arrow
WCDMA/UMTS Network Engineering

3/4G Wireless: WCDMA/UMTS Network Engineering Curriculum

Curriculum: An evolving WCDMA curriculum that builds on the strong foundation laid in our core wireless engineering curriculum (DOC). It combines the essential theory with the field know-how captured from over two decades of LCC’s worldwide design and deployment experience.

Audience: This curriculum is aimed at RF engineers who have completed our core wireless engineering curriculum (DOC) or are otherwise experienced in the design and optimization of 2G/2.5G networks and who need to upgrade their knowledge and skills to be able to engineer the emerging WCDMA networks.

Prerequisites: A bachelor’s degree in electrical engineering or equivalent preparation in communications, electromagnetics, Mathematics (such as differential equations, probability, and statistics), and the engineering design principles, followed by substantial 2G/2.5G network design experience.

Curriculum Catalog Code Course Title Days
GSM to WCDMA Migration Curriculum Our core wireless engineering curriculum (DOC) or equivalent 2G/2.5G design and optimization experience. Also, Digital Communications for Wireless System Design (DIGICOM) is a highly recommended prerequisite for most 2.5/3G courses. See Companion Courses for details.
GSM GSM: An Overview 1
CDMA/IS95 GSM: Protocol, Operation, and Design 4
SS7 Signaling System Number 7 1
3GTECH Emerging Technologies: WCDMA/UMTS, HSDPA, HSUPA, and CDMA2000 (1xRTT, EVDO REV.A, EVDO REV.0) 2
GPRS * GPRS: Protocol and Operation 3
AMR Adaptive Multirate Coding (AMR) 1
DUALBAND Dual Band GSM Networks 1
MOBILEIP TCP/IP and Mobile IP: Protocols and Operation 2
EDGE *
EDGE: Enhanced Data Rates for GSM Evolution 2
EGPRS *
EGPRS: GPRS/EDGE Protocol and Operation
5
WCDMA Curriculum
WCDMA2
Introduction to WCDMA and the UMTS Air Interface 2
WCDMA WCDMA and the UMTS Air Interface 5
UMTSOPT UMTS Optimization Common Problems and Solutions 3
HSDPA High-Speed Downlink Packet Access: Operation and Design 2
HSUPA High-Speed Uplink Packet Access: Operation and Design 2
TRAFFIC3G Traffic Engineering for 3G 2
UMTSDW UMTS RAN Design and Optimization Workshop 4
Companion Courses DIGICOM Digital Communications for Wireless System Design 5
TRAFFIC Traffic Engineering for Wireless Networks 4
VOIP Voice over IP: Protocols, Architecture, and Operation 2
ATM ATM: Architecture, Operation, and Services 2

* EGPRS, a five-day integrated treatment of GPRS and EDGE, may be taken in lieu of GPRS (3-days) and EDGE (2-days)

Curriculum Recommendations:
Non-engineering professionals and managers who wish to deepen their understanding of WCDMA should consider taking Understanding Wireless: State-of-the-Art and Emerging 2.5G/3G Technologies (X-WIRELESS101) followed by Understanding GSM (X-GSM101) and Understanding the Emerging 2.5G/3G Technologies (X-2.5/3G101).

Engineering professionals should consider taking Wireless: Emerging Technologies (W/ET) curriculum or certificate with concentration in WCDMA. Please refer to page 8 for details.

arrow