RESIST: Addressing Resident Resiliency in Low-Resource Settings - Scorecard - MDSpire
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RESIST: Strengthening Resident Resilience in Resource-Limited Settings

  • By

  • Sayed K. Ali

  • Ali K. Chandani

  • Falak Sayed

  • Zohray Talib

  • October 9, 2026

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Clinical Scorecard: RESIST: Strengthening Resident Resilience in Resource-Limited Settings

At a Glance

CategoryDetail
ConditionResident stress, burnout, anxiety, and depression in resource-limited training environments
Key MechanismsRESIST addresses rest and workload, emotional and peer support, resident skills, psychological safety, faculty mentorship and role modeling, and ongoing measurement and improvement.
Target PopulationResidents and residency programs in low- and middle-income countries
Care SettingResidency training programs in resource-limited institutional and clinical settings

Key Highlights

  • RESIST was developed and implemented at Aga Khan University Hospital in Nairobi after the institution attained ACGME-I accreditation in 2020.
  • The program combines six domains: rest and workload hygiene; emotional and collegial support; resident skills development; institutional culture and psychological safety; faculty mentorship and role modeling; and measurement with iterative improvement.
  • Workload measures included duty-hour tracking and four part-time locum junior providers; monitored metrics showed reduced resident attrition and lower self-reported burnout.
  • Peer support, mentorship, community mental health partnerships, and debriefing were used to support residents after emotionally challenging clinical events.
  • The article reports preliminary favorable feedback for some initiatives but notes that formal outcome data remain unavailable for resident skills training.

Guideline-Based Recommendations

Diagnosis

  • The article describes resident stress, burnout, anxiety, and depression as well-being concerns; it does not provide diagnostic criteria or a diagnostic protocol.

Management

  • Track duty hours, manage workloads, and maintain access to rest, nutrition, exercise, and supervision.
  • Use peer-support groups, faculty mentorship, community mental health partnerships, and structured debriefing after critical clinical events.
  • Provide practical training in sleep hygiene, fatigue management, early burnout recognition, and awareness of substance use.
  • Create protected opportunities for dialogue, including town halls, small-group debriefs, wellness check-ins, and anonymous reporting.

Monitoring & Follow-up

  • Measure resident well-being and program outcomes and use findings for iterative improvement.
  • The article reports monitored reductions in resident attrition and self-reported burnout after workload measures; it describes a formal longitudinal evaluation of faculty–resident engagement as being developed.

Risks

  • The article identifies high patient volumes, workforce shortages, departmental conflict, difficulty balancing professional and personal responsibilities, and maladaptive coping, including substance use, as factors associated with burnout.
  • The article states that trainee distress may impair patient care through increased error rates, weaker communication, and lower patient satisfaction.

Patient & Prescribing Data

Not applicable; the article concerns resident well-being and residency-program design, not patient prescribing.

No medication or prescribing recommendations are provided. The described interventions are educational, organizational, peer-support, and workload measures.

Clinical Best Practices

  • Adapt resiliency initiatives to local resources; the article describes tiered options such as rotating elective coverage or task-shifting where staffing resources are more constrained.
  • Provide confidential referral pathways for substance-use concerns using institutional and community resources.
  • Reduce hierarchical barriers through anonymous reporting, resident-selected faculty mentors, and protected settings for candid discussion.
  • Consider workload and documentation burden together; the article reports that a less expensive electronic health record additionally reduced documentation burden.

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