be solved. Upon arrival, customers first receive a series of paperwork from the receptionist and fill out relevant information such as personal health records and insurance provider. The form is then handed back to the receptionist who enters the information into the computer system for the dentist to see. A dental assistant then takes an X-ray from the patient. A dentist then performs the checkup and discusses any issues with the patient. Based on conversations with staff members at the clinic, you have obtained the following information on the process: It takes about 5 minutes for a customer to fill out the paperwork. Entry of information on the paperwork into the system and verification with past records takes another 5 minutes for a receptionist. There are two receptionists. It takes 15 minutes, on average, for the dental assistant to take an X-ray. There are three dental assistants on shift at any moment. There are 10 dentists working at the clinic. Each checkup takes 30 minutes, on average. The following table summarizes the process data collected above. Resource Process Staffing (Number of Workers) Self-serve Receptionists Dental Assistant Dentist Paperwork Data Entry X-ray Checkup Processing Time (Minutes per Patient) 5 5 15 30 2 3 10 ADAC40A Self- Serve Receptionist Dentist Dental Assistant The flow diagram is shown above. a. What is the capacity (patients/hour) at the resource "Dentist"? patients per hour b. What is the bottleneck in the process? C. Assuming unlimited demand, what would be the flow rate? patients per hour d. Assuming unlimited demand, what would be the utilization at resource "Receptionists"? percent e. If demand is 12 patients per hour, what would be the cycle time (minutes)? minutes f. If demand is 11 patients per hour, what would be the cycle time (minutes)? (Round your answer to 2 decimal places.) minutes g. Assume the process started empty. How long would it take to serve 20 patients? minutes Glenn Dental Clinic provides general dental care to residents of Philadelphia on a walk-in basis. The clinic has started receiving complaints from patients that the waiting time is too long and has asked you to investigate whether this problem can be solved. Upon arrival, customers first receive a series of paperwork from the receptionist and fill out relevant information such as personal health records and insurance provider. The form is then handed back to the receptionist who enters the information into the computer system for the dentist to see. A dental assistant then takes an X-ray from the patient. A dentist then performs the checkup and discusses any issues with the patient. Based on conversations with staff members at the clinic, you have obtained the following information on the process: It takes about 5 minutes for a customer to fill out the paperwork. Entry of information on the paperwork into the system and verification with past records takes another 5 minutes for a receptionist. There are two receptionists. It takes 15 minutes, on average, for the dental assistant to take an X-ray. There are three dental assistants on shift at any moment. There are 10 dentists working at the clinic. Each checkup takes 30 minutes, on average. The following table summarizes the process data collected above. Resource Process Staffing (Number of Workers) Self-serve Receptionists Dental Assistant Dentist Paperwork Data Entry X-ray Checkup Processing Time (Minutes per Patient) 5 5 15 30 2 3 10 ADAC40A Self- Serve Receptionist Dentist Dental Assistant The flow diagram is shown above. a. What is the capacity (patients/hour) at the resource "Dentist"? patients per hour b. What is the bottleneck in the process? C. Assuming unlimited demand, what would be the flow rate? patients per hour d. Assuming unlimited demand, what would be the utilization at resource "Receptionists"? percent e. If demand is 12 patients per hour, what would be the cycle time (minutes)? minutes f. If demand is 11 patients per hour, what would be the cycle time (minutes)? (Round your answer to 2 decimal places.) minutes g. Assume the process started empty. How long would it take to serve 20 patients? minutes
