Clinical Workflow Basics for Non-Clinical FCs

February 2026 · 15 min

The FC Perspective on Clinical Workflows

You are not a doctor or a nurse, and nobody expects you to be. But you are responsible for configuring the software that doctors and nurses use every hour of every day. To do that well, you need to understand what happens clinically, why it happens in a specific order, and where the ERP needs to capture, validate, or automate a step.

This page explains the four core clinical workflows -- OPD, IPD, Emergency, and Surgery -- from an operations and data-flow perspective. Each section maps clinical activities to Bio Ecko modules and database tables.

The OPD Workflow

OPD (Out-Patient Department) is the highest-volume workflow in any hospital. A patient comes, sees a doctor, and leaves the same day.

The 8-step OPD journey:

1. Arrival -- patient walks in or has a scheduled appointment. Status: arrived
2. Registration -- demographics captured in patients table, UHID generated
3. Token issuance -- queue_tokens created, patient joins doctor's queue
4. Vitals -- nurse records BP, pulse, temperature, weight, SpO2 in vitals table
5. Consultation -- doctor records chief complaint, history, examination in opd_visits + clinical_notes
6. Diagnosis -- ICD-10 codes assigned in diagnoses table
7. Orders -- prescriptions in prescriptions / prescription_items, lab in lab_orders, radiology in radiology_orders
8. Closure -- patient sent to pharmacy/lab/billing, follow-up scheduled in appointments

Key data transitions:

The IPD Workflow

IPD (In-Patient Department) handles patients who need to stay one or more nights. It is the most complex workflow because it spans days and involves multiple departments.

The IPD lifecycle:

1. Admission -- triggered by OPD referral, ED transfer, or direct admission. admissions record created with admission type, admitting doctor, and expected stay.
2. Bed assignment -- bed allocated from beds table, status changed to occupied. Bed type determines room charges.
3. Nursing assessment -- initial nursing assessment documented, care plan created. Nursing tasks generated from nursing_task_templates.
4. Daily rounds -- doctor visits patient, writes progress notes in clinical_notes, updates medication orders.
5. Medication administration -- nurse administers medications per MAR (Medication Administration Record), records in medication_administration_records.
6. Procedures / investigations -- lab draws, imaging, minor procedures during stay. All linked to the admission.
7. Discharge planning -- doctor marks patient fit for discharge, discharge summary drafted.
8. Final billing -- all charges consolidated: room charges (per day), medications, procedures, investigations. Bill generated.
9. Discharge -- admission status -> discharged, bed status -> available, discharge summary finalized.

Duration-based complexity:

Each day generates nursing notes, vital recordings (every 4-6 hours in wards, every 1-2 hours in ICU), medication events, and possibly new orders.

The Emergency Workflow

Emergency is unique because speed overrides documentation. The ERP must support rapid capture with minimal clicks, then allow detailed documentation after the patient is stabilized.

The ED sequence:

1. Arrival & triage -- within 2 minutes of arrival, triage nurse assigns severity category. In Bio Ecko, this creates a triage_assessments record.
2. Stabilization -- for Red/Orange patients, treatment starts immediately. Documentation happens retrospectively.
3. Investigation -- STAT lab orders (results needed in 30 minutes) and portable imaging.
4. Decision -- three possible dispositions:
   • Admit -- transfer to IPD, ICU, or OT
   • Discharge -- treat and release with instructions
   • Transfer -- refer to another facility (higher center)
5. Documentation -- once patient is stable, ED doctor completes full clinical notes.
6. MLC handling -- if the case is a Medico-Legal Case (assault, accident, poisoning), MLC register entry is mandatory by law.

Critical FC configuration for ED:

• Triage must be configurable in under 30 seconds (minimal required fields)
• STAT orders must bypass normal approval queues
• MLC flag must trigger automatic alert to hospital admin and create legal register entry
• ED bed/bay management is separate from IPD bed management

The Surgical / OT Workflow

Surgeries involve the most complex cross-department coordination:

Pre-operative phase:

1. Surgeon creates surgery request (from OPD or IPD)
2. OT scheduling assigns OT room, time slot, and team
3. Pre-op assessment: anesthetist reviews patient fitness (pre_anesthesia_checkups)
4. Consent obtained and documented (patient_consents)
5. Pre-op checklist completed (WHO Surgical Safety Checklist)
6. CSSD issues sterilized instrument set
7. Pharmacy/store issues consumables and drugs for the procedure

Intra-operative phase: 8. Patient wheeled into OT -> surgical time-out (verify patient, site, procedure) 9. Surgery performed -> anesthesia monitoring recorded 10. Specimen sent to pathology if required (pathology_specimens) 11. Instrument, sponge, and needle count verified

Post-operative phase: 12. Patient transferred to recovery room, then to ICU or ward 13. Post-op orders written by surgeon 14. OT charges calculated: surgeon fee + anesthesia fee + OT usage + consumables 15. Charges flow to billing module

Tables involved:

The Prescription & Medication Cycle

Medication management is a patient safety critical workflow. Errors here can harm patients.

The cycle:

1. Prescribing -- doctor writes prescription in prescriptions / prescription_items. System checks for:
   • Drug-drug interactions (from drug_interactions database)
   • Drug-allergy interactions (from patient_allergies)
   • Duplicate orders (same drug already active)
2. Verification -- pharmacist reviews prescription, confirms dose and frequency are appropriate
3. Dispensing -- pharmacist dispenses from inventory_items, creates inventory_transactions (type: dispensed)
4. Administration (IPD only) -- nurse administers medication at scheduled time, records in medication_administration_records
5. Documentation -- entire chain is auditable: who prescribed, who dispensed, who administered, when

The 5 Rights of Medication:

The Diagnostic Order Cycle

Lab and radiology orders follow a similar pattern:

1. Ordering -- doctor orders test/study from consultation screen. Record created in lab_orders or radiology_orders.
2. Specimen / scheduling -- for lab: phlebotomist collects sample, labels it. For radiology: patient scheduled for imaging slot.
3. Processing -- lab technician runs tests on analyzer or manually. Radiology technician performs imaging.
4. Result entry -- results entered into system. Lab: in lab_results with values and reference ranges. Radiology: report typed in radiology_reports.
5. Verification -- pathologist / radiologist reviews and validates results.
6. Release -- results released to ordering doctor's EMR and optionally to patient portal.

STAT vs Routine:

Cross-Department Handoffs

The most error-prone moments in healthcare are handoffs -- when responsibility transfers from one department to another. As an FC, you must ensure every handoff is captured in the ERP:

FC principle: Every handoff must have a status transition in the database and a notification to the receiving party. If you find a handoff that is not tracked, it is a gap that needs to be addressed.

Understanding Clinical Terminology in Context

Here are terms you will hear constantly during implementations. Learn these before your first hospital meeting:

• Chief Complaint (CC) -- the primary reason the patient came (e.g., 'fever for 3 days')
• History of Present Illness (HPI) -- detailed story of the current problem
• Vitals -- measurable body parameters: BP, pulse, temperature, respiratory rate, SpO2, weight
• Diagnosis -- the doctor's conclusion about what is wrong (coded in ICD-10)
• Differential Diagnosis -- multiple possible diagnoses being considered
• Rx -- abbreviation for prescription
• PRN -- 'as needed' medication (not scheduled, given when patient needs it)
• STAT -- immediately / urgently
• NPO / NBM -- nothing by mouth (fasting, usually before surgery)
• Admission -- patient stays overnight
• Discharge -- patient leaves after treatment
• LAMA -- Leave Against Medical Advice (patient wants to leave before doctor recommends)
• MLC -- Medico-Legal Case (police notification required)
• DAMA -- Discharge Against Medical Advice (same as LAMA in some regions)

Exercise: Shadow a Workflow

This is your most important Module 1 exercise:

1. Open your Bio Ecko sandbox
2. Register a new test patient
3. Walk through the complete OPD flow: registration -> vitals -> consultation -> prescription -> pharmacy dispensing -> billing
4. Then admit the same patient to IPD and walk through: admission -> bed assignment -> daily nursing note -> medication administration -> discharge

At each step, note:

• Which screen/module did you use?
• Which fields were mandatory vs optional?
• What happened automatically (e.g., token generation, bill creation)?
• What required manual action?
• Where did you feel the workflow was slow or confusing?

Document your findings. These observations will be invaluable when you do this for real hospitals.

Notes

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