Medical Records Department Design

Planning Guidelines for Healthcare Facilities

1. Introduction

A medical records department is an essential support unit in a hospital. It manages the collection, organization, storage, retrieval, distribution and protection of patient health information. Although it does not normally provide direct clinical treatment, its planning has a direct relationship with hospital administration, clinical communication, information security and continuity of care.

From an architectural perspective, medical records department design requires coordination between functional planning, circulation, furniture, storage systems, structural capacity, lighting, building services and security. The design approach depends on whether the facility maintains predominantly paper-based records, uses electronic health records, or operates a hybrid system.

A conventional records department may require substantial shelving, file-processing tables and trolley movement. A digitally oriented department may need fewer storage bays but more computer workstations, scanning facilities, secure networks and spaces for records review. A hybrid department must accommodate both systems without creating conflicting workflows.

The objective is therefore not simply to provide a room for filing documents. It is to create a secure, efficient and adaptable environment that supports the hospital’s information-management process.

This article explains the main architectural considerations, functional zones, planning relationships, storage principles and coordination requirements involved in designing a medical records department.

2. What Is a Medical Records Department?

A medical records department is a designated hospital unit responsible for managing patient health information and supporting its authorized use throughout the healthcare facility.

Its activities may include:

• Registration and identification of patient records.
• Receiving, checking and assembling records.
• Filing and retrieving paper-based medical records.
• Distributing records to authorized departments.
• Managing record returns and tracking outstanding files.
• Scanning documents and indexing digital records.
• Supporting clinical coding and documentation review.
• Coordinating authorized requests for information.
• Maintaining archival records and retention schedules.
• Supporting audits, research and hospital management reporting, subject to applicable permissions.

The department may be called the Medical Records Unit, Medical Records Department or Health Information Management Department, depending on the hospital’s organizational structure.

2.1 Why is architectural planning important?

Good planning helps reduce unnecessary movement, supports the timely availability of records and limits unauthorized access.

The department should allow staff to process information efficiently while keeping confidential documents, visitors and general hospital circulation appropriately separated.

Its size and arrangement must respond to the actual service model rather than a standard room template applied to every hospital.

3. Types of Medical Records Departments

Medical records departments can be classified according to their predominant record-management system.

Type	Main characteristics	Architectural implications
Paper-based	Physical files, shelving, sorting tables and records trolleys	Greater storage area, shelving access, circulation and structural-loading considerations
Digital	Electronic records accessed through authorized computer systems	Workstations, secure IT infrastructure, controlled access and limited physical archives
Hybrid	Electronic records supplemented by physical files	Separate processing and storage zones, scanning workstations and coordinated physical-digital workflows
Centralized	Records managed by a central hospital department	A larger shared facility and efficient distribution routes
Decentralized	Certain records or functions managed at different locations	Smaller local work areas, clear responsibility and coordinated tracking systems
Archive-focused	Inactive records stored for the required retention period	Secure, organized storage with appropriate environmental and structural provisions

These categories are not mutually exclusive. A large hospital may use centralized electronic information management while retaining physical archives and selected paper-based workflows.

4. Functional Requirements of a Medical Records Unit

Before preparing the floor plan, the architect should understand the department’s operational responsibilities.

4.1 Records receipt and registration

This function receives returned files, newly created records and documents submitted for processing. A defined intake point prevents records from being placed randomly on work surfaces or in circulation areas.

4.2 Sorting and assembly

Staff arrange records, check completeness and prepare files for filing, scanning, distribution or further review.

The space should accommodate workstations, sorting surfaces and clearly identified temporary holding areas. Its layout should minimize unnecessary backtracking.

4.3 Active records storage

Active records are those frequently needed for ongoing hospital activities. Storage should be located close to the workstations responsible for retrieval, checking and dispatch.

The shelving system and aisle arrangement must be selected according to the file format, retrieval frequency, storage capacity and handling method.

4.4 Dispatch and return

Records issued to authorized departments need a controlled dispatch process. Returned records should have a designated holding area so they are not mixed with files awaiting distribution.

Where records move through multiple departments, the operational system should identify the responsible location and the status of each file.

4.5 Clinical coding and documentation review

This function may involve classification, checking and reviewing clinical documentation. It generally benefits from quieter work areas with suitable desk layouts, computer access, reference materials and limited interruptions.

4.6 Scanning and digitization

Where paper documents are converted into electronic records, the department may require document preparation, scanning, indexing, quality checking and secure temporary storage.

Scanning equipment should be located in a suitable work zone with adequate power, data connections, equipment clearances and space for incoming and completed batches.

4.7 Archive storage

Archives accommodate records that are no longer required for routine daily retrieval but must be retained under the applicable records policy.

The archive should be secure and organized, with appropriate environmental protection and a reliable system for locating and retrieving files.

4.8 Administration and supervision

The department head and administrative staff need workspaces for supervision, coordination, reporting and staff communication. The layout should support oversight without exposing confidential records or computer screens to visitors.

5. Planning and Zoning Principles

The main architectural challenge is to establish a clear sequence between public access, controlled staff work, records processing and secure storage.

5.1 Entry and reception zone

Where visitors, authorized requesters or clinicians need access to the department, provide a defined reception point near the controlled entrance.

The reception zone may include:

• Reception counter.
• Visitor waiting space, where required.
• Staff-controlled access door.
• Secure document handover point.
• Visitor communication or intercom facilities, where appropriate.

Visitors should not need to pass through the records-processing area to reach a meeting or consultation space.

5.2 Staff work zone

Provide workstations for administration, records processing, coding, scanning and documentation review according to the actual staffing model.

Frequently related activities should be located near one another, while tasks requiring concentration should be protected from noise and interruptions.

5.3 Active storage zone

Place active records storage close to the principal processing and dispatch functions. Avoid long, indirect routes between filing bays and records workstations.

Storage should not obstruct exits, accessible routes, equipment maintenance access or essential building services.

5.4 Archive zone

Archive storage may be located within the department or in a separate secure area, depending on volume, retrieval frequency, operational policy and building constraints.

If the archive is on another floor or in a separate building, assess the movement of staff and files, the availability of lifts, access control and after-hours retrieval procedures.

5.5 Digital and technical zone

A digitally enabled department may need scanning workstations, network equipment, secure document-preparation surfaces and facilities for handling equipment or media.

Provide adequate power and data outlets, suitable cable management, workstation privacy and maintainable building services. Server rooms, if required, should be planned according to the actual IT architecture rather than assumed to be part of every medical records unit.

6. Functional Relationships and Adjacencies

The department should be planned around operational relationships rather than room names alone.

Function	Preferred relationship	Reason
Reception	Near the controlled entrance	Visitor management and secure handover
Records processing	Direct access to active storage	Reduces unnecessary handling and travel
Dispatch and returns	Near processing and the service route	Improves movement of files
Coding and review	Near processing, with acoustic separation	Supports concentrated work
Scanning	Near document preparation and indexing	Enables a logical digitization sequence
Administration	Near reception and staff work areas	Supports supervision and coordination
Archive	Secure access from the records operation	Allows controlled retrieval
IT infrastructure	Accessible for maintenance, protected from unauthorized access	Supports reliable and secure digital operations
Staff amenities	Convenient but separate from confidential work areas	Supports staff welfare and operational separation

The most appropriate arrangement depends on the size of the hospital, the location of clinical departments, the volume of physical records and the transport system used.

6.1 Functional relationship diagram

A simple conceptual sequence for a hybrid department is:

Controlled entry → Reception and intake → Sorting and processing → Scanning or filing → Active storage / dispatch → Authorized retrieval

Returned records follow a controlled reverse process through intake, checking and refiling. Archive retrieval should follow a separate authorized request and tracking procedure.

This sequence is a planning concept, not a mandatory room arrangement. The architect should validate it with hospital management and the health information team.

7. Space Planning and Schedule of Accommodation

The area requirement should be established through a project-specific schedule of accommodation rather than an assumed universal standard.

Important planning inputs include:

• Hospital bed capacity and service profile.
• Outpatient and inpatient activity.
• Number of records created or handled per day.
• Proportion of paper-based and electronic documentation.
• Number of staff and workstation types.
• Number and size of active files.
• Archive volume and retention policy.
• Frequency of retrieval and return.
• Storage system and equipment dimensions.
• Future digitization plans.
• Required circulation, accessibility and fire-safety provisions.

7.1 Illustrative schedule of accommodation

The following schedule identifies possible spaces. It is not a prescribed area schedule, and no room areas are presented as statutory minimums.

Space	Function	Area to be determined by
Reception and intake	Receiving authorized requests and records	Visitor volume and handover process
Records processing	Sorting, checking and preparing files	Daily throughput and staffing
Active file store	Frequent retrieval and filing	Active inventory and shelving design
Archive store	Retention of inactive records	Archive volume and retention period
Coding and review	Documentation review and coding	Staffing and concentration requirements
Scanning and indexing	Digitization and quality checking	Equipment and daily scanning volume
Administration office	Supervision and coordination	Staffing structure
Printing and stationery	Printing, labels and consumables	Equipment and supply requirements
IT and communications provision	Network and digital operations	Hospital IT strategy
Staff support	Personal and welfare needs	Hospital policy and applicable standards

7.2 Estimating physical storage demand

A practical storage calculation begins with an inventory rather than a generic area-per-bed assumption.

For example:

1. Establish the number of active and archived files.
2. Measure the average physical thickness of a representative file sample.
3. Calculate the total linear filing length.
4. Select the shelving configuration and determine usable capacity per bay.
5. Add space for retrieval aisles, end access, trolley handling, workstations and future growth.

An illustrative calculation is:

Total linear filing length = Number of files × Average file thickness

If a hypothetical archive contains 20,000 files averaging 25 mm thick, the total file thickness is approximately 500 linear metres. This represents the combined length of the files, not the floor area of the archive. Actual storage capacity must account for usable shelf length, shelf utilization, file containers and operational clearances.

The architect should confirm file measurements and growth assumptions with the records manager before finalizing the plan.

7.3 Planning for future expansion

The department should accommodate changes in staffing, equipment and the ratio of paper to digital records.

Flexible work areas, modular furniture, accessible service routes and carefully planned structural grids can help reduce the cost of future changes. Any proposed future conversion must still comply with the applicable occupancy, egress, fire-safety and accessibility requirements.

8. Shelving, Aisles and Ergonomics

Shelving is one of the most important architectural considerations in a paper-based or hybrid medical records unit.

8.1 Fixed shelving

Fixed shelving provides a predictable layout with permanent aisles. It may suit active records requiring frequent access by several staff members.

Its capacity depends on shelf dimensions, bay configuration, file sizes and the number of usable levels.

8.2 Mobile compact shelving

Mobile shelving reduces the number of permanent aisles by moving storage units to create access where required. It can improve storage efficiency but introduces operational and safety considerations.

Designers should verify the manufacturer’s dimensions, operating clearances, floor-loading requirements, anchoring or track details, accessibility provisions and emergency arrangements.

Mobile shelving should not be selected solely because it stores more files in a smaller room.

8.3 Ergonomic considerations

• Place frequently accessed records at convenient working heights.
• Avoid layouts that depend on unsafe climbing or excessive reaching.
• Provide suitable task lighting for reading labels and documents.
• Allow sufficient clearance for drawers, doors, chairs and equipment.
• Keep frequently used trolleys in designated parking locations.
• Protect walls and corners where carts may cause impact damage.
• Select workstation furniture to suit the actual tasks and users.

Aisle widths and shelving heights should be determined from the equipment layout, handling methods, accessibility requirements and applicable fire and building regulations. Do not adopt dimensions from another country’s health facility guideline as universal Indian requirements.

9. Structural Design and Floor Loading

Physical medical records can impose substantial loads because paper files are stored in dense arrays over relatively small areas.

The structural engineer should be involved before the shelving arrangement is finalized.

9.1 Information required for structural coordination

Provide the structural team with:

• File inventory and anticipated growth.
• Shelving type, height and configuration.
• Maximum loaded shelf and bay weights.
• Mobile shelving track or support details, where applicable.
• Proposed locations of storage banks.
• Equipment and trolley loads.
• Existing slab information for refurbishment projects.
• Proposed archive location and floor level.

The structural assessment should consider the relevant loading cases and the building’s existing capacity. Heavy archives should not be placed on an upper floor without appropriate verification.

9.2 Architectural coordination

The final shelving plan must be coordinated with columns, beams, slab edges, walls, door openings and circulation routes.

The structural grid should not force unusable gaps between shelving bays or obstruct required aisles. Similarly, shelving must not block access to electrical panels, fire equipment, exits or maintenance points.

10. Lighting, Acoustics and Indoor Environmental Quality

10.1 Lighting

Provide lighting suited to the visual tasks undertaken in each area.

Records-processing workstations need suitable illumination for reading, checking and sorting documents. Archive aisles require lighting that allows staff to identify labels and access files safely.

Lighting layouts should be coordinated with shelving rows and ceiling services to avoid unnecessary shadows. Glare on computer screens should be controlled, and switching or occupancy controls may be considered according to the use of each zone.

10.2 Acoustics

Coding, transcription, document review and confidential discussions may require quieter conditions than general processing areas.

Acoustic planning may include:

• Locating concentrated work away from noisy equipment.
• Using suitable acoustic ceiling and wall finishes.
• Separating noisy printing or scanning equipment where appropriate.
• Providing speech privacy for confidential discussions.
• Avoiding unnecessary sound transmission through doors and partitions.

The required performance should be established according to the tasks and confidentiality needs of the department.

10.3 Temperature, humidity and ventilation

Environmental conditions should reflect the needs of staff, electronic equipment, paper records and any specialist storage materials.

Archive rooms require protection from moisture ingress, condensation, water leaks, pests and unsuitable environmental fluctuations. The HVAC design should be coordinated with the records policy, local climate, building envelope and any applicable archival conservation guidance.

Do not specify a single temperature or humidity range for all archives without identifying the record media, local conditions and governing requirements.

10.4 Natural light and views

Natural light and views may improve staff comfort in occupied work areas. However, archive storage should be designed around record preservation, appropriate lighting control and protection from environmental damage.

Daylight should not compromise the safe storage of records or create excessive heat gain and glare.

11. Security, Privacy and Confidentiality

Medical records contain sensitive information and must be protected from unauthorized access, loss, damage and inappropriate disclosure.

Security is achieved through a combination of spatial design, operational policies, physical safeguards and digital controls. The US Office of the National Coordinator for Health Information Technology describes safeguards that include access controls, encryption, audit trails and workstation security for electronic health information. These are useful security concepts, although the applicable legal requirements depend on the project’s jurisdiction.

11.1 Physical access control

• Provide a defined, controlled entry to restricted work and storage areas.
• Use access-control systems appropriate to the hospital’s security policy.
• Prevent visitors from entering processing and archive zones without authorization.
• Protect confidential records at reception and document handover points.
• Provide suitable locking and key-management arrangements for physical storage.
• Maintain required emergency egress and fire-safety provisions.

Access control must never create an unsafe escape route or obstruct emergency response.

11.2 Visual privacy

Reception counters, workstation layouts and computer screens should be arranged to reduce casual viewing of confidential information.

Use appropriate screen positioning, privacy measures and partitions where necessary. Avoid placing sensitive paperwork in public waiting areas or directly facing open circulation routes.

11.3 Digital security

Digital records planning should be coordinated with the hospital’s IT and information-security teams.

Relevant provisions may include secure network connections, authorized user access, protected workstations, suitable equipment locations and controls for temporary scanned documents.

A physical room layout cannot, by itself, guarantee compliance with digital privacy requirements. Security policies, access permissions, software configuration and staff procedures remain essential.

11.4 Indian regulatory context

For projects in India, review the Digital Personal Data Protection Act, 2023, its applicable commencement notifications and the Digital Personal Data Protection Rules, 2025, along with other applicable health-record, information-security and sector-specific requirements.

The Act was enacted in August 2023, and the Ministry of Electronics and Information Technology lists the 2025 Rules and their phased enforcement timeline. The applicable provisions should be checked for the project and date of implementation.

The Health Insurance Portability and Accountability Act (HIPAA) is a United States law; it should not be presented as the general governing law for Indian hospitals.

12. Fire Safety and Emergency Planning

Paper archives present a significant combustible-material consideration. The fire strategy must be coordinated with the building’s overall fire and life-safety design.

The design team should review:

• Compartmentation and fire-resisting construction where required.
• Detection, alarm and suppression systems in accordance with the approved fire strategy.
• Safe means of escape and unobstructed exit routes.
• Emergency lighting and signage.
• Access for fire and emergency services.
• Storage arrangements that do not obstruct fire equipment.
• Protection of critical records and recovery arrangements.
• Emergency access-control release requirements.

The selection of fire suppression systems should be based on applicable codes, the authority having jurisdiction, the building’s approved fire strategy and the characteristics of the stored materials.

Do not automatically omit sprinklers or other required fire-protection systems merely because paper records are present. The final solution must comply with the applicable fire requirements and be coordinated with the relevant specialists.

13. Building Services and IT Coordination

Medical records departments depend on reliable building services and information infrastructure.

13.1 Electrical systems

Provide appropriately located outlets for workstations, printers, scanners, label printers and other equipment. Confirm electrical loads and dedicated circuit requirements with the electrical engineer and equipment suppliers.

Any backup power requirements should be established by the hospital’s operational and IT policies.

13.2 Data and communications

Coordinate network outlets, wireless coverage where suitable, telephones and other communication systems with the hospital’s IT team.

Provide cable pathways that are accessible for maintenance and do not create trip hazards or interfere with shelving and circulation.

13.3 HVAC coordination

Coordinate ventilation, temperature control, equipment heat loads and access for maintenance. Avoid routing services in a way that introduces unnecessary risks of leakage over critical records or electronic equipment.

13.4 Plumbing and water risk

Avoid locating vulnerable records storage directly below water-bearing services where practicable. Where services must pass through or near records areas, coordinate leak detection, containment, access and maintenance arrangements.

13.5 Lifts and records transport

Where records are moved between floors, consider lift capacity, trolley dimensions, door clearances, travel distances and the effects of moving files during busy hospital periods.

Automated transport systems should be considered only where the operational volume and cost justify them.

14. Materials, Finishes and Furniture

Finishes should be selected according to durability, cleaning requirements, staff comfort, equipment use and the environmental needs of stored records.

Element	Design consideration
Flooring	Durable, cleanable and suitable for trolley movement and expected loads
Walls	Robust finishes with protection at vulnerable trolley routes
Ceilings	Suitable acoustic and lighting performance, with coordinated services access
Doors	Appropriate clear openings, security and fire performance where required
Shelving	Stable, maintainable and suitable for the file format and loading
Workstations	Ergonomic arrangement, equipment compatibility and cable management
Counters	Controlled handover, staff visibility and suitable visitor separation
Storage cabinets	Secure storage for restricted documents and supplies
Signage	Clear identification of restricted areas and authorized circulation

Material selection should not be based on appearance alone. The design team should verify cleaning compatibility, durability, fire performance and suitability for the intended application.

15. Digital Transformation and Future Adaptability

Digital transformation changes the spatial requirements of a medical records department, but it does not necessarily eliminate all physical storage.

Hospitals may retain paper documents because of legacy systems, legal retention requirements, operational procedures, historical records or incomplete digitization.

A future-ready design should therefore be based on the hospital’s actual information-management strategy.

15.1 Planning for a hybrid environment

A hybrid department may require:

• Secure physical storage for active and retained files.
• Dedicated scanning and indexing workstations.
• Areas for checking document completeness and scan quality.
• Secure temporary holding of documents awaiting processing.
• Digital workstations with suitable privacy and ergonomics.
• A process for locating original documents after digitization.

15.2 Adaptable planning

Potential strategies include modular workstations, flexible furniture, accessible service distribution and reserving suitable areas for future conversion.

However, archive space should not be reduced solely on the assumption that digitization will occur. Any reduction should follow an approved records-retention and digitization policy.

15.3 Sustainability

The design may reduce unnecessary paper movement, improve equipment efficiency and support flexible reuse of space. Digital systems also consume energy and require hardware, networks and ongoing maintenance.

Sustainability should therefore be evaluated across the department’s actual operating model rather than assuming that digital storage automatically makes the facility environmentally preferable.

16. Common Architectural Mistakes

Common planning mistakes include:

1. Designing the department without an operational brief. The resulting plan may not support the real volume of records or staffing.
2. Underestimating archive growth. Storage becomes congested and circulation is compromised.
3. Ignoring structural loading. Dense storage is introduced without confirming floor capacity.
4. Mixing public and restricted circulation. Visitors may enter work areas or view confidential information.
5. Providing insufficient working space. Files accumulate on desks and block access routes.
6. Ignoring returns and temporary holding. Returned files become mixed with records awaiting dispatch.
7. Selecting shelving before measuring records. Storage capacity and aisle arrangements may be incorrect.
8. Assuming digitization eliminates physical archives. Existing retention obligations and workflows are overlooked.
9. Poor coordination of services. Outlets, lighting, HVAC or access panels conflict with shelving.
10. Applying foreign dimensions or standards without verification. The result may not satisfy local requirements.
11. Treating access control as the complete security solution. Information governance, digital controls and staff procedures are also required.
12. Omitting a future-change strategy. The department becomes difficult to adapt as hospital operations evolve.

17. Practical Architectural Design Checklist

Before finalizing the medical records department, the architect should verify the following.

Planning and workflow

• Operational brief approved by hospital management.
• Paper, digital and hybrid record workflows documented.
• Required staff positions and equipment identified.
• Intake, processing, dispatch and returns mapped.
• Active and archive storage volumes established.

Space and circulation

• Schedule of accommodation coordinated.
• Functional relationships reviewed with the records team.
• Shelving and trolley dimensions verified.
• Accessible routes and door clearances checked.
• Temporary holding areas provided.
• Exits and fire equipment remain unobstructed.

Structure and building services

• Storage loads reviewed by the structural engineer.
• Electrical and IT requirements coordinated.
• Lighting and acoustic requirements reviewed.
• HVAC and environmental protection assessed.
• Water-leak risks and service access considered.
• Equipment maintenance clearances confirmed.

Security and compliance

• Restricted access and visitor management defined.
• Visual privacy considered at workstations and counters.
• Digital security coordinated with the IT team.
• Records retention and archive procedures confirmed.
• Applicable building, fire, accessibility and data-protection requirements verified.

Future adaptability

• Growth assumptions documented.
• Digitization strategy confirmed.
• Potential changes in staffing and storage assessed.
• Future modifications remain subject to applicable safety and code requirements.

18. Frequently Asked Questions

What is the purpose of a medical records department in a hospital?

Its purpose is to manage patient health information through organized collection, processing, storage, retrieval, distribution and authorized access. The department supports clinical communication, hospital administration, documentation quality and records governance.

What rooms are required in a medical records department?

Depending on the hospital’s operational model, the department may include reception, records processing, active storage, archive storage, coding and review workstations, scanning facilities, administration, printing and IT provisions. The exact schedule should be developed from the operational brief.

How do you calculate the space required for medical records storage?

Begin with the number of records, their average physical thickness, the required retention period, expected growth and the selected shelving system. Convert the inventory into linear filing capacity, then plan shelving bays, aisles, work areas, circulation and any required accessible routes.

Should the medical records department be located near the emergency department?

For a paper-based system, convenient access to clinical departments may reduce record-retrieval time. The best location depends on the hospital’s workflow, transport systems, retrieval demand and security requirements. A digital system may reduce some physical proximity requirements.

What is the difference between active and archive medical records storage?

Active storage contains records that are regularly retrieved for current operational needs. Archive storage accommodates records retained for the required period but accessed less frequently. Both require secure, organized management, although their location and access frequency may differ.

Is a separate scanning room always necessary?

No. A separate room is not universally required. The need depends on document volume, equipment, noise, security, workflow and the hospital’s digitization strategy. A dedicated zone may be sufficient for smaller operations.

What structural considerations are important for medical records storage?

The design team must assess the weight of files, shelving, mobile storage systems and equipment. Structural capacity should be confirmed before locating dense storage, especially on upper floors or in existing buildings.

Which regulations should govern medical records department design in India?

The project team should verify applicable local building regulations, fire and life-safety requirements, accessibility standards, relevant hospital-planning guidance and applicable data-protection and health-record obligations. The Digital Personal Data Protection Act, 2023, and the 2025 Rules should be reviewed for their applicable provisions and enforcement timelines.

Can a medical records department be converted into an office later?

Potentially, but only after evaluating structural loads, lighting, ventilation, occupancy, accessibility, fire safety, services and the approved use of the space. Adaptability should be planned from the beginning rather than assumed to be automatic.

19. Conclusion

Medical records department design is an exercise in coordinating information management, secure circulation, storage capacity, staff workflow and building performance.

A well-planned department provides a logical sequence from records intake to processing, storage and authorized retrieval. It also accounts for structural loads, suitable environmental conditions, reliable building services and protection of confidential information.

The most effective solution is based on the hospital’s actual records policy and operational requirements. Architects should work closely with hospital management, health information professionals, structural engineers, MEP consultants, IT specialists and fire-safety professionals to prepare a coordinated design.

As hospitals increasingly adopt digital systems, the department should remain adaptable without overlooking the continuing need for secure physical records and compliant archival storage.

The final design should be checked against the applicable standards, local regulations, project brief and approved operational policies before construction.

References

1. Ministry of Electronics and Information Technology, Government of India. Digital Personal Data Protection Act, 2023. https://www.meity.gov.in/writereaddata/files/Digital%20Personal%20Data%20Protection%20Act%202023.pdf
2. Ministry of Electronics and Information Technology, Government of India. Digital Personal Data Protection Rules, 2025. https://www.meity.gov.in/documents/act-and-policies/digital-personal-data-protection-rules-2025-gDOxUjMtQWa?pageTitle=Digital-Personal-Data-Protection-Rules-2025
3. Office of the National Coordinator for Health Information Technology, US Department of Health and Human Services. Your Health Information Security. https://healthit.gov/privacy-security/your-health-information-security/
4. Archi-Monarch. Medical Records Unit Design for Healthcare Facility. https://archi-monarch.info/medical-records-unit-design-for-healthcare-facility/
5. Archi-Monarch. Standard Components for Healthcare Facility. https://archi-monarch.info/standard-components-for-healthcare-facility/

Editorial note: This article provides architectural planning guidance, not a substitute for project-specific engineering or regulatory review. Verify current applicable requirements and local authority approvals before implementation.