Obstetrics Unit Design in Hospitals

Planning, Layout and Architectural Guidelines

1. Introduction

An obstetrics unit is one of the most critical departments in a hospital because it accommodates women during pregnancy-related assessment, labour, childbirth, recovery, and the immediate postnatal period. Its design must support routine maternity care while allowing healthcare professionals to respond rapidly to obstetric and neonatal emergencies.

From an architectural perspective, obstetrics unit design involves more than arranging labour beds and delivery rooms. It requires a coordinated system of clinical spaces, patient circulation, staff work areas, medical equipment, building services, infection prevention measures, and connections to other hospital departments.

The design must also recognise the physical and emotional needs of women during childbirth. Privacy, personal dignity, natural light, comfortable surroundings, clear communication, and appropriate companion support are important considerations alongside clinical safety.

The World Health Organization (WHO) emphasises that quality maternal and newborn care depends on essential physical resources, effective clinical practices, respectful treatment, communication, and emotional support. These principles should inform both the spatial planning and operational organisation of a maternity department. WHO standards for maternal and newborn care.

World Health Organization

This article explains how architects and healthcare planners can translate these requirements into a functional obstetrics unit for hospitals, with particular reference to Indian healthcare planning.

2. What is an obstetrics unit?

An obstetrics unit is a hospital department that provides assessment and care related to pregnancy, labour, childbirth, and maternal recovery. Depending on the hospital’s service level, it may also include obstetric emergency management, operative delivery, high-dependency care, and coordination with neonatal services.

The department may contain the following functional areas:

• Antenatal assessment and labour triage.
• Labour and birthing rooms.
• Delivery and obstetric procedure rooms.
• Maternal recovery and postpartum care.
• Obstetric operating theatre facilities, where provided.
• Newborn resuscitation and immediate neonatal care spaces.
• Clinical support, staff facilities, equipment storage, and utility rooms.

Not every hospital requires all these spaces within one department. The final programme depends on the facility’s clinical services, expected workload, referral responsibilities, staffing model, and applicable standards.

Obstetrics versus maternity ward

Department or area	Primary function
Obstetrics unit	Broad department supporting maternity assessment, childbirth and associated clinical services
Labour room	Monitors and supports women during labour and may accommodate birth, depending on the model
Birthing suite	Dedicated space designed for childbirth, potentially including labour, delivery and recovery
Maternity ward	Provides inpatient maternal care, commonly including postpartum care
Obstetric operating theatre	Supports Caesarean delivery and other indicated surgical procedures
Neonatal care unit	Provides newborn care according to the facility’s level of neonatal service

These functions may be combined or separated according to the hospital’s clinical model. Architectural planning must reflect the actual service configuration rather than assuming every hospital needs an identical layout.

3. Planning models for obstetrics units

The choice of planning model affects room size, staffing, circulation, equipment distribution, and patient experience.

3.1 Traditional labour and delivery model

In a traditional arrangement, labour, delivery, recovery, and postpartum care take place in separate designated areas.

A patient may move between spaces as her clinical condition and stage of care change.

Architectural implications:

• Separate rooms can be planned for specialised procedures and activities.
• Shared clinical equipment may be organised around designated work areas.
• Staff must manage transfers between the different stages of care.
• Circulation routes must accommodate beds, clinical teams, equipment, and emergency transfers.

This model can be appropriate for hospitals with a larger caseload or specialised service arrangements, provided the distances between related spaces are carefully controlled.

3.2 Labour, delivery and recovery (LDR) model

An LDR room combines labour, delivery, and recovery within one room. The mother remains in the same space through these stages when her clinical condition permits.

The room must support different activities at different times, including monitoring, birthing positions, clinical procedures, newborn resuscitation, and recovery.

Architectural implications:

• A flexible layout is essential.
• Bed access must be available from the sides and, where clinically required, the head or foot.
• Medical gases, power outlets, lighting, and monitoring provisions must be appropriately located.
• Emergency equipment and staff access must remain unobstructed.
• An attached patient toilet may be required by the applicable standard or service model.

India’s Indian Public Health Standards (IPHS) 2022 guidance for sub-district and district hospitals discusses LDR planning and gives a suggested area range of 225–350 sq ft for one LDR unit, including one labour bed and space for alternative birthing positions. This is a context-specific planning reference, not a universal requirement for every hospital or jurisdiction.

National Health Mission

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3.3 Labour, delivery, recovery and postpartum (LDRP) model

An LDRP room combines labour, delivery, recovery, and postpartum care in one private room.

This model reduces routine transfers and can support continuity of care, privacy, and family participation. However, it requires careful planning because the room must accommodate a longer stay and a broader range of activities.

Design considerations include:

• Sufficient space for the patient, clinical team, equipment, and permitted companion.
• An accessible toilet and bathing provision where required.
• Secure storage for personal belongings.
• Adequate privacy and acoustic separation.
• Space for newborn care and emergency response as defined by the clinical brief.
• Convenient access to staff support and clinical supplies.

LDRP rooms should not be assumed to eliminate the need for a dedicated operating theatre, neonatal support, or higher-acuity care.

3.4 Comparison of planning models

Planning factor	Traditional model	LDR model	LDRP model
Location of care	Multiple designated rooms	Labour, delivery and recovery combined	Labour through postpartum combined
Routine patient transfers	More frequent	Reduced	Usually fewer
Room flexibility	Distributed across spaces	High	Very high
Equipment planning	Specialised equipment by room	Integrated equipment provision	Integrated provision for a longer stay
Privacy	Depends on room arrangement	Private room possible	Private room possible
Main planning challenge	Efficient transfers	Supporting multiple clinical activities	Balancing long-stay comfort with clinical readiness

No single model is best for every facility. The preferred option depends on clinical policy, expected demand, available staffing, budget, and the hospital’s role within the healthcare network.

4. Main functional zones of an obstetrics unit

A successful obstetrics department should be organised into identifiable functional zones. The zoning strategy should allow patients, staff, clean supplies, soiled materials, and emergency transfers to move efficiently without unnecessary interference.

4.1 Patient reception and assessment zone

This zone receives women arriving for maternity assessment or labour.

Typical spaces include:

• Reception or registration point.
• Waiting area, where appropriate.
• Triage and examination room.
• Accessible patient toilet.
• Counselling or consultation space.
• Space for accompanying persons.

The triage area should be easy to identify from the entrance and should support prompt clinical assessment. Patients requiring urgent intervention must not be delayed by registration or routine administrative processes.

Where feasible, provide a direct, clearly marked route from the arrival point to the clinical assessment area.

4.2 Labour and birthing zone

This is the principal clinical zone for women undergoing labour and childbirth.

Depending on the planning model, it may contain:

• Individual LDR rooms.
• LDRP rooms.
• Midwifery-led birthing rooms.
• Obstetrician-led care rooms.
• A clinical observation or staff work area.
• Immediate access to essential equipment and support rooms.

Privacy between patients is a fundamental planning requirement. Individual rooms can provide better acoustic and visual separation than open multi-bed spaces, but they must still permit appropriate observation and rapid staff access.

The layout should accommodate different birthing positions where these are part of the clinical service.

4.3 Obstetric operating theatre zone

Hospitals providing operative obstetric services need an appropriate operating theatre arrangement for Caesarean deliveries and other indicated procedures.

Depending on the hospital configuration, the zone may include:

• Obstetric operating theatre.
• Scrub and handwashing facilities.
• Anaesthesia and equipment support.
• Sterile supply storage.
• Post-anaesthesia recovery.
• Clean and soiled utility facilities.
• Direct or closely controlled access to the labour and delivery area.

The operating theatre should be positioned to minimise emergency transfer time while maintaining appropriate separation between routine patient traffic and restricted clinical circulation.

The actual sterile, restricted, semi-restricted, and unrestricted areas must be developed with the clinical and infection-prevention teams in accordance with applicable requirements.

4.4 Maternal recovery and postpartum zone

This zone supports monitoring and recovery after delivery or an operative procedure, as well as subsequent inpatient care.

Planning considerations include:

• Clear observation of patients.
• Bedside staff access.
• Privacy during examination and personal care.
• Convenient access to toilets and bathing facilities.
• Space for newborn care according to the care model.
• Family or companion accommodation where permitted.
• Access to nursing support and clinical supplies.

Postpartum rooms should balance patient comfort with the need for observation, assistance, and timely clinical intervention.

4.5 Neonatal care and resuscitation zone

Immediate newborn care must be planned in coordination with the obstetric clinical team.

The appropriate facilities depend on the hospital’s level of neonatal service. They may include a newborn resuscitation area within or adjacent to a birthing room, a dedicated stabilisation area, or a separate neonatal care unit.

The design should establish:

• A clear route for staff and equipment.
• Adequate lighting and clinical work surfaces.
• Appropriate electrical and medical-gas provision as specified by the clinical brief.
• Space for neonatal equipment and emergency procedures.
• Suitable access to higher-level neonatal care.

Where neonatal care is delivered in a separate department, the route between the delivery area and that department should be assessed for distance, bed or cot movement, lifts, doors, and transfer procedures.

4.6 Clinical support and staff zone

Support spaces are essential to the day-to-day functioning of the unit.

They may include:

• Clean utility and sterile supply storage.
• Dirty utility and soiled holding.
• Equipment storage and charging.
• Linen storage.
• Housekeeping support.
• Waste holding in designated locations.
• Staff changing, rest, and work areas.
• Medication preparation and secure storage as required.

These rooms should be located according to use frequency and workflow. Frequently accessed equipment should not be stored in remote areas or in corridors that also function as emergency routes.

5. Location and site planning

The location of the obstetrics unit within the hospital affects emergency response, patient movement, service coordination, and operational resilience.

5.1 Relationship to other departments

The obstetrics unit should be planned in relation to:

• Emergency department and ambulance arrival.
• Obstetric operating theatre.
• Neonatal care and newborn stabilisation.
• Blood bank or transfusion services.
• Laboratory and diagnostic imaging.
• Maternity inpatient wards.
• Intensive care and high-dependency services.
• Main vertical circulation and service routes.

These relationships should be established through the clinical brief and confirmed using a functional adjacency study.

5.2 Ground floor or upper floor?

Locating the department on the ground floor may simplify direct access from an ambulance or external arrival area. However, an upper-floor location may also be workable when the hospital provides suitable lift capacity, reliable emergency transfer routes, fire and life safety provisions, and appropriate access to related departments.

The decision should be based on the hospital’s overall configuration rather than a universal rule that all obstetrics units must be on the ground floor.

5.3 Expansion and operational resilience

Maternity demand may change as catchment populations, referral patterns, and service levels evolve.

Allow for future changes by considering:

• Modular room arrangements where practical.
• Accessible service distribution routes.
• Spare electrical and medical-gas capacity as justified.
• Space for additional equipment.
• Opportunities to expand inpatient or birthing capacity.
• Phasing strategies that minimise disruption to ongoing care.

Expansion planning must not compromise fire compartmentation, sterile functions, patient privacy, or the separation of incompatible workflows.

6. Functional zoning and circulation planning

Circulation is a major determinant of the safety and efficiency of an obstetrics unit.

The layout should accommodate different types of movement without forcing them all through the same constrained passage.

6.1 Patient circulation

Patient routes should connect arrival, triage, labour and delivery, recovery, postpartum care, and discharge.

Where clinically necessary, a separate route should support emergency transfer to the operating theatre or higher-acuity care.

Patients and visitors should not need to navigate restricted clinical zones to reach routine destinations.

6.2 Staff circulation

Staff should have convenient access to birthing rooms, equipment, clean supplies, and clinical support areas. Observation points and workstations should be located according to actual staffing and care procedures.

A central nurse station can be useful, but it should not be treated as a substitute for suitable room visibility, direct access, communication systems, or staffing.

6.3 Clean and soiled circulation

Clean supplies and sterile items must be protected from contamination. Used instruments, contaminated materials, soiled linen, and clinical waste should follow defined handling and removal procedures.

Architectural planning should support those procedures through appropriate utility rooms, storage, handwashing facilities, waste holding, and service routes.

A separate corridor for every movement category is not automatically necessary. The required separation depends on the applicable standards, risk assessment, operational model, and the ability to prevent cross-contamination.

6.4 Functional adjacency matrix

The following matrix is an architectural planning aid, not a statutory schedule.

Space	Preferred relationship	Planning reason
Triage	Main arrival and labour zone	Prompt assessment
LDR rooms	Clinical support and emergency access	Efficient routine and urgent care
Obstetric theatre	Labour zone and recovery	Reduce transfer complexity
Newborn resuscitation	Delivery spaces	Immediate access to newborn support
Neonatal unit	Delivery zone and appropriate transfer route	Escalation of newborn care
Clean utility	Clinical rooms	Convenient access to clean supplies
Dirty utility	Clinical zone and service route	Controlled handling of soiled materials
Postpartum ward	Birthing zone and nursing support	Continuity of maternal care
Staff facilities	Accessible but outside patient treatment spaces	Staff welfare and operational separation

For design development, translate this matrix into a bubble diagram, adjacency schedule, and room data sheets. These should be reviewed with the hospital operator before fixing the architectural layout.

7. Space planning and room requirements

There is no single universal room schedule or area standard for every obstetrics department. The space programme depends on the hospital’s service model, clinical workload, number of birthing rooms, level of neonatal care, and applicable local requirements.

7.1 Develop the room schedule

Prepare a room-by-room schedule with the following information:

• Room name and identification number.
• Number of rooms or beds.
• Net usable area.
• Required equipment and furniture.
• Occupancy and staffing assumptions.
• Medical-gas and electrical requirements.
• Water supply and drainage requirements.
• Ventilation and temperature requirements.
• Accessibility and privacy provisions.
• Relationship to adjacent rooms.
• Applicable statutory or guideline reference.

7.2 Illustrative room programme

Functional zone	Typical spaces to assess
Assessment	Reception, triage, examination, consultation
Birthing	LDR, LDRP or other clinically appropriate birthing rooms
Operative care	Obstetric theatre, scrub, anaesthesia support
Recovery	Post-anaesthesia recovery and maternal observation
Postpartum	Inpatient rooms, nursing support, patient toilets
Neonatal	Resuscitation, stabilisation or designated neonatal care
Clinical support	Clean utility, dirty utility, equipment storage
Staff and administration	Staff work area, changing, rest, records
Building support	Housekeeping, waste holding and technical services as applicable

This schedule is a starting point for briefing, not a complete or mandatory list for all hospital types.

7.3 How to calculate the area

The department’s overall floor area should be developed from its individual room requirements and the supporting circulation and building-service areas.

A practical calculation process is:

1. Determine the required number of rooms and beds from the service brief.
2. Establish the appropriate room area and equipment clearances for each clinical function.
3. Calculate the combined net room area.
4. Add circulation, walls, partitions, shafts, utility and support spaces.
5. Assess the resulting gross area against the building layout and applicable requirements.
6. Validate the schedule with clinicians, infection-prevention specialists, MEP consultants, and the approving authority.

Avoid applying one generic percentage to all hospitals without checking the efficiency of the actual plan.

8. Architectural design of LDR and LDRP rooms

Birthing rooms need to accommodate clinical intervention without making the entire environment feel unnecessarily institutional.

8.1 Room geometry and furniture layout

The layout should provide clear space around the birthing bed for clinical staff, mobile equipment, emergency access, and alternative birthing positions where offered.

Locate fixed equipment and furniture so that they do not obstruct movement. Door swings, attached toilets, cupboards, and wall-mounted accessories should be coordinated with the bed and equipment layout.

8.2 Privacy and dignity

Use enclosed rooms or suitably designed partitions according to the care model. Consider sightlines from the corridor, glazed doors, observation panels, and the location of examination or birthing positions.

Privacy measures may include:

• Properly positioned doors.
• Blinds or screening where appropriate.
• Visual barriers that do not obstruct clinical observation.
• Acoustic separation.
• Private changing and toilet facilities.
• Secure storage for personal belongings.

Privacy should be designed into the room rather than added later through temporary screens alone.

8.3 Daylight, views and lighting

Where feasible, provide natural daylight and a view to an outdoor or landscaped area while maintaining privacy and solar control.

Use layered lighting: comfortable ambient illumination, examination lighting, and suitable procedure lighting as determined by the clinical team. Dimmable controls can help adapt the environment to different activities.

Lighting levels and emergency lighting provisions must be coordinated with the applicable clinical and electrical requirements. Do not apply one illumination value to all tasks.

8.4 Acoustic comfort

Provide acoustic privacy between rooms and control noise from corridors, equipment, doors, and staff work areas.

Potential measures include suitable partitions, sealed door assemblies, acoustic ceilings where appropriate, and careful placement of noisy equipment.

Noise control must not compromise audible alarms, staff communication, or emergency response.

8.5 Patient and companion accommodation

Where the service model allows a birth companion, provide sufficient space without obstructing the clinical team.

Companion seating, luggage or personal-item storage, and convenient access to toilets can make the room more usable. Furniture should be durable, cleanable, and arranged so that it can be moved when clinical intervention is required.

9. Infection prevention and material selection

Infection prevention is a coordinated operational and architectural responsibility.

The layout should support hand hygiene, appropriate storage, safe waste handling, and cleaning of patient and clinical areas. The room finish specification should be developed with the infection-prevention team and relevant technical standards.

9.1 Floor finishes

Select flooring according to clinical use, cleanability, slip resistance, chemical compatibility, durability, and the needs of patients and staff.

Avoid assuming that one material is appropriate for every room. A material suitable for a waiting area may not be suitable for a wet area or a clinical procedure room.

9.2 Wall and ceiling finishes

Clinical spaces generally benefit from durable, cleanable finishes that withstand the required cleaning products.

Junctions, service penetrations, and surface details should be coordinated to reduce dirt accumulation and facilitate maintenance. Ceiling design should allow access to building services where required without compromising infection prevention or fire performance.

9.3 Doors, hardware and fixtures

Door hardware and fixtures should be robust, cleanable, and appropriate for the frequency of use.

Door clearances must accommodate beds and equipment. Privacy hardware must remain compatible with staff access and emergency procedures.

9.4 Clean and dirty utility rooms

Clean utility areas should protect sterile or clean supplies from contamination. Dirty utility areas should support the safe handling of soiled materials and designated waste streams.

The operational workflow must be defined before these rooms are positioned. Simply labelling two rooms “clean” and “dirty” does not ensure effective separation if their access and storage arrangements are poorly planned.

10. MEP coordination for an obstetrics unit

Mechanical, electrical, plumbing, fire protection, medical gases, and communication systems must be coordinated with the architectural and clinical layouts.

10.1 HVAC and ventilation

The ventilation strategy must meet the requirements applicable to the particular room type and clinical activity. An obstetric operating theatre, a postpartum room, a staff office, and a public waiting area should not automatically receive the same ventilation design.

The mechanical engineer should establish the required ventilation rates, filtration, temperature and humidity criteria, pressure relationships where applicable, and maintenance provisions from the governing standards and clinical brief.

Architectural coordination should address:

• Ceiling heights and service zones.
• Duct routes and terminal locations.
• Access panels and maintenance clearances.
• Noise and vibration.
• Condensation and moisture management.
• Avoidance of conflicts with lights, pendants, and clinical equipment.

10.2 Medical gases

The medical-gas system must be developed by qualified specialists according to the clinical requirements and applicable standards.

Coordinate terminal locations with bed positions, headwalls, procedure areas, and emergency access. Allow appropriate space for service maintenance and ensure that medical-gas outlets do not become inaccessible when equipment is installed.

10.3 Electrical and emergency power

Birthing rooms and associated clinical areas may require normal power, emergency power, clinical equipment connections, task lighting, communications, and monitoring provisions.

The electrical design should identify the loads and circuits that require emergency supply, together with the required backup arrangements and applicable safety provisions.

Provide sufficient outlets and carefully coordinate their location with furniture, medical equipment, and cleaning requirements.

10.4 Plumbing and drainage

Plan water supply and drainage for patient toilets, handwashing facilities, utility rooms, and other required fixtures.

Avoid placing plumbing components where leaks could damage critical equipment or compromise sensitive clinical spaces. Provide access for maintenance and coordinate drainage routes with the structural design.

10.5 Fire and life safety

The obstetrics department must be integrated into the hospital’s fire and life safety strategy.

Consider compartmentation, protected escape routes, smoke management, alarms, emergency lighting, fire-service access, and evacuation arrangements appropriate to the building.

Patients who cannot evacuate independently require specific planning. Bed movement, refuge or horizontal evacuation strategies where applicable, and staff-assisted evacuation procedures must be coordinated with the overall hospital fire strategy.

The National Building Code of India 2016 covers general building requirements, fire and life safety, accessibility, building services, plumbing, and other relevant subjects. The design team must verify the applicable provisions, local building bye-laws, amendments, and approvals for the project.

Bureau of Indian Standards

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10.6 Coordination checklist

Discipline	Key coordination items
Architecture	Room dimensions, door clearances, privacy, equipment access
Structure	Beam depth, slab openings, equipment loads, service penetrations
HVAC	Duct routes, terminal locations, ventilation criteria, maintenance access
Electrical	Outlets, lighting, emergency supply, equipment loads
Medical gases	Outlet positions, distribution routes, isolation and maintenance
Plumbing	Toilets, sinks, drainage, hot and cold water
Fire protection	Sprinklers where required, detection, compartmentation, escape routes
ICT and clinical systems	Nurse call, monitoring, communication, alarm integration

For a coordinated GFC package, issue the architectural room layouts and equipment plans early enough for the MEP and structural teams to identify conflicts before construction.

11. Accessibility, wayfinding and patient experience

An obstetrics unit must accommodate women with different physical abilities, mobility levels, clinical conditions, and support needs.

Accessibility

Consider:

• Step-free access to the department.
• Door and corridor clearances appropriate for mobility aids and beds.
• Accessible toilets where required.
• Safe turning and transfer space.
• Reachable controls and fixtures.
• Clear signage and legible room identification.

The specific dimensions must be taken from the applicable accessibility standard and local regulations rather than assumed from generic design advice.

Wayfinding

Use a simple, consistent signage system to identify the maternity entrance, triage, birthing rooms, toilets, visitor areas, and other relevant destinations.

Colour coding can support navigation, but it should supplement rather than replace clear text, symbols, and accessible signage.

Patient experience

Design decisions can support dignity and comfort through:

• A calm arrival sequence.
• Clear information and signage.
• Visual and acoustic privacy.
• Daylight and views where feasible.
• Comfortable seating for permitted companions.
• Convenient drinking-water and toilet access where required.
• Separation of public waiting from active clinical work areas.

These are design strategies rather than substitutes for clinical protocols or formal regulatory requirements.

12. Sustainability and environmental design

Sustainable design should reduce unnecessary energy and water consumption while preserving clinical safety and comfort.

Potential strategies include:

• Daylight and glare control.
• Efficient lighting with suitable clinical controls.
• High-performance building-envelope design.
• Appropriate solar shading.
• Energy-efficient HVAC systems.
• Water-efficient fixtures.
• Leak detection and maintainable plumbing.
• Durable, repairable finishes.
• Efficient equipment and lighting schedules.
• Construction materials selected for their service life and maintenance needs.

Natural ventilation should only be used where it is compatible with the room’s clinical function and governing requirements. It should not be substituted for required mechanical ventilation or pressure control in spaces that depend on engineered environmental conditions.

13. Practical architectural planning workflow

A structured workflow reduces design conflicts and helps the team verify that the department can function as intended.

Step 1 — Prepare the clinical brief

Confirm the hospital’s service level, annual and peak workload assumptions, types of births supported, referral role, staffing, and emergency capabilities.

Step 2 — Establish the room schedule and adjacencies

Identify the required rooms, their areas, equipment, and relationships to other hospital departments.

Step 3 — Develop zoning and layout options

Test the patient, staff, clean-supply, soiled-material, and emergency routes before fixing the floor plan.

Step 4 — Develop room layouts

Check bed clearances, equipment, privacy, lighting, toilets, and accessibility.

Step 5 — Coordinate architecture, structure and MEP

Resolve ceiling zones, service penetrations, medical gases, emergency power, ventilation, drainage, and fire protection.

Step 6 — Validate and document

Review the design with clinicians, nursing staff, infection-prevention specialists, facility managers, and relevant authorities. Update the room data sheets and construction drawings accordingly.

14. Common mistakes in obstetrics unit design

14.1 Planning rooms without studying clinical workflows

A plan may appear efficient on paper but fail in practice if staff need to cross public routes to obtain supplies or move a patient to emergency care.

Improvement: Map the actual clinical workflows before fixing the room arrangement.

14.2 Insufficient bed and equipment clearances

Room dimensions may be adequate for a bed but inadequate for staff, mobile equipment, emergency procedures, or alternative birthing positions.

Improvement: Test full-scale equipment layouts and movement clearances with clinical users.

14.3 Poor relationship between delivery and emergency services

Long or obstructed transfers can complicate emergency response.

Improvement: Establish a direct and operationally suitable route to the obstetric theatre and other required support services.

14.4 Neglecting support spaces

Undersized storage, dirty utility, and equipment parking areas may lead to supplies and carts occupying corridors.

Improvement: Include support spaces in the initial room programme and verify their capacities.

14.5 Inadequate privacy

Uncontrolled sightlines, thin partitions, poor door placement, and exposed patient-care activities can undermine dignity.

Improvement: Review sightlines and acoustic separation at the schematic-design stage.

14.6 Treating MEP as a later-stage task

Late coordination can create conflicts between ducts, beams, lights, medical pendants, sprinkler heads, and clinical equipment.

Improvement: Coordinate reflected ceiling plans, sections, and service layouts with the clinical equipment plan before issuing GFC drawings.

14.7 Applying dimensions without checking their source

A dimension suitable for one healthcare model may not satisfy another hospital’s requirements.

Improvement: Record the source, edition, applicability, and approval status for each critical room requirement.

15. Regulatory and guideline framework for India

For an Indian hospital project, the design team should identify the applicable regulations and healthcare-planning guidance at the beginning of the project.

Reference	Relevance to obstetrics planning
National Building Code of India 2016 (NBC)	General building requirements, fire and life safety, accessibility, building services, plumbing, and related provisions
Indian Public Health Standards (IPHS) 2022	Service and infrastructure benchmarks for relevant public healthcare facility types
LaQshya programme guidance	Quality improvement for labour rooms and maternity operation theatres in participating public health facilities
WHO maternal and newborn care standards	Quality of care, physical resources, respectful treatment, and clinical-service considerations
Facility Guidelines Institute (FGI) guidance	Detailed healthcare planning and design reference, subject to applicable jurisdiction and edition

The Bureau of Indian Standards describes NBC 2016 as a model code covering multiple aspects of building construction and safety. The National Health Mission publishes IPHS guidance for sub-district and district hospitals.

Bureau of Indian Standards

+1

India’s LaQshya initiative focuses on improving quality in labour rooms and maternity operating theatres, including infrastructure, equipment, staffing, training, and quality processes. Its operational guidance can inform facility planning, but programme guidance should not be mistaken for a complete building code.

Ministry of Health and Family Welfare

+1

Important: Confirm the currently applicable editions, state and local building requirements, fire approvals, accessibility provisions, healthcare licensing conditions, and any project-specific standards before issuing construction documents. The project architect and specialist consultants should establish compliance for the actual facility and jurisdiction.

16. Advantages of a well-planned obstetrics unit

A coordinated design can support:

• More efficient movement between assessment, childbirth, recovery, and related clinical services.
• Better privacy and dignity for patients.
• Improved access to clinical equipment and supplies.
• More effective staff workflows.
• Better support for infection-prevention procedures.
• Easier maintenance of building services.
• More comfortable environments for mothers and permitted companions.
• Clearer emergency transfer routes.
• Better long-term adaptability.

These are intended design outcomes. Their achievement depends on clinical practice, staffing, equipment, management, commissioning, and ongoing maintenance as well as the physical layout.

17. Conclusion

Obstetrics unit design in hospitals requires a careful balance between clinical efficiency, patient safety, dignity, privacy, accessibility, and operational practicality. The architect must translate the clinical brief into a coordinated spatial arrangement that supports assessment, labour, delivery, recovery, postpartum care, and emergency intervention.

The most effective approach begins with clinical workflows and functional adjacencies, proceeds through room data sheets and layout development, and incorporates structural and MEP coordination from the early design stages.

For architecture students and healthcare-design professionals, the central lesson is that a maternity department should not be designed as a collection of isolated rooms. It should function as an integrated clinical environment, with each space, circulation route, building service, and support facility contributing to the quality and continuity of maternal and newborn care.