Job Description: The Silicon Validation team of DHG is looking for a highly motivated and skilled Recent College Graduate hardware/firmware engineer to join
our engineering team working on next generation Media Processing Component platforms.
In this position, you will be working with multiple partners and stakeholders in the US and APAC regions. Your responsibilities will include:
Silicon validation and system validation on hardware boards and running debug software/firmware.
Take ownership on SoC silicon module debug, such as in DDR2/DDR3/VR/Clocks/PCIE/SATA or other IO Audio/Video modules etc.
Communicate with multiple Geo silicon design and silicon validation teams on sighting debug and status update.
Execute SV test plans and provide progress and results in a timely manner.
Provide technical support on deployed development platforms and reference designs; include design reviews, debug, and potential on site
debug at ODM/OEM

Qualifications
Candidate must posses a graduate degree in electronics engineering or SW discipline with strong tendency towards hardware hands on
experience. Additional qualifications include:
Experience in board debug, soldering and rework.
Experience in schematic entry or schematic review.
Experience in board layout methodology and signal integrity and simulation with PSpice a plus.
Experience in desktop or mobile board validation.
Experience in IA CPU/MCH/ICH & SOC architecture.
Excellent board-level debug capability by utilizing DMM, oscilloscopes, logic analyzers etc.
Excellent problem analysis and problem solving skills.
Ability in EMC/EMI testing and related I/O (USB/HDMI etc.) port interference debug.
Ability to own and drive resolution of technical issues.
Ability to develop effective partnerships with stakeholders & demonstrate excellent customer orientation.
Ability to multi-task and work in a dynamic multi-geographical environment.
Fluent written and verbal English communication skills.
Willingness to travel to customer s site.
Software background with Windows and Linux operating systems, as well as some working knowledge of BIOS programming, high level,
or scripting languages (e.g. C, Perl, etc.) will be an advantage.
System knowledge in Set-Top-Box design and Digital TV platforms hardware architecture would be an added advantage.

Job Category: Engineering
Primary Location: China-PRC, Shanghai
Organization: Intel Architecture Group- Mgr: Maloney
Full/Part Time: Full Time
Job Type: Recent College Graduate
Regular/Temporary: Regular
Posting Date: Oct 22, 2010
Apply Before: Oct 23, 2011
Business Group
Intel s Digital Home Group (DHG) is powering a new vision of television. As Intel's consumer platform group, DHG s mission is to be the
#1 platform supplier to IP-connected Consumer Electronics (CE) market segments. As part of this charter DHG is proliferating the next
generation connected entertainment experience on Intel Architecture based system on a chip (SoC) products. These products are optimized
for a new generation of set-top boxes, media players and TVs as well as discrete products (processors, chipsets, demodulators and tuners)
for Internet-enabled CE devices devices that will deliver a rich user experience across a variety of consumer devices in the home. In
August 2008 DHG introduced the Intel Media Processor CE 3100, the first in a new family of purpose-built SOCs for CE devices based on
Intel Architecture. On the same day, Intel and Yahoo! Inc. previewed plans for the Widget Channel, a TV application framework optimized
for TV and related CE devices that use the Intel Architecture. Intel's comprehensive family of platform solutions for CE is complemented by
tuners, demodulators and front-end reference designs for digital TV.The key to DHG s success is in our people. We have over 800
passionate employees around the world that bring our products and our vision to fruition.
Hiring Manager: Wang,Michael C
Hiring Assistant: YONGFANG DU
Job Grade: 05
Shift: Regular Days
Relocation Approved: No

You can send your CV to Mr.Fengxiaoxing (fxx@szcie.pku.edu.cn,  or analog.feng@gmail.com);