e-Learning

This bundle of online courses is designed for MR users to provide the best possible diagnostic clarity and treatment guidance for patients with neurological disorders. With the rapid development of neuro methods, Neuro MR is becoming increasingly complex - 70% of radiologists consider neuro indications to be challenging, mostly due to a lack of appropriate imaging and visualization techniques¹. (TMTG Market Survey 2016).

Delivery method: This is an online, self-paced course.

Duration: This course requires approximately 10 hours to complete.

*This course is accredited by American Society of Radiologic Technologists (ASRT).

*ASRT Accredited Hours: 8

This bundle of online courses is designed for MR users who perform cardiac MR examinations, to adapt specialized techniques for complex patient conditions to deliver diagnostic confidence The diagnostic utility of Cardiovascular MR continues to evolve.

Delivery method: This is an online, self-paced course.

Duration: This course requires approximately 6 hours to complete.

*This course is accredited by American Society of Radiologic Technologists (ASRT).

*ASRT Accredited Hours: 6

This fundamental learning content is developed for MR operators and introduces the system and workflow for performing an examination on Philips MR system. It provides essential training on MR safety.

Delivery method: This is an online, self-paced course.

Duration: This course requires approximately 5 hours to complete.

*This course is accredited by American Society of Radiologic Technologists (ASRT).

*ASRT Accredited Hours: 5

This bundle of online courses is designed for users working with the Philips Zenition Mobile C-arm system who perform Vascular Interventional procedures. These courses explain and demonstrate the Zenition Mobile C-arm system and its basic and advanced vascular tools, via interactive online learning material.

Target audience: These courses are recommended for Surgeons, Radiographers, OR technicians, Nurses and Biomeds who are going to use the Philips Zenition Mobile C-arm.

Delivery method: This is an online, self-paced course.

Duration: This course requires approximately 2 hours to complete.

A collection of comprehensive online education courses that are designed to support clinical excellence and increase the use of advanced-system features. These modules are self-paced tutorials consisting of enlightening cardiovascular ultrasound content and additional supporting materials to be used as reference for Philips EPIQ Affiniti, Lumify, 3300, iE33, CX50 and CX30 ultrasound systems.

Delivery method: This is an online, self-paced course. 

Duration: This course requires approximately 40 hours to complete.

*This course is accredited by American Society of Radiologic Technologists (ASRT).

A collection of comprehensive online education courses that are designed to support clinical excellence and increase the use of advanced-system features. These modules are self-paced tutorials consisting of enlightening general imaging/women’s healthcare ultrasound content and additional supporting materials to be used as reference for Philips EPIQ Affiniti, Lumify, 3300, iU22, HD15 and ClearVue850 ultrasound systems.

Delivery method: This is an online, self-paced course. 

Duration: This course requires approximately 40 hours to complete.

*This course is accredited by American Society of Radiologic Technologists (ASRT).

A collection of comprehensive online education courses that are designed to support clinical excellence and increase the use of advanced-system features. These modules are self-paced tutorials consisting of enlightening ultrasound content and additional supporting materials. This course is designed for sonographers, obstetricians, gynecologists, nurse-midwives, nurse practitioners, and physician assistants who have experience with obstetrics and who plan to incorporate ultrasound scanning into their practices.

Delivery method: This is an online, self-paced course. 

Duration: This course requires approximately 5 hours to complete.

Traumatic Cardiac Arrest is the most urgent, time-critical, life-threatening trauma situation Emergency Medical Service personnel can face. The understanding and management of this condition has progressed significantly in the last few years. In this exciting, topical webinar, Prof Richard Lyon will present the epidemiology and pathology of TCA; describe the ‘HOT’ algorithm of pre-hospital interventions; how to maximize chance of survival and address some key issues such as whether chest compressions should be performed in TCA.

Delivery method: This is an online, self-paced course. 

Duration: This course requires approximately 77 minutes to complete.

Join our webinar for an exciting journey of clinical education to learn about the new developments in improving CPR and a comprehensive review of the new evidence and research around CPR today. In our webinar, you will also learn about new evidence that may be incorporated into the next refresh of the 2020 AHA guidelines.

CPR remains a widely researched topic in resuscitation studies and in recent years, there had been introduction of new technology, techniques and solutions to improve the efficacy of CPR. In this webinar, Dr Abella will provide his unabridged clinical opinion on these new developments in CPR and provide his assessment of the new evidence and the relevance to the upcoming AHA guidelines publication.

The webinar will cover the following topics:

• Review of the fundamentals of cardiopulmonary resuscitation
• Review of the latest technology and techniques and the clinical efficacy in improving cardiopulmonary resuscitation
• Overview recent scientific research in the current pandemic in that are clinically significant to cardiopulmonary resuscitation

Delivery method: This is an online, self-paced course.

Duration: This course requires approximately 60 minutes to complete.

Mobility during childbirth for all women: a beltless fetal monitoring solution

Join us for the webinar where our guest speakers will present finds from a survey of over 200 Australian and New Zealand maternity units, regarding their use of continuous fetal monitoring devices that enable freedom of movement for women.

This webinar will encourage participants to reflect on the way they interact with technology in modern maternity care and to consider whether their own clinical practice optimize women's innate physiological processes.

Participants will hear about the findings of a clinical feasibility study of new beltless and wireless fetal monitoring used by over 100 women in labour at the Royal Hospital for Women, Randwick, NSW. The outcomes associated with use of the beltless monitoring device and the views and experiences of women, midwives and obstetricians who used the device will be described.

Delivery method: This is an online, self-paced course.

Duration: This course requires approximately 82 minutes to complete.