senior deirector

Terry Cheng

** ******* ****, ********, ** *****

Tel: (M): +1-646-***-****

Email: ******.*****@*****.***

Summary:

more than 20-year of wireless communication research and practical experience

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focusing on radio wave propagation, RF engineering, radio performance analysis, base

station design and radio network deployment & delivery with both technical and

management functions.

most recent focus is on LTE radio technology both for FDD and TDD, working directly

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with customer/government research institutes and performing lab/field measurements,

conducting proof-of-concept prototype demo, studying next generation radio network

architecture/function/feature.

Experience:

Jan. 2007 – May 2012

Senior Director, ALU LTE/Wireless Regional Technical Services

Managed and guided radio team and core network team for the following tasks:

provide LTE radio solution support to strategic customers in China. The tasks include:

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working closely with customer’s research institutions for LTE and LTE-advanced

features study, performance evaluation, and lab/field pre-commercial system

planning/execution

work closely with regulatory institutes in China for technology feasibility, technology

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performance evaluation and cross-technology interference issues.

ensure radio feature and product roadmap are in line with customer network evolution

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plan

communicate ALU wireless technology/solution roadmap to operator’s CTO,

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understand operator’s long term network planning, and strategically position ALU

products to meet customer long term needs.

Aug. 2000 – Dec. 2006,

Managing Director, Lucent Technologies Mobility Technical Center-Asia Pacific

Managed and guided RF design/planning team, RF optimization team, and system

design team for the following tasks:

conduct RF field measurement to characterize the propagation environment,

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interference scanning measurement to predict the RF network performance and ensure

a solid radio network design.

support sales team for providing RF/system technical consultation, technical

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presentation, and RF/system network design

integrate different parts of network including value added services to the core wireless

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network to form an end-to-end solution

optimize the radio network to meet all KPIs before launching the commercial service,

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monitor the network performance and perform in-service optimization after

commercial service.

May. 1995 – Aug. 2000,

Technical Manager, Lucent Technologies Bell Labs. Wireless System Engineering

Managed and guided a group of radio researchers for the following tasks:

evaluate the air interface technology defined and specified by the standard and simulate

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and determine the performance in terms of capacity and coverage

design the algorithms for efficient radio resource management including handoff,

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overload control, call admission control for radio base station

simulate the radio network performance by using software tools and validate with the

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lab measurement or field data

generate the engineering guidelines, including following the FCC guidelines, for RF

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network planning and design

set requirements for RF design software tool development

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review and decide on the contractual obligation of RF and network performance

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warranty

Dec. 1990 – Apr. 1995,

MTS, Lucent Technologies Bell Labs. Wireless System Engineering

As an individual contributor, worked independently for the following tasks:

define base station product features and functions, and generate requirements for

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product development group to implement

plan and implement the industry first fiber microcell in VTC conference with a mobile

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operator to demonstrate the technology

characterize the radio propagation effect of a microcell in various environments, use the

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ray tracing model to predict the rf propagation, and validate by field data

Jun. 1988 – Dec. 1990,

MTS, Lucent Technologies Bell Labs., Satellite Transmission Labs.

As an individual contributor, worked independently for the following tasks:

define and specify the network and protocol to support low bit rate voice using VSAT

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for satellite transmission

design the ASIC for a sophisticated optical surveillance system for government defense

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project

Jun.1986 – Jun.1988,

MTS, Bellcore Transmission System Applications Labs.

As an individual contributor, worked independently for the following tasks:

perform transmission system performance analysis as part of a network plan and design

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tool

specify and implement an automated digital network configuration tool used by RBOC

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operation engineer to increase the operation efficiency

Aug. 1980 – Jun. 1986

Senior Engineer, UngermannBass R&D

As an individual contributor, worked independently for the following tasks:

Analog and digital ASIC design for local area networks including ethernet, token ring,

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and token bus for different network topologies.

Education:

1998, Advanced Management Program, UC Berkeley

1985, Ph. D Electrical Engineering, State Univ. of NY at Stony Brook

1980, MS Electrical Engineering, State Univ. of NY at Stony Brook

1975, BS Electro-physics, National Chiao-Tung Univ.

Additional Achievements:

Co-author of “Handbook of CDMA – System Design, Engineering, and Optimization”,

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Bell Labs Publication

Sponsored by Bell Labs R&D organization as a high performer to attend the advanced

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management program in UC Berkeley

Received more than 10 patents on wireless technology with several pending

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