Electronic medical records are digital patient records used to support care, coordination, and health-data management. Tanzania’s experience shows that...
Tanzania’s Electronic Medical Records: Moving Beyond Paper-and-Digital Workflows
Electronic medical records are digital patient records used to support care, coordination, and health-data management. Tanzania’s experience shows that installing a system is not the same as completing a digital transition: reliable power, working equipment, connectivity, staff training, and institutional support must all be in place before paper can safely be retired.
The study by researchers from Muhimbili University of Health and Allied Sciences (MUHAS) and the University of Dodoma examined GoT-HoMIS use among 41 health professionals in six facilities across Iringa Urban and Manyoni districts. It identified unreliable networks, power interruptions, inadequate hardware, and system failures, alongside organisational barriers and gaps in staff capacity. These findings are useful evidence, but the small study does not establish that every facility in Tanzania faces the same conditions or to the same degree.
The practical question is not whether digital records sound modern. It is whether a health facility can use them reliably without forcing staff to maintain two complete record systems. That distinction matters to patients, who need accurate and available information, and to clinicians, who need time for care rather than avoidable copying. Digital health should serve sound clinical judgment and human dignity; the screen is a tool, not the patient.
What Are Electronic Medical Records, and What Does a Full Transition Mean?
An electronic medical record (EMR) is a digital record of a patient’s health information maintained for clinical use within a health facility or service. Depending on the system and how it is configured, it may support documentation, retrieval of patient details, care coordination, and reporting. The record itself is only one part of the work. Staff must be able to enter information accurately, find it when needed, and follow agreed procedures when the software or equipment fails.
Tanzania’s study examined the practical use of the Government of Tanzania Hospital Management Information System, or GoT-HoMIS. The researchers considered not only the system, but also access to computers, electricity, internet connections, organisational arrangements, and health workers’ experiences. That wider view is essential. A computer-based record is not reliably digital if staff cannot reach the computer, the network drops, or the system is unavailable during a busy clinic session.
A facility may adopt an electronic system while still relying on paper forms, registers, or files for routine work. Sometimes that overlap is deliberate: paper can provide a temporary fallback during an outage, or a physical document may be required by an established procedure. The problem begins when staff must routinely write the same information twice because neither workflow has been fully retired. That is a hybrid system, whether or not anyone planned it that way.
A full transition therefore means more than purchasing software. It calls for dependable infrastructure, functional hardware, trained users, ongoing technical support, clear data-management rules, and procedures for downtime and recovery. It also requires managers to decide which paper processes can be stopped, which must remain, and how duplicate entries will be avoided. The WHO recommendations on digital interventions for health-system strengthening are a useful reference for considering digital tools in relation to the health system that must support them.
Frankly, claims that a system is “implemented” can hide very different realities. One facility may use it for nearly every relevant task; another may enter some details electronically and keep paper as the trusted record. I would distinguish system installation, regular use, and reliable digital workflow. They are not interchangeable milestones, and confusing them makes it hard to know what support is still needed.
Why the Transition Matters: Benefits and Limits
A dependable EMR can make health information easier to retrieve and can support continuity when patients receive care from more than one provider or return for follow-up. It may also help staff coordinate tasks and produce reports, provided the system is configured for local practice and the information entered is complete. These are potential benefits, not automatic results of buying software. Poorly supported systems can create new work instead of removing old work.
The Tanzanian study gives the case for caution a concrete shape. Across the six facilities assessed, technical problems—including unstable network connectivity, power outages, inadequate hardware, and system failures—accounted for more than half of reported challenges. Organisational constraints accounted for around a third, while staff capacity gaps were also common. Those proportions describe the challenges reported in this study’s sample; they should not be presented as national estimates.
The main reasons to improve the transition are practical:
- More usable patient information. A record that staff can access when needed is more useful for care coordination than one that is incomplete, stored in an unavailable system, or split across unrelated files. The benefit depends on accurate entry and dependable access.
- Less routine duplication. If the electronic workflow is reliable and approved paper steps are retired, staff may spend less time copying the same details. If both systems remain mandatory, duplication is the result, not the solution.
- Clearer responsibility for information. Agreed procedures can clarify who enters, checks, corrects, and retrieves records. Without those procedures, staff may assume someone else has completed a task.
- Better foundations for reporting. Electronic data can support administrative and service reporting, but only when definitions are consistent and records are complete enough for the intended use. Digital does not mean accurate by itself.
- More consistent service processes. A well-supported system can help standardise some steps, while local clinical judgment remains essential. A screen should not replace the conversation between a health worker and a patient.
- A chance to strengthen digital skills. Training can build confidence and practical competence, especially when it is part of regular professional development rather than a one-off event.
Here’s the kicker: an electronic record can make information easier to share and still create extra work if the facility’s power, network, staffing, or procedures are unreliable. The WHO Global Strategy on Digital Health treats digital health as part of broader health-system development. That is the sensible frame. Software is not a substitute for the people, infrastructure, and policies that make care work.
A Step-by-Step Guide to Making the Transition Work
A paperless deadline may sound decisive, but a date alone does not make a system dependable. The lead author, Joseph Makaranga, called for policymakers to set a firm transition deadline and for health training institutions to include digital health in their curricula. Those are proposals from the study’s lead author. In practice, a deadline should follow an assessment of readiness, not replace one.
- Map the work before changing it. List where patient information is recorded, who uses it, when it is retrieved, and which forms or registers are required. Follow a real patient journey through reception, consultation, testing, referral, and follow-up where relevant. Note every point where staff enter the same information twice. I would begin with observation, not a software demonstration; the latter shows what a system can do, not what a clinic actually needs.
- Check infrastructure at the point of care. Record whether staff have access to working computers, dependable electricity, network connectivity, and the equipment needed for daily use. Ask when failures occur and what tasks they interrupt. A facility may need backup power, repairs, better network coverage, or additional devices; the study identifies these as practical problem areas, but it does not prescribe one identical fix for every site. Check first, then spend.
- Set clear downtime and recovery procedures. Staff need to know what to do when the system is unavailable, what information to capture temporarily, who is responsible for entering it later, and how duplicates will be checked. A paper fallback can be sensible. A paper process with no clear reconciliation step can leave conflicting records behind. Test the procedure with staff before an outage forces them to improvise.
- Train for tasks, not just logins. Staff need to practise the actions they perform in their roles: entering information, finding a record, correcting an error under approved rules, and responding to common system problems. Training should include new employees and be repeated when the system changes. Makaranga told SciDev.Net that short-term capacity-building sessions and system upgrades can leave skills gaps, particularly as new staff arrive. One introductory session cannot cover a moving target.
- Give the facility ongoing technical support. Identify who staff contact when hardware, connectivity, accounts, or software fail, and what response time they can expect. Track recurring faults rather than treating each one as an isolated nuisance. If the same device fails repeatedly or the same network interruption blocks routine work, managers need that pattern to guide maintenance and investment. The WHO Digital Implementation Investment Guide offers a planning resource for integrating digital interventions into health programmes.
- Review rules, roles, and the paper forms to be retired. Managers should identify which paper records remain necessary, which are temporary backups, and which steps can stop once the electronic process is proven reliable. Make responsibilities explicit. Staff should not be left to guess whether a paper form is optional, required by policy, or merely familiar. A local decision also needs to fit relevant national policies and clinical obligations.
- Test the workflow and measure the result. Before removing a routine paper step, test the electronic process in the actual setting and monitor what happens. Useful checks include system availability during service hours, task completion, missing or duplicate entries, time spent on documentation, staff-reported faults, and whether the downtime process works. These measures help managers find trouble early; they are suggested operational checks, not results reported by the six-facility study.
- Scale in stages and listen to staff. Ask users what breaks, which instructions are unclear, and where the workflow still demands duplicate entry. Review problems with clinicians, managers, information-technology support, and data staff rather than treating adoption as a technical department’s job alone. The WHO’s Digital Health Platform Handbook discusses the broader infrastructure needed to support digital health services. The basic rule is simple: fix what the pilot reveals before extending the same failure to more facilities.
I have more confidence in a staged transition with clear checks than in a grand launch followed by a hurried paper ban. Staff need a safe way to work during outages, managers need evidence that the electronic process functions, and patients need accurate records. Speed matters, but not more than reliability.
Comparison: Digital-First Records vs. Hybrid Paper-and-Electronic Work
The biggest competitor to a digital-first workflow is often not a different software product. It is the hybrid arrangement in which staff use both electronic and paper records for routine tasks. The Tanzanian study examined challenges in moving away from such overlap, but it did not report a direct trial comparing patient outcomes between the two approaches. The table below distinguishes the models and applies the study’s findings without pretending it measured more than it did.
| Feature | Digital-first workflow | Hybrid paper-and-electronic workflow |
|---|
| Routine documentation | Entered into the approved electronic record when the system is available. | Staff may need to enter the same information in both formats. |
| Outage response | Requires a tested downtime process and later reconciliation. | Paper may be used during an outage, but unclear reconciliation can produce conflicting records. |
| Staff workload | Can reduce repeated entry if paper steps are retired and the system works reliably. | Parallel records can add time and administrative burden. |
| Main dependencies | Working hardware, power, connectivity, trained users, technical support, and clear rules. | Depends on those same digital resources plus paper supplies and coordination between records. |
| Data-quality risk | Incomplete entry or system interruptions can affect the record. | Duplicate or inconsistent entries may add another source of error. |
| What the study tells us | Technical barriers were prominent in the six facilities assessed. | The lead author warned that parallel systems can increase workload and threaten data quality. |
There is no virtue in choosing the “digital” column simply because it sounds advanced. If a facility cannot reliably access its system, forcing every task through it without a fallback may disrupt work. If staff must maintain paper and digital copies indefinitely, the promised efficiency may never appear. The useful comparison is between workflows that have been tested under local conditions, not between fashionable labels.
Common Mistakes to Avoid
Treating installation as success. A system can be installed while staff lack access, equipment fails, or essential tasks still happen on paper. Count regular, dependable use—not launch-day attendance or the number of computers delivered. Managers should check whether the system supports daily tasks at the times staff need it.
Assuming one training session is enough. Makaranga’s account points to short-term training, system upgrades, and new employees as reasons skills can fall behind. Training needs refreshers, role-specific practice, and an onboarding process for new staff. Frankly, if the software changes but the training does not, the institution has created a gap and then blamed the user.
Banning paper before the electronic workflow is ready. Removing a fallback before checking power, hardware, network access, and support can leave workers without a workable process during a failure. The opposite mistake is to keep every paper step permanently without reviewing its purpose. Decide what is essential, what is temporary, and when a step can be safely retired.
Blaming individual workers for system failures. Staff may need training, but they cannot fix a power outage, missing hardware, or a failed network by trying harder. The study’s reported challenges included infrastructure and organisational constraints as well as capacity gaps. Diagnose the cause before prescribing a remedy. A training course will not repair a router.
Expecting technology alone to improve data quality. Digital entry can standardise some tasks, yet inaccurate, incomplete, or duplicated information remains a problem in any format. Define who checks records, how corrections are handled, and how data is reconciled after downtime. Measure the quality of the information rather than assuming that electronic means correct.
Setting a deadline without checking readiness. A deadline can focus attention, as Makaranga argues, but it should be paired with clear readiness measures, funding, technical support, and an outage plan. Otherwise, it may turn an unfinished workflow into a mandatory one. The calendar cannot supply electricity or teach a new employee to use a system.
Copying a model from another facility without testing it. Conditions differ. Devices, connectivity, staffing, patient flow, and local procedures can vary from one site to another. The study covered six facilities in two districts, which makes its findings valuable but not a national census. Use local assessment before assuming another site’s solution will fit.
Frequently Asked Questions
Does introducing an electronic medical record mean a facility is fully digital?
No. A facility may use an electronic system and still depend on paper for routine documentation, outages, or required procedures. A full transition needs reliable infrastructure, trained users, ongoing support, clear rules, and a tested plan for periods when the system is unavailable. The Tanzanian study found that adoption and complete digital workflow are not the same thing.
Why can keeping paper and electronic records in parallel be a problem?
Staff may have to enter the same information twice, which adds work and creates opportunities for mismatched or incomplete records. Paper can still serve as a necessary downtime fallback, but facilities need a defined process for reconciling that information with the electronic record. The problem is not paper in every circumstance; it is unmanaged duplication.
What did the Tanzanian study find?
Researchers from MUHAS and the University of Dodoma examined GoT-HoMIS use among 41 health professionals in six facilities in Iringa Urban and Manyoni districts. Technical problems accounted for more than half of the reported challenges, organisational constraints for around a third, and staff capacity gaps were also common. Those findings describe the study sample, not every health facility in Tanzania.
What should facilities do before retiring paper records?
Assess infrastructure and daily workflows, train staff for their actual tasks, provide technical support, and establish a tested downtime and recovery process. Then review which paper procedures are still required and monitor the electronic workflow before retiring routine steps. A paperless target should follow operational readiness, not stand in for it.
Final Thought
Digital health systems earn trust through ordinary reliability: the computer works, the record can be found, staff know what to do when the network fails, and the information is entered accurately. None of that is glamorous. It is also the difference between a system that helps a clinician and one that adds another box to an already crowded workday.
The six-facility study offers a grounded warning about what can obstruct Tanzania’s shift away from paper: technical failures were prominent, organisational conditions mattered, and skills needed continued attention. It does not prove that one fix will work everywhere. That is precisely why facility-level assessment matters. Managers should identify local faults, staff should receive continuing support, and policymakers should align training and infrastructure with the systems health workers are expected to use.
A successful transition is not the moment someone announces that paper is finished. It is the point at which staff can complete the work accurately through a dependable digital process, recover safely from interruptions, and stop copying information simply to satisfy two parallel routines. Keep a paper fallback where it is justified. Retire duplicate work when evidence says it is safe. Above all, measure whether the change serves patients and the people caring for them. A record system is useful only when it helps people do their work well.