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Bridging medical education goals and health system outcomes: An instrumental case study of pre-clerkship students’ improvement projects Cover

Bridging medical education goals and health system outcomes: An instrumental case study of pre-clerkship students’ improvement projects

Open Access
|Apr 2022

Figures & Tables

Table 1

Key features of medical students’ clinical microsystem clerkship health systems improvement projects, 2017–18

Key features

No. projects

(% of 53)

Health system

 Academic

22 (42)

 Safety net

19 (36)

 Veterans affairs

12 (23)

Clinical microsystem type

 Adult medicine

48 (91)

 Pediatric medicine

 5 (9)

 Ambulatory care

27 (51)

 Acute care

18 (34)

 Surgical/perioperative care

 7 (13)

 Other

 1 (2)

Project aims to improve … (IOM priorities 34 projects may address multiple) (Indicator 3.1)

 Effectiveness

41 (77)

 Safety

18 (34)

 Patient-centeredness

10 (19)

 Efficiency

 9 (17)

 Equity

 8 (15)

 Timeliness

 5 (9)

Type of measure (Indicator 2.3)

 Structural change

 1 (2)

 Process change

36 (68)

 Patient outcome

16 (30)

Project achieved at least 1 aim (based on data provided in project summary report or poster) (Indicators 1.1 and 2.3)

Yes

28 (53)

– Structural changes

 1

– Process changes

19

– Patient outcomes

 8

No

24 (45)

– Process changes

16

– Patient outcomes

 8

Could not determine

 1 (2)

– Process changes

 1

Table 2

Perceived impact of medical students’ clinical microsystem clerkship health systems improvement projects from 2017–18 based on follow-up survey responses from coaches and QI leads (collected in May 2019)

Survey responses and sample explanations from free response

No. projects

(% of 49a)

Indicator 2.1 Perceived impact at project end (15 months)

Impact of project on microsystem at time students left (approx. Nov 2018)

 None (e.g., did not meet proposed goal)

 3 (6)

 Minimal (e.g., project part of larger effort, hard to connect outcomes to students’ efforts, persistent structural barriers)

13 (27)

 Moderate (e.g., students sparked interest that increased outreach efforts, pilot phase)

23 (47)

 Substantial (e.g., improvement in valued metrics such as documentation, screening, illuminated a problem that was then addressed, provided a framework or foundation for future efforts)

10 (20)

Indicator 2.2 Perceived lasting impact of project (7-month post-curriculum)

Did the project have impact after the students left the microsystem? (approx. May 2019)

Yes because …

37/49 (76)

– Project (including all, some piece of it, or next phase) was taken on by health system staff

26/37 (70)

– Project has been ‘hardwired’ into the microsystem, requires minimal effort to sustain

16/37 (43)

– Project (including all, some piece of it, or next phase) was taken on by a new cohort of students

 3/37 (8)

– Other (e.g., educational efforts help sustain change; culture shift among key health professionals in ways that support the intervention; identified a need for outside consultants who then had a huge impact)

 5/37 (14)

No because …

12/49 (25)

– When the students left there was no one to do the work

 6/12 (50)

– Project was no longer relevant (circumstances/priorities changed)

 3/12 (25)

– Project identified other areas that needed to be prioritized

 2/12 (17)

– Other (e.g., lack of buy in from key health professionals)

 5/12 (42)

a Survey responses received from coaches and/or QI leads of 49 out of 53 projects. Multiple responses for the same project were aggregated.

Language: English
Submitted on: Jan 26, 2022
|
Accepted on: Mar 8, 2022
|
Published on: Apr 8, 2022
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2022 Bridget C. O’Brien, Josué Zapata, Anna Chang, Edgar Pierluissi, published by Bohn Stafleu van Loghum
This work is licensed under the Creative Commons Attribution 4.0 License.