|
ADIS Course Design Offered as an elective class, this integrative course trains students for real-life IT projects in a telco environment.
|
|
ADIS Course Outline (Week 1)
|
|
ADIS Course Outline (Week 2)
|
|
ADIS Segment 1- Specifications Binder
|
|
ADIS Segment 2 - Specifications Binder
|
|
ADIS Segment 2 - Test Script
|
|
ADIS Segment 3 - Specifications Binder
|
|
ADIS Segment 3 - Test Script
|
|
ADIS Segment 4 - Specifications Binder
|
|
ADIS Segment 4 - Test Script
|
|
ADIS Segment 5 - Specifications Binder
|
|
ADIS Segment 5 - Test Script
|
|
ADIS Segment 6 - Specifications Binder
|
|
ADIS Segment 6 - Test Script
|
|
ADIS Segment 7 - Specifications Binder
|
|
ADIS Segment 7a - Test Script
|
|
ADIS Segment 7b - Test Script
|
|
112.5G A crash course on the system architecture, terminologies, and basics of GSM
|
|
CORE PLANNING ANG ENGINEERING Learn about the GSM subsystem architecture, network switching subsystem components and other facts on GSM
|
|
Congratulations to our SWEEP partner schools! View the 2006 ECE Board Exam Results
|
|
TRAINING CURRICULUM A glimpse of the different modules offered by the SWEEP training curriculum
|
|
SWEEP BSS HARDWARE Features network elements such as BSS side and its functions; describes an overview of antenna system setup for BTS
|
|
SWEEP BSS HARDWARE 2 Features basic concepts of BSS- definitions of TCSM and functions of Base station controllers
|
|
SWEEP 2G SYSTRA Features Introduction to GSM- its definition, functions, history and traffic management
|
|
SMART 3G SYSTRA Describes WCDMA evolution- its features and benefits; 3G Network sub sytems; panic air interface and access technology
|
|
ACCESS NETWORK: PLANNING AND ENGINEERING Describes the optimization cycle
|
|
EMERGING TECHNOLOGIES Describes the evolution technology and the SMART technology path; 3G Units; 4G technology and Wireless Broadband
|
|
WIRELESS BROADBAND ACCESS Features internet technology (i.e. narrow band & broadband) and canopy technology (core & access)
|
|
BASIC VOiP Features VOiP terminologies, Packet Voice Protocol, VOiP codes and architecture
|