DCAMS Simple Casualty Knowledge Management

Slides:



Advertisements
Similar presentations
BAE Systems Norfolk Ship Repair National Career Pathways Network Conference 18 October
Advertisements

Heating, Ventilating, and Air-Conditioning
Utility Management Providence Health System - Oregon Environment of Care.
Modeling Suppression of a Liquid Pool Flame by Aqueous Foams Cedrick Ngalande 1, James W Fleming, and Ramagopal Ananth Naval Research Laboratory Washington,
INVESTIGATION LESSON TOPIC 1.9 IDENTIFY IDENTIFY the need for principle of, and equipment required to investigate for fire, flooding and structural damage.
FIRE FIGHTING PROCESS HAZARDS
1 Damage Control Rapid Plotting. 2 Enabling Objectives 1 Select statements which describe the purpose of DC diagrams, status boards and logs 2Record casualties.
Damage Control II Objectives DC Actions & Reports DC Actions & Reports Classes of Fires & Combating them Classes of Fires & Combating them Firefighting.
Engineering Documentation
Damage Control Systems and Equipment Objectives A. Know the 4 classes of fire and the firefighting agents, equipment, and procedures to extinguish.
OVERVIEW COMBUSTIBLE DUST QUIZ: Management Level Produced under OSHA Susan Harwood Grant SH
The Dam Neck Story. Captain Henry Holmes and crew in front of Dam Neck Mills Life Saving Station: (left to right), Captain Holmes, Blackie (dog), Richard.
Technology in Architecture Lecture 12 Electrical Equipment Electrical Power Management Fire Protection Systems Lecture 12 Electrical Equipment Electrical.
Investigations 3 & 4: Solar Water Heaters Solar Houses
Petroleum Production Fire Suppression
Dewatering Equipment.
SHIPBOARD INCENTIVIZED ENERGY CONSERVATION (iENCON) EXECUTIVES BRIEF ATLANTIC 10 September 2014 NAVAL SEA SYSTEMS COMMAND (SEA 05Z) Hasan Pehlivan.
Damage Control Training and Testing
Investigator Casualty Guide Identifying & Assessing Damage “Looking Deeper” March 2013.
Damage Control Organization Unit 2.2. Enabling Objectives List references available to DCA for establishing and maintaining an effective DC organization.
Session #23 Hands On NSLDS for Beginners Valerie Sherrer & Andrea Wise.
Gas Free Engineering. Damage ICON’s: Damage Pictures: Select ICON and PICTURE Area secured Contractors Cold work Field activity Gas Free Engineering HAZMAT.
Preparing for Disasters General Liability. Introduction  The one coverage that provides you and your business the most protection is General Liability.
Heat Pump Water Heater Request for Feedback on a proposal to add UES measures with a “Retail – any installation location” delivery mechanism Regional Technical.
DCA! THE CHIEF SAYS THE PROBLEM WITH THE BALANCED PRESSURE AFFF STATION IS A RUPTURED DIAPHRAGM IN THE BALANCING VALVE AND THE WRONG SIZE ORIFICE PLATE.
FLOODING OVERVIEW FLOWCHART
Tomasz Haupt, Greg Henley, and Bhargavi Parihar Center for Advanced Vehicular Systems, Mississippi State University As a tactical tool onboard ships, this.
This presentation is provided for the users of DCAMS. It can be used as a refresher type training or for those that have never used the program to become.
GAS FREE INSPECTION AND CERTIFICATION 3.4 Introduction As Gas Free Engineering Personnel you will be required to know the requirements for certifying.
USS DEWERT (FFG-45) Example of Major Casualty Training Scenario for Final Evaluation.
INTRODUCTION TO NAVSEA TRAINING KITS NAVSEA has developed and authorized standardized shipboard training aids to support the new Damage Control Plotting.
11. 2 Steam Energy Energy that comes from the push of steam.
Flag Chemical, Biological and Radiological Training Kit USERS GUIDE.
SHIPBOARD INCENTIVIZED ENERGY CONSERVATION (iENCON) EXECUTIVE BRIEF PACIFIC September 2014 NAVAL SEA SYSTEMS COMMAND (SEA 05Z) Hasan Pehlivan.
Valve Hand Wheel Color Coding Pics
4.7 Principles of Controlling Flooding FULL LOAD MIN OP LIGHTSHIP W J J P E F E W.
Ship Sheets Overview Gordon Rizor September 1, 2015.
INTRODUCTION TO NAVSEA TRAINING KITS NAVSEA has developed and authorized standardized shipboard training aids to support the new Damage Control Plotting.
Lesson 4.10 Installed Ballasting Systems. “ I am a United States Sailor. I will support and defend the Constitution of the United States of America.
4.7 Principles of Controlling Flooding FULL LOAD MIN OP LIGHTSHIP W J J P E F E W.
Your Journey… and Opportunities… in Surface Warfare
Surface Ship Maintenance and Modernization Contracting Strategy
Cybersecure Machinery Control Systems and Networks Department Overview
UTILITIES MANAGEMENT.
INTRODUCTION TO NAVSEA TRAINING KITS
INTRODUCTION TO NAVSEA TRAINING KITS
INTRODUCTION TO NAVSEA TRAINING KITS
Conventional Facilities and Siting Global Group (ARCFS)
Technology in Architecture
Biological Flag Basic Use
Heating, Ventilating, and Air Conditioning
Help / Training / POC Tip 004: DCAMS 02 Plotter Basic
Cybersecure Machinery Control Systems and Networks Department Overview
Heating, Ventilating, and Air-Conditioning
Branches of Oceanography
INTRODUCTION TO NAVSEA TRAINING KITS
EN 420 Protective Gloves Marking.
NIAPS v2.4 Installation Plan by Hull in 2012 (Based on Ship’s Availabilities Scheduled in NDE and Coordination with TYCOM for Pier Side WOOs) As of 9 Mar.
DAMAGE CONTROL/FIREFIGHTING INCIDENTS
Lesson 4.10 Installed Ballasting Systems
Heat Transfer.
INTRODUCTION TO NAVSEA TRAINING KITS
INTRODUCTION TO NAVSEA TRAINING KITS
Donald Hamadyk Director, Research and Development
INTRODUCTION TO NAVSEA TRAINING KITS
Damage Control Rapid Plotting
Developed by FFDSD Shipboard Committee
Developed by FFDSD Shipboard Committee
ENABLING OBJECTIVES DEFINE a major conflagration
NIAPS v2.4 Installation Plan by Hull in 2012 (Based on Ship’s Availabilities Scheduled in NDE and Coordination with TYCOM for Pier Side WOOs) As of 9 Mar.
Presentation transcript:

DCAMS Simple Casualty Knowledge Management for shipboard Damage Control and Firefighting! “WHAT, WHERE, WHO and HOW”

Available Ship Databases SURFACE COMBATANTS CG 47 DDG 51 FFG 7 Baseline 4 CLASS CG 48 CLASS FLT I FLT II CLASS CG 59 CG 64 CG 65 CG 66 CG 68 CG 70 CG 72 CG 73 CLASS DDG 51 DDG 52 DDG 53 DDG 54 DDG 56 DDG 59 DDG 61 DDG 66 DDG 67 DDG 68 DDG 69 DDG 70 CLASS DDG 72 DDG 74 FFG 32 FFG 52 FFG 53 FFG 60 FFG 61 Baseline 1 CLASS CG 49 FLT IIA CLASS DDG 79 DDG 80 DDG 81 DDG 82 DDG 83 DDG 84 DDG 85 Baseline 2 CLASS CG 54 Baseline 3 CLASS CLASS = Generic Ship Class Database Available

Available Ship Databases CV 63 CVN 68 LHA 1 LHD 1 LHD 5 CLASS CV 63 CLASS CVN 68 CVN 69 CVN 71 CVN 73 CVN 75 CVN 76 CLASS LHA 1 LHA 2 LHA 5 CLASS LHD 2 CLASS LHD 5 LHD 6 LHD 7 CV 67 CLASS CV 67 CVN 65 LSD 41 LPD 17 CLASS CVN 65 CLASS LSD 47 LSD 48 CLASS LPD 17 AOE 6 MCM 1 MHC 51 PC 1 CLASS AOE 6 AOE 7 AOE 8 AOE 10 CLASS MCM 1 CLASS MHC 51 CLASS PC 1 CLASS = Generic Ship Class Database Available

Interactive Inboard Profile Interactive Deck Plan View DCAMS offers users an easy to understand interface. DCAMS was designed to facilitate situational awareness rapidly. The interactive deck plan views allow users the ability highlight compartments and document various information pertinent to that space, such as name and number, person responsible, and notes about the space. DCAMS was developed for use as a means of managing shipboard damage control, fire-fighting and personnel protection equipment. Since asset management is only a minor part of the damage control job, DCAMS was modified to be a Damage Control Tactical Management tool. Interactive Deck Plan View

Password Protected, Distributed Application DCAMS can be used as a stand alone application from a single workstation or a notebook computer. In this capacity, DCAMS is an excellent tool for ship familiarization, drill planning, asset management, and as a mobile command center. However, DCAMS is most valuable when installed on a network and used for damage control tactical management during training or unexpected casualties. DCAMS is password protected, and a distributed application. Survivability is greatly enhanced with the application and the ship specific database installed locally at each workstation. When one or more workstations are offline, they can continually be used. When connectivity is re-established, all workstations will update accordingly, to recover any information that was missed.

DCAMS Distributed Architecture DCRS 2 RUGGEDIZED LAPTOP DCRS 3 RUGGEDIZED LAPTOP DC CENTRAL LARGE TOUCH SCREEN DISPLAY SHIP WIDE AREA NETWORK Mobile, remote access via the ship’s installed wireless infrastructure will allow Investigators and On-Scene Leaders to send and receive DCAMS information to the ships wireless backbone, thus sharing data with the whole ship. ON-SCENE LEADER RUGGEDIZED WEARABLE (optional) INVESTIGATOR RUGGEDIZED WEARABLE (optional) DCRS 5 RUGGEDIZED LAPTOP

DCAMS Compartment Overlays Critical Spaces Access & Egress Routing DCAMS provides a means of displaying compartment information with a graphic overlay. In this particular window, Passages and Access spaces are highlighted with a crosshatch, to display spaces that can be used for Access and Egress. Survivability information regarding critical spaces can be turned on as a color overlay. Like wise, compartments can be identified with a color overlay to identify the primary installed fire suppression system for the space. DCAMS Compartment Overlays Fire Suppression Coverage

DC / FF Equipment Management …Add, …Move, …Delete, …Notate Asset management and inventory control are important parts of the day-to-day job of damage control personnel. DCAMS provides the ability for authorized personnel to add, move and delete equipment on the deck plan view. Users can also notate equipment with amplifying information as needed.

COMPARTMENT DETAILED VIEWS

Sample Detailed View

Graphically Intuitive Casualty Plotting DCAMS uses the Navy standard for Computer based casualty plotting, which matches the DCTT prop kits. Damage control plots are easier to understand quickly, by using a graphical icon to display casualties. Graphically Intuitive Casualty Plotting

NSTM 079 & DCAMS 5.02 Casualty Icons Hole in Deck - Below Reported, Engaged, No Fire (unspecified) Reported, Engaged, No Smoke (unknown) Reported, Engaged, No Black Smoke Reported, Engaged, No Hole in Deck - Over Reported, Engaged, No Fire (Class A) Reported, Engaged, No Fire (Class B) Reported, Engaged, No White Smoke Reported, Engaged, No Hole in Bulkhead Reported, Engaged, No Fire (Class C) Reported, Engaged, No Flooding Reported, Engaged, No Fragmentation Reported, Engaged, No Heat Transfer Reported Fire (Class D) Reported, Engaged, No Debris Reported, Engaged, No

NSTM 079 & DCAMS 5.02 Casualty Icons Rupture Reported, Engaged, No AFFF Rupture Reported, Engaged, No Rupture-Potable Water Reported, Engaged, No Rupture - Fire Main Reported, Engaged, No Rupture - Chill Water Reported, Engaged, No Rupture - Steam Reported, Engaged, No Rupture- Fuel Oil Reported, Engaged, No Rupture- Electrical Cooling Water Reported, Engaged, No Rupture- Salt Water Reported, Engaged, No Fluid System icons match required system color codes for hand wheels. Rupture- JP5 Reported, Engaged, No Rupture- Hydraulic Oil Reported, Engaged, No Rupture-Lube Oil Reported, Engaged, No Rupture-Pressurized Air Reported, Engaged, No

NSTM 079 & DCAMS 5.02 Casualty Icons Point of Impact Reported, Engaged, No Communications Lost Reported, Engaged, No Chemical Hazard Reported, Engaged, No Structural Damage Reported, Engaged, No Mechanical Failure Reported, Engaged, No Biohazard Reported, Engaged, No Electrical Power Lost Reported, Engaged, No Mechanical Damage Reported, Engaged, No Radiation Hazard Reported, Engaged, No The following slides how generic scenario plot may look in DCAMS. Electrical Damage Reported, Engaged, No HAZMAT/Toxic Spill Reported, Engaged, No Casualty Power Lost Reported, Engaged, No Unexploded Ordnance Reported, Engaged, No

3 2 4 1 6 An Investigator has reported a Class “A” Fire and White smoke. Smoke has been reported in an adjacent compartment (port) from the compartment with the Class “A” Fire and White smoke. As the investigator moved aft he/she reported a Fire Main rupture. The ruptured fire main has caused flooding in an adjacent compartment. In an adjacent compartment (starboard) a hot deck and structural damage has been reported. Finally we find the Investigator has moved aft again and subsequently reported personnel casualties. 5 CASUALTY REPORTED

1 4 3 6 2 As we proceed through this scenario, we see the casualties have been sized up and personnel are on see rendering assistance where necessary. The Interactive Inboard Profile has displayed all plots with red identifiers to indicate where problems exist on the ship. Clicking in an area where an identifier is illuminated will change the deck plan view to that area. Boundary personnel are working to set casualty boundaries where ordered. An attack team is in place fighting the Class “A” Fire, and a desmoking team is working to clear the adjacent compartment of smoke. Another attack team is actively engaging the ruptured fire-main and dewatering the adjacent space. Deck cooling is taking place on the hot deck. Medical personnel are on scene to render aid to the wounded. 5 CASUALTY ENGAGED

3 5 2 1 Boundary personnel have maintained the boundaries as required throughout the scenario. The fire is out and desmoking has commenced. The pipe rupture has been patched or the system isolated, and de-watering has commenced on the standing water. Cooling on the hot deck is continuing, while shoring is being attempted on the damaged bulkhead. An incident commander monitors the situation. 4 NO CASUALTY

Damage Control Checklist Throughout the whole process, the Damage Control personnel can use the DCAMS checklist to aid in decision making and communications. …Decision Aids …Request Action …Enhanced Communications

DCAMS Points of Contact Program Point of Contact: HANK KUZMA NAVSEA, CODE 05P4 DAMAGE CONTROL/FIRE PROTECTION (202) 781-3634 Fax: (202) 781-4564/65 kuzmahj@navsea.navy.mil www.navsea.navy.mil/05P6 Technical Support: www.dcams.org support@dcams.org