PDF: 2962 pages, 5.2 MB - Bay Area Council Economic Institute
PDF: 2962 pages, 5.2 MB - Bay Area Council Economic Institute
PDF: 2962 pages, 5.2 MB - Bay Area Council Economic Institute
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Global Reach<br />
The Cadence Design Contest, begun in 2005, challenges engineering students to submit analog,<br />
mixed signal, and digital design projects, with the winning entry presented at Cadence’s CDNLive!<br />
India conference. Shri Sant Gajanan Maharaj College of Engineering won the first contest, with<br />
subsequent winners representing IIT-Kharagpur and the Indian <strong>Institute</strong> of Information<br />
Technology (IIIT) Hyderabad.<br />
In a unique cross-border collaboration, Cadence has teamed with UC Santa Cruz (UCSC)<br />
Extension and private technical training firm TTM <strong>Institute</strong> for Information Technology (TIIT)<br />
to offer the Finishing School Program, a certificate program in VLSI design engineering for<br />
either physical or logic design. To increase India’s pool of specialized, design-aware VLSI<br />
engineers, year-round advanced classes are offered in Bangalore, Hyderabad, and Delhi, using<br />
Cadence EDA tools and UCSC curriculum and course design.<br />
KLA-Tencor Corp. is a San Jose developer of yield management and process control<br />
solutions for the manufacture of semiconductors. Its India presence began in 2000 in<br />
partnership with IT and software services firm HCL technologies. HCL set up a<br />
dedicated development center for KLA-Tencor at its Chennai facility, installing advanced wafer<br />
inspection equipment in its clean room and high-speed data links to KLA-Tencor in the U.S.<br />
Today, the company operates its own captive center in Chennai, employing some 200 workers,<br />
and also contracts with HCL, Wipro, and Infosys for another 500 engineers and programmers.<br />
The work is divided between “core” IP related functions done by the captive center—advanced<br />
motion control, applications engineering, optical calibrations, algorithms, and other basic technology<br />
elements of KLA-Tencor’s product line—and non-core “context” functions done by<br />
partners—user interface development, quality control, look and feel, and back office services,<br />
for example.<br />
KLA-Tencor acknowledges having gone through a learning curve in India, growing out of its<br />
early emphasis on cost arbitrage rather than talent. “Our initial strategy was to have 1,000 engineers<br />
in our captive,” says KLA-Tencor president and managing director Dr. Ashwin Ballal.<br />
“We went there thinking that we could take advantage of the cheap talent pool and be able to<br />
ramp very quickly. That turned out to be more challenging than our expectations and plans. So<br />
we had to change course and strategy.”<br />
Relying on local partners to provide business process support has helped in controlling attrition<br />
and has enabled the company to focus its attentions on core activities. Dr. Ballal confirms that<br />
KLA-Tencor’s India presence today is about the engineering and programming talent pool, and<br />
not just about the cost savings. “There’s only so much talent in the U.S.; if you don’t tap the<br />
talent and human capital of India for software development, you risk falling behind,” he says.<br />
Dr. Ballal adds that companies typically have finite resources to direct toward customized<br />
solutions or new product development, so the ability to outsource some portions of a project<br />
frees the most highly-skilled engineers at home for more advanced work. Finally, he says, “70%<br />
of the KLA-Tencor customer base is in Asia, and the global imperative is strong: if you want to<br />
call yourself a global company, you can’t continue to act only locally.” Dr. Ballal sees continued<br />
strong chip growth for India in the thin-film photovoltaic solar cell market—“India has 300 days<br />
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