6. Recording equipment

Emergency and intensive care environments are dynamic and unpredictable. While specialized recording equipment can be ideal, the ability to capture critical moments for review often depends on adaptability and accessibility. Prioritizing device flexibility allows for timely recording, maximizing learning opportunities:

Key Considerations:

• Time- and resource constraints: Choose devices that are readily available on your department and make sure that recording is streamlined in critical care delivery to reduce adding extra strains on your providers.

• Security and Privacy: Ensure chosen devices are compliant with hospital policies for data security and patient privacy. Establish clear protocols for transfer, storage, and deletion of recordings.

• Technical Aspects: Brief training for staff on basic recording functions of available devices helps optimize capture quality and smooth workflow. The primary goal is to capture the content, even if the image resolution is not perfect.

Emphasis: While specialized equipment offers advantages, prioritizing device flexibility empowers providers to record valuable learning experiences in the often-unpredictable world of emergency and intensive care.

Options:

• Fixed Cameras: Strategically installed in procedure rooms or resuscitation bays offer overhead or wide-angle views, capturing the broader context of complex events. Ideal for established workflows with predictable patient positioning.

• Mobile Cameras: Mounted on tripods or carts, these provide adaptable perspectives, easily moved to different locations or to focus on specific actions during unexpected events.

• Wearable Cameras: Body-worn or head-mounted devices provide a first-person view of care, valuable for skill assessment and hands-on training. Useful for capturing detailed techniques and interactions.

• Patient Monitoring Systems: Some existing monitoring systems have recording capabilities. These can supplement other views, potentially integrating video with vital signs and other physiological data for comprehensive analysis.

• Motion-detecting cameras: Motion-detecting cameras streamline medical procedure recording, automatically capturing unexpected events.

GoPro / Action camera

GoPro or comparable action cameras are renowned for their durability and rugged design, making them ideal for active use in challenging medical environments. Their wide-angle capabilities offer a distinct advantage by capturing a broader field of view, allowing viewers to gain a comprehensive understanding. Various accessories provide versatile mounting options, ensuring flexibility in capturing different angles and perspectives.

Due to the waterproof housing, audio quality may suffer, affecting the ability to capture clear and nuanced audio alongside the video recording. To enhance audio quality, explore the option of using an external microphone that can capture sound more accurately.

Pros:

• Durability: Designed for active use, GoPros are rugged and resilient.

• Wide-Angle: GoPros capture a broad field of view, showcasing more of the surgical area.

• Waterproof: Their waterproof design withstands sterilization methods involving moisture.

• Mounting Options: Accessories allow versatile mounting in various angles.

Cons:

• Fixed Focus: GoPros may lack adjustable focus settings, affecting the depth of field.

• Battery Life: Depending on settings, battery life may be limited during extended procedures.

• Limited Audio: Audio quality may be compromised due to the waterproof housing.

Smartphone/Tablet

Smartphones have become nearly ubiquitous, eliminating the need for additional recording equipment. Their portability is a key advantage, allowing providers to quickly position the device for optimal recording angles. The user-friendly interfaces of smartphones make setup and recording intuitive, even for those less familiar with advanced camera equipment. Furthermore, modern smartphones are equipped with high-quality cameras that deliver clear and detailed visuals, enabling the capture of intricate surgical details for educational purposes.

Despite their convenience, smartphones have limitations. Manual controls for adjusting exposure and focus might be restricted compared to dedicated cameras, which can affect the quality of recorded footage in challenging lighting conditions. Extensive recording sessions, especially during lengthy procedures, can drain the smartphone's battery rapidly, necessitating careful battery management or backup power solutions. Additionally, recording handheld may lead to shaky footage, impacting the overall viewing experience for those who engage with the content.

To address stability issues during longer recording sessions, consider using a tripod or stabilizer to ensure steady footage. Activate privacy settings to prevent calls or notifications from disrupting the recording process.

Lastly, bear in mind that the smartphone should not be for personal use, to avoid data leakage.

Pros:

• Ubiquitous: Almost universally owned, smartphones eliminate the need for additional equipment.

• Portability: Their small size and weight make them easy to carry and position.

• User-Friendly: Familiar interfaces make setup and recording intuitive for most users.

• High-Quality Cameras: Modern smartphones boast advanced camera technology for clear visuals.

Cons:

• Limited Features: Manual settings for exposure and focus may be restricted compared to dedicated cameras.

• Battery Life: Extensive recording sessions can deplete the battery rapidly, necessitating management.

• Stabilization: Handheld recording can introduce shaky footage, impacting viewing quality.

• Privacy: it could appear unprofessional to record procedures with a phone.

Eye-Tracking Glasses

Eye-tracking glasses are glasses with a build in camera that the provider can put on. The glasses record a detailed first-person perspective, so you can stand back while observing on a screen in real-time and collecting quality data.

Eye-tracking glasses are also used for research purposes, such as obtaining data on what a person focuses on during the recording.

Pros:

• Point-of-view recording: Especially when the procedure can't be visualized from afar, eye-tracking glasses allow for visualization of small procedures.

• Portability: They are positioned on the head, so you can record a procedure hands-free.

• High-Quality Cameras: Eye-tracking glasses boast advanced camera technology for clear visuals.

Cons:

• Less user-friendly: these glasses can be difficult to activate with multiple steps, which is not preferable in an emergency situation.

• Battery Life: Extensive recording sessions can deplete the battery, necessitating management.

• Stabilization: Eye-tracking can introduce shaky footage, impacting viewing quality.

• Price: eye-tracking glasses are often quite expensive, ranging from 10.000 - 20.000

Respiratory Function Monitoring

MEER UITLEG

Pros:

• Gives information on the infant's condition:

Cons:

• You need to be able to synchronise different video's into one.

• Not every unit uses RFM monitoring.

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