Introduction; High speed Wireless Data standards; -- Radio and RF Basics: Receiver, Transmitter, Antennas, Modulation, Shannon information theory and its effect on receiver sensitivity and EbNo, RF Channelization,RF Link budget, Acceptable path loss, -- Frequency reuse; Propagation basics: Radio wave propagation above 2 GHz, Multipath and it's effects, -- Fading, Terrain and morphological considerations, Line of sight, free space and non-line of sight paths and their unique effect on path loss and attenuation; Propagation modeling and measuring: -- Simple modeling techniques, Complex computer modeling techniques, Site surveys and measurement; System Planning: Determine available products, Determining capacity requirements, Determining coverage requirements,Point to point,Multipoint Antenna selection and location,Frequency planning, -- Interference management,Backhaul,Network requirements, Costs; System implementation, testing, and optimization: RF planning,Central equipment (routers, gateways and firewalls), Internet access facilities, Equipment selection, -- Construction, Testing and optimization, Monitoring and management; Troubleshooting: Coverage holes, -- Interference, Area variables, Capacity,Throughput; -- Back office systems: Billing,Customer care,Tech support,Trouble ticket management, Order entry and financial; Software CD: Path loss spreadsheets designed by Author, Publicly available tools such as Netstumbler and Kismet, Demo versions from one or more purveyors of commercial computer propagation analysis tools.