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Spring 2008

Volume 1, Number 2

Planning a Medical Procedure Unit: Breaking Down
Department Boundaries

BACKGROUND

Historically, same-day medical procedures at Midwest Medical Center (MMC) have been provided by a variety of different departments and scattered throughout the hospital with redundant patient reception/waiting, preparation, treatment, and recovery spaces. As demand for same-day medical procedures continued to grow, the hospital leadership was concerned that outpatient satisfaction was being compromised while operational costs were increasing dramatically. Department staff were inpatient-focused and reluctant to alter pre-established protocols and processes. They were also reluctant to consider any changes to their existing “turf.”

After several failed attempts at operational redesign, the serendipitous retirement of several key managers allowed MMC leadership to recruit a new manager who shared their vision. A variety of same-day medical procedures would be consolidated in an area that would function as the equivalent of the same-day surgery center and include flexible space for:

  • Prep and post-procedure recovery for endoscopy, invasive radiology, and other departments/procedures using conscious sedation.

  • Intravenous (IV) therapies such as transfusions, antibiotics, and hydrations.

  • Diagnostic procedures such as bone marrow aspirations/biopsies, liver biopsies, and paracentesis/thoracentesis.

  • Injections, allergy skin testing, and other similar procedures.

It was decided to refer to the new same-day medical service as the “medical procedure unit” or “MPU” to facilitate outpatient wayfinding. A business plan was prepared and operational processes were established and new job descriptions were developed in conjunction with facility planning.

PLANNING APPROACH

A detailed analysis was initially undertaken to identify the current and projected workload volumes and corresponding treatment spaces required:

  • Current workload volumes. Data on the current number of patients to be prepped, treated, and recovered in the new unit was collected along with the corresponding number of minutes. A total of 10,100 outpatients would qualify for the new unit (based on 2007 workload data) resulting in an average of 40 patients per day and an average length of stay of 106 minutes. However, 37 percent of the visits/procedures would be less than an hour.

  • Projected workload volumes. Future workload volumes were projected through 2012 for each treatment category. For example, endoscopy recoveries were projected to increase 5% per year consistent with the outpatient endoscopy growth assumptions while IV therapies were projected to increase 20% per year and pain clinic procedures were projected to remain constant at the 2007 volume. A projected average of 55 patients per day would receive treatment in the MPU by 2012.

  • Estimating the number of treatment spaces. Once the future workloads were projected for each procedure category, the current average minutes per procedure were used to estimate the number of treatment bays to be programmed. The projected annual minutes were divided by 250 days per year to determine the average number of treatment minutes required per day. This figure was then divided by 360 minutes per day (assuming an eight-hour shift with 75% occupancy) to estimate the number of treatment bays required. The analysis indicated that an average of 16.7 patients would be treated in the MPU at any given time, in addition to those undergoing an endoscopy procedure.

Analysis of Current Workload (2007)

 

Treatment

Annual

Visits

Annual

Minutes

Minutes/

Visit

Daily

Visits

IV Therapy

1,252

179,595

143

5

Blood Transfusion

772

253,865

329

3

Pain Clinic

697

25,280

36

3

Para/Thoracentesis

72

12,565

175

<1

Liver Biopsy

58

18,110

312

<1

Phlebotomy

131

4,325

33

<1

Other Visits

310

28,390

92

1

Imaging Prep  

1,920

153,250

80

8

Imaging Recovery

1,964

244,385

124

8

Endoscopy Recovery

1,610

86,790

54

6

Other Recovery

1,314

60,155

46

5

   Total

10,100

1,066,710

106

40

 

Projected Workload (2012) and Treatment Bay Calculation

 

Treatment

Annual

Visits

Annual

Minutes

Daily

Visits

Required

Bays

IV Therapy

3,115

446,836

13

5.0

Blood Transfusion

772

253,865

3

2.8

Pain Clinic

697

25,280

3

0.3

Para/Thoracentesis

120

20,942

<1

0.2

Liver Biopsy

90

28,102

<1

0.3

Phlebotomy

210

6,933

<1

0.1

Other Visits

500

45,790

2

0.5

Imaging Prep  

2,485

198,347

10

2.2

Imaging Recovery

2.485

309,214

10

3.4

Endoscopy Recovery

2,055

110,779

8

1.2

Other Recovery

1,314

60,155

5

0.7

   Total

13,843

1,506,242

55

16.7

 

  • Configuration of prep/treatment/recovery spaces. The following patient prep, treatment, and recovery spaces were programmed to optimize flexibility:

3 major procedure rooms (scoping procedures)

1 minor treatment/exam room (flexible, multipurpose room)

4 prep/holding bays (adjacent to the procedure rooms)

8 prep/treatment/recovery bays (three walls with curtain closure)

2 private prep/treatment/recovery rooms

6 prep/treatment/observation recliner chair bays

  • Space requirement. A total of 4,550 net square feet (NSF) was programmed as shown in the actual space program. The space includes a patient reception/intake area; prep, treatment, and recovery spaces (mix of enclosed rooms, partially enclosed, and open bays); and related support space. Applying a factor to accommodate internal corridors and the width of walls, columns, and utility shafts resulted in a total of 6,800 department gross square feet (DGSF).

  • Facility layout and location. Alternate facility layouts were evaluated to promote efficient staffing patterns and patient flow. An ideal location was selected on the first floor of the hospital adjacent to the emergency department’s nonurgent care (or fast track) area to facilitate use of the MPU space after-hours if needed for emergency care during peak workload periods. The new MPU would also be adjacent to the central imaging department and immediately accessible from the new customer service center that is planned near the main hospital entrance. An adjacent office suite (that could be relocated off the first floor) would provide future expansion space for the MPU as required.

CONCLUSION

Creation of the new MPU would not have been possible without the vision and strong leadership of the executive team and their facility planning consultant. Previous attempts by the organization to get input from individual department staff resulted in recommendations to simply maintain the status quo. Once the unit is operational for a year, hospital leadership will determine if there are other outpatient services that could potentially be incorporated into the MPU. For example, outpatient cardiac cath patients are currently transferred from the first floor to a third floor nursing unit for their recovery and outpatient chemotherapy patients receive treatment in the adjacent physician office building.  back to top

Cynthia Hayward

chayward@hayward-assoc.com

Case Study 1308.02.1

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