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25.04.2025 18:15
In the modern healthcare system, process optimisation in hospitals is increasingly coming into focus. Due to rising cost pressures, demographic changes, and growing patient expectations, clinics are being forced to make their operations more efficient.
Process optimisation in hospitals involves the systematic analysis, redesign, and continuous improvement of all clinical and administrative procedures. The aim is to use resources more effectively, reduce waiting times, and improve patient care – without compromising on quality. In times of increasingly scarce resources, it becomes a crucial competitive factor for hospitals of all sizes.
What Is Meant by Processes in Hospitals?
Processes in hospitals refer to all workflows and activities that are necessary for patient care and hospital operations. These diverse procedures form a complex network of interlocking actions that, ideally, should function seamlessly. Each process has its own rhythm, requirements, and specific contribution to the overall functioning of the hospital.
Primary Care Processes
These include all processes directly related to patient care. The process flow during patient admission marks the starting point of the treatment chain and encompasses all steps from initial contact to admission to a ward. This is followed by diagnostic and therapeutic processes. The final stage is discharge management, which coordinates the transition to post-hospital care.
The quality of these core processes plays a crucial role in determining patient satisfaction and treatment success. At the same time, they are particularly prone to inefficiencies, as they involve numerous interfaces between different departments and professional groups.
Supporting Processes
These processes enable the functioning of the primary care processes in the first place. Typical hospital processes in this category include logistics, supply processes, technical processes, as well as hygiene and documentation processes.
Although these processes often run in the background, they have a significant impact on the efficiency and quality of patient care. For instance, a delayed sample transport can slow down the diagnosis and, in turn, the entire treatment process.
Management Processes
The third category includes all control and coordination processes that provide the framework for the other two process categories. These include strategic planning, quality management, human resources management, financial management, and resource planning.
These processes play a key role in hospital process optimisation, as they define the framework for all other procedures and set the overarching objectives.
Why Is Process Optimisation So Important in Hospitals?
Process optimisation in hospitals is no longer a luxury – it has become a necessity. The reasons for this are diverse and range from economic pressures to increasing quality requirements. In an environment characterised by growing competition, a shortage of skilled professionals, and rising cost pressures, hospitals without optimised processes are finding it increasingly difficult to survive.
An Economic Necessity in Challenging Times
Current surveys paint a worrying picture in some European countries: nearly 50% of German hospitals are in a critical financial situation. The Hospital Index of the German Hospital Federation indicates that many institutions fear they may soon have to restrict patient care. The NHS in the UK is facing similar challenges.
Through systematic process optimisation, hospitals can tap into significant economic potential. Optimised processes lead to shorter lengths of stay, increased patient throughput, and better utilisation of resources. Studies show that by optimising operating theatre management alone, efficiency gains of 15 to 20% are achievable.
Improved Quality and Increased Patient Safety
Process optimisation in hospitals does not only aim to reduce costs but also plays a significant role in improving the quality of care. Unnecessary waiting times, information loss at interfaces, and a lack of standardisation are common causes of avoidable adverse events during treatment.
Clearly defined and optimised processes help systematically reduce sources of error. Standardised treatment pathways ensure that all necessary steps are carried out in the correct order and at the right time. Clear responsibilities at transition points between departments minimise information loss.
Relieving Staff and Increasing Job Satisfaction
In times of staff shortages, another aspect of hospital process optimisation is becoming increasingly important: relieving staff from unnecessary administrative tasks and inefficient workflows. Analyses of everyday hospital routines reveal alarming findings:
- Doctors in emergency departments are interrupted in their work every 4 minutes on average
- Nurses spend up to 30% of their working time on non-nursing tasks
- Medical staff perform up to 50 different tasks per hour, many of them fragmented
- Around 75% of phone calls and interruptions could be avoided through structured processes
This fragmentation leads to stress, mental fatigue, and ultimately to dissatisfaction in the workplace. Through targeted process optimisation in hospitals, non-value-adding activities can be reduced, interruptions minimised, and workflows streamlined. The result: more time for actual patient care, less stress, and higher job satisfaction.
Which Processes Can Be Optimised?
There are numerous areas in hospitals with high optimisation potential. Identifying the right starting points is crucial to the success of optimisation measures. The focus should initially be on processes that are particularly resource-intensive or have a significant impact on patient satisfaction.
The analysis of the current state forms the starting point of any process optimisation. Existing workflows are documented, weaknesses identified, and opportunities for improvement highlighted.
Admission and Discharge Management
The admission process and its counterpart at the end of a hospital stay offer considerable potential for optimisation. Inefficient admission leads to queues, patient dissatisfaction, and delayed treatment. Unstructured discharge management can unnecessarily extend the length of stay.
Successful optimisation approaches in this area include:
- Digital pre-registration of patient data before hospital admission
- Introduction of admission coordinators for targeted patient guidance
- Standardised admission forms and unified checklists
- Early discharge planning starting at the time of admission
- Digitalised discharge letter creation with intelligent text modules
- Structured handover to aftercare facilities and GPs
Hospitals that have optimised their admission and discharge management report reduced waiting times by up to 40% and a reduction in the average length of stay by one day.
Logistics Processes and Material Transport
An often underestimated but immensely important area for hospital process optimisation is logistics. Every day, hospitals carry out thousands of transport operations – from laboratory samples and medications to patient records and medical supplies.
These transport processes frequently involve significant inefficiencies: medical professionals are diverted from their core tasks to handle transport duties, long distances cause delays in diagnosis and treatment decisions, and a lack of transparency regarding the status of transport requests leads to queries and duplicated efforts.
Modern solutions focus on automation and digital control. Automated transport systems, such as pneumatic tube systems, enable fast, secure, and documented transport of samples, medications, and other critical materials. The use of such systems can drastically reduce transport times – in the case of lab samples, often from 30–45 minutes to just a few minutes.
Operating Theatre Management and Logistics
The operating theatre is one of the most cost-intensive departments in a hospital. One minute of operating time costs between €10 and €50, depending on the complexity. At the same time, many operating theatres suffer from significant inefficiencies, leading to long changeover times, delayed starts, and suboptimal utilisation.
Process optimisation in the operating theatre typically focuses on improved scheduling, streamlined changeovers between surgeries, parallelisation of processes, and standardised workflows for routine procedures.
Successful optimisation projects in this area regularly result in a 15–20% increase in operating theatre capacity – without additional staff or extended working hours.
Success Factors and Methods of Process Optimisation
Process optimisation in hospitals is a complex undertaking that goes far beyond merely analysing and redesigning workflows. It requires a systematic approach that takes into account both methodological and human factors. Experience from numerous optimisation projects shows that success depends on several key factors.
The Right Methodological Approach: Lean Hospital and Design Thinking
Various methodological approaches have proven successful in hospital process optimisation. One of the most widely used is the “Lean Hospital” concept, which originates from the Toyota Production System. The Lean approach focuses on the consistent elimination of waste in the form of overproduction, waiting times, unnecessary transport, overprocessing, excessive stock, and errors.
Lean methodology uses a range of tools for process analysis, visualisation, and continuous improvement. In addition, Design Thinking places the focus on the patient’s perspective and typically follows the phases of problem identification, understanding needs, idea generation, prototype development, and implementation.
Leadership and Change Management
Experience shows that even the best process concepts will fail if they are not supported by leadership and accepted by staff. Hospitals are complex social systems with strong professional groups and established structures. As a result, change often meets with resistance.
Successful process optimisation in hospitals requires the following success factors:
- Clear commitment and leading by example from hospital management
- Early involvement of all professional groups and stakeholders concerned
- Transparent communication of objectives, methods, and expected benefits
- Sufficient resources for the implementation phase and training
- Visible successes through “quick wins” in the early stages
- Consistent monitoring using defined indicators
Particularly effective is the formation of interdisciplinary project teams with representatives from all relevant professional groups, as well as the appointment of “process sponsors” who act as multipliers within their departments.
Technological Support and Digitalisation
Modern technologies can provide substantial support for process optimisation in hospitals. However, it is important to note that digitalising existing inefficient processes rarely leads to success. Instead, processes should first be optimised and then supported with appropriate digital solutions.
Key technological enablers of successful process optimisation include electronic patient records, workflow management systems, mobile devices for documentation, automated transport systems such as pneumatic tube systems, and RFID tracking for materials.
Pneumatic tube systems are especially effective, enabling fast and secure transport of samples, medications, and documents within the hospital. They not only significantly reduce transport times but also relieve staff of time-consuming delivery tasks.
Process Optimisation as a Means of Securing the Future for Hospitals
Process optimisation in hospitals is not a temporary management trend but a strategic necessity in an increasingly challenging environment. It offers hospitals the opportunity to remain economically successful despite difficult conditions, while at the same time improving the quality of patient care.
The key to success lies in a holistic approach that integrates methodological, organisational, and technological aspects. Process optimisation is not a one-off project but a continuous improvement process that should be embedded in the organisational culture.
Technological solutions can play a major role in supporting this process. Automated transport systems, such as the pneumatic tube systems from Air-Log, are particularly important for optimising logistics processes. With over 30 years of experience, Air-Log offers tailored solutions specifically designed to meet the needs of hospitals, supporting hospital process optimisation through faster transport times, increased security, and reduced workload for staff.
At a time when many hospitals are struggling financially, successful process optimisation can provide a decisive competitive advantage – enabling patient care that is efficient, high-quality, and economically sustainable.