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IP Security System Designer
3 Day Course
Technology Segment: IP Security Courses
(NQF Level 4)
Cost Exclude VAT £1,230.00
If you would like more information about IP Security System Designer or to book a place please select a Date below and click “Request Info / Book Course”. If none of the dates are of interest please select Future Date.
IP Security System Designer Course Overview


Traditional CCTV systems were very specialised in nature and, as a result, tended to be expensive, difficult to manage and cumbersome. The emergence of cost-effective digital technologies, both for data storage and data transmission, has led to a rapid growth in the number of systems deployed and has opened up a wide range of opportunities to integrate security systems into existing data networks using well established technologies such as Ethernet and TCP/IP, using structured cabling as the infrastructure.

This course enables delegates to develop a customer specification and to design modern CCTV and access control systems that are practical, achievable and affordable. The course is a mix of classroom theory and practical exercises;

  • Developing the operational requirement
  • Defining the features required
  • Defining the product types
  • System and network considerations e.g. bandwidth calculations
  • Practical site surveying
  • Costing exercises
Course Content

Laws, Standards and governing bodies
  • Data Protection Act
  • Health & safety and CSCS
  • Codes of practice
  • Requirements of BS6701
  • Requirements of BS7671 and part P
Networking technologies review
  • Cable categories Cat 5E & Cat 6
  • Cabling design guidelines
  • Advanced cable testing
  • LAN and WAN network topologies
  • OSI model and TCP/IP protocol stack
  • Ethernet, IP, TCP, UDP, FTP, RTP
  • Network switches
  • IP networks and subnets
  • Privacy – VLANS, SSL, TLS
  • Power Over Ethernet
Equipment types
  • Intruder alarm products
  • CCTV system products
  • Access control products
  • Video encoders
WiFi CCTV
WiMAX CCTV
3G CCTV
  • Advantages/disadvantages
  • Wireless network design overview
  • Capability
  • Bandwidth
  • Coverage
  • Security
  • Interference
  • Public/private networks
  • Access points
  • Wireless bridges
  • Microwave links
  • Free space optics
Intruder Alarms
  • ACPO policies & standards including BS EN 50131 & DD243
  • Remote & audible only alarms
  • Motion detectors
  • Types of sensor devices including bells & sounders
  • The use & operation of batteries & control units
  • Providing power
  • Installation guidelines
CCTV
Introduction
  • The evolution of CCTV
  • Policies and standards
CCTV system products
  • Analogue cameras
  • Network Cameras
  • DVR, NVR
  • Video servers
Cameras and lenses
  • Types of camera
  • Interpreting data sheets
  • Housings and brackets
  • Power requirements
  • Light and illumination
  • Field of view and zoom
  • Motion detection
  • Local & network access
  • Connection to the network
  • IP configuration
  • Controls & features
  • Recording & image buffer
  • Event triggering & motion detection
  • Time schedules
  • Alarms & notifications
  • Planning & installation principles
  • Installation practices
Image processing
  • Continuous recording or triggered events
  • Resolution and frame rate
  • Progressive or interlaced scan
  • Jpeg, Mpeg, H264
Video and event transmission over the network
  • Calculating the bandwidth, avoiding congestion
  • Cat 5e/6/6a copper cables
  • Fibre-optic cables
  • Free space optics
  • Wireless LANs
  • Fallback strategies
  • Redundancy
Linking to external storage systems
  • Calculating the storage requirements
  • Storage types RAID, DAS, NAS, SAN
  • Digital video recorders
  • File servers
  • Windows servers
  • Linux servers
  • Distributed storage or central storage
Video Management systems
  • PC, NVR, DVR
  • Control, monitoring and recording
Testing and verification
  • National and international criteria
  • Rotakin testing
Access Control
Introduction
  • The evolution of access control
  • Policies and standards
Access control system products
  • Barriers, gates and turnstiles
  • Indoor and outdoor systems
  • Mechanical and electro-magnetic locks
  • Mechanical and electric releases
  • Sensors, keypads, biometrics, Photo ID, RFID
  • Location of sensors, protection from damage, use and operation
  • Single and double fire doors
  • Multi-door systems
System Features
  • Scalability, flexibility, stand-alone modes
  • Time zones, door scheduling, time and attendance
  • Door open, door forced alarms
  • Data storage
  • Reports
  • Programming the control unit
ID and authorisation systems
  • Codes and number pads, beat the code breakers
  • Cards and token readers
  • Non contact methods, RFID
Networked Systems
  • Interlocking access systems
  • Central control and monitoring methods
  • Interconnection to other systems, e.g. cctv
Installation and commissioning
  • Fitting locks and panels to walls and door frames
  • Avoiding common pitfalls, e.g. closure issues
  • Troubleshooting
Integration with other systems
  • Building management systems
  • Industrial control systems
  • Intelligent video
  • Fire systems
  • Environmental control systems
Who should attend
Anyone currently involved in the design or implementation of analogue security systems.