CLASS IS FULL

Agenda for Neuroworks Biomedical Training Class

Imaging an XLTEK Desktop:

• Collecting all unique configurations from an XLTEK desktop
• Application of fresh production image
• Restore of all unique configurations

Clinical Overview:

• What is EEG? A brief description of how an EEG is performed
• What is Polysomnography? A brief description of how a Sleep study is performed, scored, and documented

XLTEK Applications configurations in detail:

• Natus Database: Virtual Databases & Storage Resources, custom fields, Alarm settings, headbox discovery & configurations
• Neuroworks EEG: Recording, Monitoring, Reviewing, toolbars & workspaces
• Machine Manager: Settings Server, Time Server, Settings Cache & Sync options
• XLTEK Security: Creating Users, Creating Roles, Creating Lock Down Policies &
  Account Policies
• XLTEK Alarms: Push button events vs. automated events, Nurse Alarms Software use and customizations, Alarm Relay configurations
• Video: Configuring IP and non-IP based video camera collection, Multicast vs. Unicast video streaming, audio configurations

Troubleshooting:

• Computer Name resolution utilized by XLTEK
• Layer II & Layer III communications utilized by XLTEK
• Client to server connections & data streams
• Overview of XLTEK Logs in Windows Event Viewer
• Updating Headbox Firmware

Duration
3 Days, 9 AM – 5 PM Each Day

CLASS IS FULL

Who Should Attend

This course is designed for biomedical engineers who are responsible for maintaining and servicing the Synergy EDX systems.

Duration
3 Days

Objectives
This course emphasizes system operation, preventative maintenance and troubleshooting problems to the module level. Descriptions of each module include functional blocks, signal flow
and troubleshooting techniques. Time is structured for hands-on experience. On completion of this course, participants will be able to:
• State the function of each system module.
• Use diagnostic aids to troubleshoot and prove the integrity of the system
• Isolate system failures to the module level
• Perform a preventative maintenance check.

Prerequisites
Course participants should have a working knowledge of PC hardware and the Windows 10 operating system.

Course Topics
• Introduction to EP/EMG
• Introduction to the System components
□ Amplifiers
□ Base Hardware and Controls
• System Software Overview (operations)
□ Synergy application
• System Hardware Overview
□ Functional Blocks
□ Teardown/assembly
• Module Descriptions
□ Patient Signal path
□ Patient Stimulators
□ Power Distribution/power supplies
□ Data Storage system
□ Networking
□ Hardcopy devices
• Preventative maintenance procedures/System verification
• System Level Troubleshooting
□ Troubleshooting tools
□ Problem categories and likely causes
□ Noise issues

Course introduction:
Space is limited, so please register early to reserve your seat! This is a 3 day course that is divided in 2 sections. The first section will be covered on the first two days. It will focus on the routine EMG and nerve conduction studies. It is suitable for physicians and technologists who would like a review of the techniques, and get a hands-on experience with some of the uncommon studies. The third day will be devoted to advanced and quantitative methods of analysis (e.g. motor unit analysis, single fiber EMG). This will be of interest to clinicians and researchers seeking to enhance their knowledge in signal processing techniques used for EMG analysis.

Each attendee will receive a copy of the PowerPoint files used for training. It may not contain slides that are copyrighted by others. The attendees will also have the opportunity to practice different procedures using the Natus electrodiagnostic systems. All necessary accessories will be provided. All systems will also have a library of pre-recorded signals for practicing the signal analysis methods. Volunteer subjects for testing may be limited or unavailable for some sessions. Hence the attendees may need to volunteer as test subjects for each other. You may take pictures during the workshop if the test subject does not object to photography.

Learning Objectives:
At the conclusion of this seminar the participants will be able to:

• Understand relevant anatomy required for EMG and NCS
• Increase knowledge and experience in performing common and uncommon studies
• Gain greater knowledge in advanced and quantitative methods of EMG analysis
• Increase proficiency in recording techniques for Motor and Sensory NCS
• Learn techniques through hands-on sessions

Natus Medical Incorporated is approved by AAET – American Association of Electrodiagnostic Technologists to offer CEUs for this activity. This 3-day program is worth a maximum of 12.5 CEUs.

Who Should Attend

This course is designed for biomedical engineers who are responsible for maintaining and servicing the Synergy EDX systems.

Duration
3 Days

Objectives
This course emphasizes system operation, preventative maintenance and troubleshooting problems to the module level. Descriptions of each module include functional blocks, signal flow
and troubleshooting techniques. Time is structured for hands-on experience. On completion of this course, participants will be able to:
• State the function of each system module.
• Use diagnostic aids to troubleshoot and prove the integrity of the system
• Isolate system failures to the module level
• Perform a preventative maintenance check.

Prerequisites
Course participants should have a working knowledge of PC hardware and the Windows 10 operating system.

Course Topics
• Introduction to EP/EMG
• Introduction to the System components
□ Amplifiers
□ Base Hardware and Controls
• System Software Overview (operations)
□ Synergy application
• System Hardware Overview
□ Functional Blocks
□ Teardown/assembly
• Module Descriptions
□ Patient Signal path
□ Patient Stimulators
□ Power Distribution/power supplies
□ Data Storage system
□ Networking
□ Hardcopy devices
• Preventative maintenance procedures/System verification
• System Level Troubleshooting
□ Troubleshooting tools
□ Problem categories and likely causes
□ Noise issues

Agenda for Neuroworks Biomedical Training Class

Imaging an XLTEK Desktop:

• Collecting all unique configurations from an XLTEK desktop
• Application of fresh production image
• Restore of all unique configurations

Clinical Overview:

• What is EEG? A brief description of how an EEG is performed
• What is Polysomnography? A brief description of how a Sleep study is performed, scored, and documented

XLTEK Applications configurations in detail:

• Natus Database: Virtual Databases & Storage Resources, custom fields, Alarm settings, headbox discovery & configurations
• Neuroworks EEG: Recording, Monitoring, Reviewing, toolbars & workspaces
• Machine Manager: Settings Server, Time Server, Settings Cache & Sync options
• XLTEK Security: Creating Users, Creating Roles, Creating Lock Down Policies &
  Account Policies
• XLTEK Alarms: Push button events vs. automated events, Nurse Alarms Software use and customizations, Alarm Relay configurations
• Video: Configuring IP and non-IP based video camera collection, Multicast vs. Unicast video streaming, audio configurations

Troubleshooting:

• Computer Name resolution utilized by XLTEK
• Layer II & Layer III communications utilized by XLTEK
• Client to server connections & data streams
• Overview of XLTEK Logs in Windows Event Viewer
• Updating Headbox Firmware

Duration
3 Days, 9 AM – 5 PM Each Day

Agenda for Neuroworks Biomedical Training Class

Imaging an XLTEK Desktop:

• Collecting all unique configurations from an XLTEK desktop
• Application of fresh production image
• Restore of all unique configurations

Clinical Overview:

• What is EEG? A brief description of how an EEG is performed
• What is Polysomnography? A brief description of how a Sleep study is performed, scored, and documented

XLTEK Applications configurations in detail:

• Natus Database: Virtual Databases & Storage Resources, custom fields, Alarm settings, headbox discovery & configurations
• Neuroworks EEG: Recording, Monitoring, Reviewing, toolbars & workspaces
• Machine Manager: Settings Server, Time Server, Settings Cache & Sync options
• XLTEK Security: Creating Users, Creating Roles, Creating Lock Down Policies &
  Account Policies
• XLTEK Alarms: Push button events vs. automated events, Nurse Alarms Software use and customizations, Alarm Relay configurations
• Video: Configuring IP and non-IP based video camera collection, Multicast vs. Unicast video streaming, audio configurations

Troubleshooting:

• Computer Name resolution utilized by XLTEK
• Layer II & Layer III communications utilized by XLTEK
• Client to server connections & data streams
• Overview of XLTEK Logs in Windows Event Viewer
• Updating Headbox Firmware

Duration
3 Days, 9 AM – 5 PM Each Day

wir freuen uns, Sie zu unserem Workshop einladen zu dürfen. Mit Blick auf die Neurophysiologie gilt es, die Komplexität der Befunde eindeutig und klar zu diagnostizieren. Unser Ziel ist es, Ihnen dabei einfache Hilfestellungen und Best-Practice-Lösungen für den Befund zu präsentieren

Homburg/Saar klinicher WS Neurographysiologie Teil I
Neurographie der oberen Extremitäten
Dieser Workshop richtet sich an Ärzte und technische Assistenten/-innen.

Für Technische Assistenten und Ärzte
mit praktischer Übung an mehreren Geräten

Leitung:
Prof. Dr. Ulrich Dillmann
Obearzt der Neurologischen Klinik und Leiter der Abteilung für Klinische Neurophysiologie Universitätsklinikum des Saalandes

MTFA´s
Frau Claudia Chelius
Frau Karina Probst

Datum:
Samstag, 14. Oktober, 2023
Jeweils von 09:00 bis ca.16:00Uhr

Veranstaltungsort:
Hörsaal und EMG-Abteilung der Neurologischen Klinik
Gebäude 90 / Universitätsklinikum des Saarlandes
Kirrberger Straße | 66421 Homburg/Saar

Teilnahmegebühren:
175€ (Inkl. MwSt)

Hierin erhalten:
Seminarunterlagen, Teilnahmezertifikat, & Mittagessen. Diese Gebühr wird per Vorauskasse in Rechnung gestellt.
Reise- und Übernachtungskosten sind nicht enthalten.
Die Teilnehmerzahl ist begrenzt, um eine intensives Arbeiten zu gewähren.

Wir möchten Sie auf diesen exklusiven Workshop in Regensburg hinweisen.

Fortbildung 41. Intensivseminar Evozierte Potentiale Neurografie
Regensburg

Für Technische Assistenten und Ärzte
mit praktischer Übung an mehreren Geräten

Leitung:
Prof. Dr. Wilhelm Schulte-Mattler
Bernhard Grigo
Universität Regensburg

Auskünfte zum Programm:
Bernhard Grigo
Tel.:49 171 8856078

Datum:
Freitag, 17. November, 2023
Samstag, 18. November, 2023
Jeweils von 09:00 bis ca.16:00Uhr

Veranstaltungsort:
Kleine Tagung
Prüfeninger Schloss Str. 4a
93051 Regensburg

Teilnahmegebühren:
1 Tag: € 270 (Inkl. MwSt)
2 Tage: € 430 (Inkl. MwSt).

Hierin erhalten:
Seminarunterlagen, Teilnahmezertifikat, Pausengetränke & Mittagessen. Diese Gebühr wird per Vorauskasse in Rechnung gestellt.
Reise- und Übernachtungskosten sind nicht enthalten.

Die Teilnehmerzahl ist begrenzt, um eine intensives Arbeiten zu gewähren.