Clinical Skills Training – Development, Facilities & Training Centres

Clinical Skills Training is specially designed for students to obtain and integrate general and special medical skills at the patient’s bedside. General history taking and examination procedures are being taught and practised through Clinical Skills Training. This occurs among the students first and then to the patients as well from the involved departments and hospitals. The goals of Clinical Skills Training are mentioned as scripts and guidelines.

Medical Simulation is a Disruptive Change in Medicine

It has changed the ancient and age old practice “One Doctor to One Apprentice”, a practice in “Residency Training” which was introduced by Dr Halsted at the turn of the 20th Century. This “Master-Apprentice Model” served well for the exigencies of that age and time. “The time now is to redesign for the requirements of the current era. However It should be noted that “disruptions” are the originators of paradigm shifts in human evolution, social developments and in scientific discoveries. Disruptions lead to paradigm transformational changes. Simulation has for the first time in the history of medicine, made it possible for the Apprentice to acquire, practice, and become proficient on demand, besides meeting the critical requirements of various Clinical Competencies says Dr. Stephen C. Schimpff in his book “The Future of Medicine-Megatrends in Healthcare”.

Why Simulation is becoming “Indispensable”

Simulation is now rapidly becoming an important and integral adjunct to Medical Education and training.

Let us look at the reasons why Simulation is becoming so indispensable for Healthcare Training.

  • Learning any new skill means making mistakes
  • Making mistakes is a normal part of the learning process. Learning medical procedures has traditionally meant making mistakes on real patients.
  • Making mistakes on real patients can put the patients at serious risks sometimes life threatening, but
  • Hands on “Experiential” learning is indispensable for Healthcare Professionals, be it at a basic nursing level, or undergraduate level or post graduate level or even at the practicing level

Development in Clinical Skills Training

The training of appropriate clinical skills is an essential element of healthcare education. It is seen that students are able to gain all the theoretical knowledge but somewhere lack the skills in practical and physical examination and thus, are unable to take simple and practical procedures. Hence, Clinical Skills Training makes a strong part of the core curriculum and this training programme ensures that all the students have the necessary learning opportunities and the appropriate assessment.

With frequent changes in the healthcare delivery process and pressure on clinical resources, the desired educational targets are not easily achieved with so many number of students. The hospital wards are not always the appropriate settings for the students to be introduced to clinical skills, practise them and master the essential technique. Thus, clinical laboratories were established to provide students the necessary environment in which they can get the training in clinical skills in a systematic manner using effective educational strategies and experiences.

Clinical Skills Competencies

Clinical skills competencies include:

  • Communication and history-taking skills
  • Professional attitudes and awareness of the ethical basis of healthcare
  • Physical examination, procedural and clinical laboratory skills
  • Diagnostic and therapeutic skills
  • Resuscitation skills
  • Critical thinking, reasoning and problem-solving skills
  • Team-working, organisation and management skills
  • Information and technology skills

Clinical Skills Facilities

To develop clinical skills competencies using manikins, fellow class members, simulated and real patients, clinical skills facilities have a space set aside for this purpose. The feedback is also provided through television monitoring or directly through simulated trained patients, their instructors or tutors. Because of these reasons, many medical institutions have now set up clinical skills training facilities or are in the process of doing so.

Targets According to Educational Needs

The clinical skills training is planned having one group in mind. It is usually set up in the context of a new undergraduate medical curriculum with the targeted users being medical students. The target users, however, can be broadened to involve other students from a wide variety of healthcare backgrounds and at various stages of their healthcare development.

Clinical Skills Training Centres

There are many financial, management and educational arrangements for clinical skills training where the multipurpose education remains ascertained. But to make students learn together in carefully selected, practically relevant, task-based scenarios, that prepares students from different professional backgrounds for later work practice as the members of the healthcare team, clinical skills training centres are made. They provide an ideal setting for the early development of such relationships.

Use of these clinical skills training centres by students at different phases of their educational spectrum (undergraduate or basic training, post graduate or vocational training, continuing professional development) emphasizes the importance of the continuous sequence of education. Thus, the making clinical skills training centre accessible by different groups of students allows the facilities to be consumed in a much proper way.

Different Approaches Through Studies

There are many approaches that focus on how to engage students in self-directed learning and peer learning activities to improve clinical skills training in undergraduate medical students. In the first study, the clinical skills training provided by student teachers and associate professors is compared. The results have shown the student teachers performing as good as or even better than associate professors when they are giving simple clinical skills training.

The second study examines how complex clinical skills, such as patient management skills, develop with increasing levels of competence. To reflect this change, the Reporter-Interpreter-Manager-Educator framework was used and explored. In the third study the effects of training in pairs (also known as dyad practice) were examined. This study showed that the students practicing in pairs significantly out-performed those training alone using RIME-based assessments and that dyad training significantly improved students’ confidence in managing future patient encounters. The final study examined students’ use of self-directed clinical encounter cards (CECs) based on the RIME framework.

Results from this study showed that self-directed CECs can have positive effects on participatory practice and clinical reasoning when implemented in a supporting environment but the chance of success depends on the context of use.

For Ideal Skills Lab Development Programme, contact us.

EMS Simulation Training for Clinical Skills Lab | 16 Best Simulators to Get

An opportunity for simulation of clinical experience with life-saving Emergency Medical Services (EMS) can be provided to Medical Students. In EMS Simulation Training for clinical skills lab, the EMS simulators imitate high-stress emergency scenarios for education and training purposes where students can practice procedures and treatments realistically, but without the risks.

Benefits of EMS Simulators

Concisely, EMS simulators are medical simulation devices that mimic real medical environments and situations so that learners can experience the demands of a real hospital environment in a safe environment. Learners can afford to make mistakes and receive feedback. Simulators are used so that students can gain experience before stepping out into the real-world, and so that we can avoid risks to the lives of real patients from being operated on by inexperienced students. This also helps avoid inconvenience to real patients. Such hands-on learning helps students make the transition from theory to practice. Other than training, EMS Simulators are being used for assessment and evaluation, which can be a closing part of coursework. These simulators also come in handy with system integration and improvement. Furthermore, they are being used to assist health-system and facility research efforts.

SEM Trainers & Systems  provide some of the best professional-quality medical products that you can use:

1. Simulated Patient Monitor – REALITi Go

This is an ALS patient monitor simulator for paramedic and HEMS training in Advanced Life Support. This monitor is a great tool for students to learn and train on a realistic platform with a simulated monitor, 5 generic patient monitor screens, defibrillator, AED, and ventilator.

2. Simulated Patient Monitor with Debriefing & CPR Feedback – REALITi Pro

This is an advanced vital sign simulation system that you can use to run multiple scenarios anywhere- even in an ambulance or a helicopter. It comes with 5 simulated proprietary patient monitor screens for training on vital signs. It has live video streaming, CPR feedback, and simulated patient records. It looks, sounds, and functions like a real patient monitor.

3. SMART STAT Complete

This manikin offers simplicity of operation in a highly advanced trainer. It is a great add-on to your list of EMS Simulators. It can be used for physician training, nursing school training, hospital and clinic training programs, paramedic training, military battle field training, disaster response training, and a multitude of other medical training applications.

  • Only high fidelity manikin that is operated with an iPad!
  • Full-body, adult manikin
  • Trains students in EMS, nursing, and trauma skills
  • Provides experience with cardiac and medical disease care
  • Anatomical landmarks
  • Mobile and wireless
  • Rechargeable
  • No external programs or equipment necessary
  • This simulator can function in the lab and in the field ascertaining diagnostic ability. Student performances records can be transferred to a computer, and chronological scenario event logs can be printed.
  • Durable and can be placed in different indoor and outdoor environments
  • Can be used with Microsoft Windows
  • Has an on-board air compressor, and includes iPad® programming, storage for students’ performances, spontaneous breathing, pulses, blood pressure, carotid and femoral pulses, normal and emergent heart and lung sounds, 12 pulse points synchronized with the heart, EKG interpretation and cardiac treatment, IV and drug therapy, tension pneumothorax treatment, chest tube insertion with simulated drainage, and advanced difficult airway maintenance

4. Deluxe Child CRiSis™ with Advanced Airway Management

This is a resuscitation system for teaching life-saving techniques for children, with PALS (Pediatric Advanced Life Support) training capabilities. With all skill stations available, it simulates a 5 year old. It has airway management, intraosseous infusion, blood pressure arm, CPR, IV arm, defibrillation chest, and femoral access.

5. STAT Baby Advanced

This baby simulator includes all physiological features of a baby and helps develop student assessment skills by managing student information, creating scenarios, and tracking sessions for review and debriefing. This simulator in the list of EMS Simulators , satisfies every training need for post-neonatal care of pediatric patients.

6. Chest Drain Simulator

The torso presents as a patient lying on his back with

  • Surgical access is lateral to the pectoralis major
  • The arm has been removed for easier access and extended for anatomical relevance
  • The ribs can be clearly felt below the surface of the skin
  • Trainees can make an incision through the fleshy part, surgically dividing the tissue with blunt forceps until the plural cavity is clearly felt by finger insertion
  • Complete finger rotation is possible, allowing the trainee to ensure that there are no obstructions before a drainage system can be introduced
  • The popping effect of passing through the pleura is realistic and a unique feature
  • A drain can be securely sutured into position onto this simulated flesh

7. Cricothyrotomy Simulator

The newly designed Life/form® Cricothyrotomy Simulator has been developed for learning and practicing the techniques necessary to perform needle or surgical cricothyrotomy procedures. Paramedics, EMTs, combat medics, flight nurses, anesthesiologists, and other emergency medical personnel will have the opportunity to strengthen their ability and confidence to perform or assist in implementing surgical airways.

8. Life/form® Pericardiocentesis Simulator – Advanced Trauma Life Support (ATLS)

This simulator is perfect for training for pericardiocentesis, and includes fluid reservoir bag, foot pump, surgical skin pads, subcutaneous surgical pads, nurse training pads, pneumothorax pads, blood powder, simulated pericardium, IV bag and a hard carry case.

9. Pneumothorax Training Manikin

Recommended by EMT (Emergency Medical Training) instructors, this model permits instruction of the delicate procedure for successfully managing chest wounds in which a collapsed lung interferes with the victim’s respiration and blood flow.

The model accepts needle and thoracotomy in the second intercostal space, in the mid-clavicular line, the fifth intercostal space in the mid-axillary line. A realistic training aid to practice proper needle insertion which enables built-up air pressure to escape the thorax.

10. Truman Trauma-X | Trauma Manikin | ATLS | Airway Management & Resuscitation Skills

The Truman Trauma System offers an anatomically correct simulated human torso designed for trainees to practice several surgical procedures together with the renowned AirSim head for training the full range of airway management and resuscitation skills. The Truman Trauma System also allows the use of replaceable tissue sets that allow each learner a life-like & unique surgical experience.

Skill Development:

  • Chest tube insertion: recognition of correct position, surgical incision, blunt dissection through chest wall, perforation of pleura, and finger sweep
  • Needle Decompression of tension pneumothorax
  • Cardio Pulmonary Resuscitation (CPR)
  • Needle and Surgical Cricothyroidotomy
  • Airway Management Skills including OP and NP airway tube insertion, tracheal intubation, bag valve mask techniques, supraglottic airway insertion and ventilation
  • Percutaneous Tracheostomy
  • Identification of tracheal deviation and jugular vein distension which are warning signs attributed to tension pneumothorax

11. Advanced Casualty Simulation Kit

This simulation kit helps train bandaging and patient care skills for more complex wounds. It has an open amputation, a compound fracture of humerus, a compound fracture of tibia, a sucking wound of chest, and a gunshot wound of palm, along with 24 stick-on lacerations and open fracture wounds. It also comes with makeup accessories.

12. Emergency Medical Treatment (EMT) Casualty Simulation Kit

This simulation kit simulates disasters like bus accidents and building explosions, and attempts to address a wide variety of training situations. It includes wounds, fractures, lacerations, amputations, burns, makeup accessories, and even blood powder for simulated blood!

13. AED Trainer Plus 2

This trainer simulates shock delivery (without high voltages) to familiarize responders with AED devices, and has 10 training scenarios to simulate sudden cardiac arrests.

14. Basic Life Support Simulator with Feedback

This high quality and economical AHA compliant BLS manikin is a complete solution to train, monitor, analyse and debrief CPR performances. The manikin connects with the app using a strong and reliable Bluetooth connection – no need to set up a wireless network.

The Instructor App provides a detailed performance review of up to six manikins at a time while the Student App enables trainees to directly see and monitor their CPR performance in real-time.

The CPR apps provide feedback for:

  • Compression (depth, recoil, and rate)
  • Breath (volume)
  • Hands-off time in real-time
  • Feedback and evaluation meet the standard of the latest guidelines of the American Heart Association (AHA) and the European Resuscitation Council (ERC).

15. CPR CPRLilly PRO+

The new Quality CPR training manikin offered by 3B Scientific enables instructors and healthcare providers to measure, monitor and analyze the CPR performance of up to 10 trainees at a time. CPRLilly Pro+ helps instructors increase effectiveness and efficiency in their CPR courses by connecting with the free CPRLilly App on tablet to follow the CPR performance and deliver objective feedback leading to Quality CPR training (App available on Apple and Google play). It also enables trainees to see and monitor their own performance in real-time with the student view of the App. LED lights located directly on manikin’s neck provide direct CPR feedback and indicate correct compressions parameters (depth, release and rate).

16. SAM II® Student Auscultation Manikin

Auscultation is an essential clinical skill needed to assess and monitor patients’ conditions. With the Cardionics SAM II Student Auscultation Manikin, teaching and learning this skill becomes even more versatile and economic. The SAM II trainer can be used with any stethoscope. All sounds and videos are recorded from live patients for students to experience a life-like simulation. Users can also create and save their own case videos.

SAM II Student Auscultation Manikin is used in teaching and learning heart, lung and bowel sounds. When connected to the laptop (included) with the pre-installed software, a variety of sounds, videos and lessons recorded can be accessed.

Importance of Medical Simulation During COVID-19 Pandemic

With this article, we will explain medical simulation and its role in medical education and training and the importance of simulation for enhancing the hospital responses to the COVID-19 crisis.

Simulation has great importance in assisting the management of global COVID-19 pandemic in 2020 and also in similar future pandemics. Simulation can speedily facilitate hospital preparation and education of a number of healthcare workers and students of different backgrounds and has justified its value in many settings. It can be used to scale-up the manpower capacity from experiential learning. Simulation and simulation facilitators can also work for the optimisation of work structures and processes.

The medical simulation presents many essential strategies for detailed and practical training and patient care with enhanced safety. It is a technique, rather than just a technology that helps to encourage experiential and reflective learning. It is an essential strategy to train crisis resource management skills.

Simulation can help the individual learner, the multidisciplinary team, and the complete hospital.

Importance of Medical Simulation in COVID-19 Pandemic

Doctors are found lacking in the implementation of clinical skills, problem-solving and execution of information to patient care specifically in emergency situations despite having sufficient basic knowledge. To solve this, medical teaching and training was transformed to a system-based core curriculum with learning objectives focussing on cognitive, psychomotor and affective domains.

The motive was to generate an efficient, predetermined alteration in behaviour, acquired skills in the trainee with a focus towards problem-based learning. But, these domains cannot be taught on real patients in uncertain and critical situations.

The COVID-19 pandemic is an opportunity for simulation to utilize its strengths. The clinical care segment is sensitive to errors and stakes are pretty high if any error occurs. The pandemic comes with a higher risk for healthcare workers, that increases the chances of spreading the infection and getting infected.

Medical practice with simulation can decrease the cognitive load of the workers involved in the patient care, thus reducing the severity of error at times of pressure and exhaustion.

The rapid spread of COVID-19 and its pressure on the resources needs a synchronised action in different areas of the healthcare system involving staffing, bed management, equipment supply chains, nursing and medical treatment, diagnostic capabilities, infection control and hygiene skills compliance. With respect to equipment and human resources, the demand surpasses what is available in most of the present healthcare systems. Therefore, we need smart and efficient ways of increasing and training a workforce, locating and supplying equipment, and improving the work systems and processes.

Simulation can play an important role in solving these issues and simulation trainers mostly have valuable skills to complete the essential analytical work needed to fulfil the needs, content, and methods for implementing the effective interventions. Considering the current situation, proper analysis of learning requirements and simulation focus points are crucial, so that processes are followed properly and there is efficient utilization of resources for promoting effective patient care.

The use of manikins during medical simulation allows healthcare professionals to practice and perfect their technique without the fear of causing harm to a real patient. These manikins can be programmed to simulate a variety of scenarios, including COVID-19 patients, allowing healthcare professionals to develop their skills and improve their confidence in treating patients with the virus. Manikins can also simulate various medical conditions, which can help healthcare professionals understand the different presentations of COVID-19 and provide appropriate treatment.

Utilization of Simulation in Real-world Scenario

At the time of previous epidemics, the simulation was properly utilized for healthcare systems and processes. For instance, simulation-based training determined loopholes in the safety protocols at hospitals that were supposed to be prepared for Ebola management. Following the period of SARS, simulation-based airway management and cardiac arrest training programs were popularly acquired to enhance the hard and soft skills of the healthcare workers involved in patient care with highly transmissible diseases.

Presently, national and international healthcare institutions are sharing and frequently updating their simulation-based experiences. In addition, variable simulation governing bodies are delivering consistently updated lists of simulation resources.

The best example is the Toronto simulation-based multi-disciplinary scenario created by the emergency department for efficient management of suspected COVID-19 cases suffering from respiratory problems. The prince of Wales Hospital organised an in situ simulation at the ICUs and operating theaters to make their employees familiarize with the airway management principles in suspected or confirmed COVID-19 infections.

We explained medical simulation, its importance in COVID-19 pandemic and the present scenario with simulation-based training. If you have any queries, ask in the comment section below.

Sem Trainers & Systems