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The Philippines has served as a backend operation site for many semiconductor companies. As other Asian countries move up the value chain, the question remains: Where is the Philippines electronics design heading? What does the future hold for the engineering community? Join now this forum to discuss where design houses in the Philippines stand and share insights on the state of the engineers in the Philippines.
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Message:  Design in Philippines Post time:  Mar 24, 2008 8:13 AM
 

Author:null

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The common perception is that Philippines is the place where large silicon players do the back-end assembly and test. That is, of course, true. But another truth that emerged over the course of last five, six years is that a lot of design pockets have mushroomed around these back-end production hubs.
And a number of silicon vendors have established low-key design houses for cost and competitive reasons.
It could be worthwhile to dig into the level and scope of these activities and see where does Philippine actually stand in the electronics design value chain.
M. A. Kamran
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(2) Reply:Design in Philippines Post time:  Apr 16, 2008 3:27 PM
 

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In Electronics Supply & Manufacturing section Crista Souza and Bolaji Ojo claimed in the "Last Stronghold" article that "North America lost out to lower-cost regions in the battle for electronics manufacturing"; do you know the low-key companies in the Republic of Phillippines that are doing that?
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(3) Reply:Design in Philippines Post time:  Apr 16, 2008 10:08 PM
 

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Have a look at what Lexmark is doing in the Philippines. They have a high tech laboratory facility in Cebu, Philippines that does more than manufacturing.

Check out
http://www.itmatters.com.ph/news.php?id=041508d

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(4) Reply:Design in Philippines Post time:  Apr 17, 2008 11:28 AM
 

Author:Chk

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This is true. There is a lot of design works in the Philippines, but not that widely reported. Even Intel has one, but they are not that forthcoming about it. Makes you wonder why. After all, you want to have good, uplifting news coming out from the country, right?
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(5) Reply:Design in Philippines Post time:  Apr 22, 2008 5:45 AM
 

Author:Noel DR

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What design?
The main IC CAD tools provider have no presence in the country.
There is no significant tie up between these companies and the local Universities.
Local graduates have no skillset with respect to these tools @ graduation day when they walk out of the University Gates.
This is the opposite if you look at India, Taiwan, SIngapore, Malaysia, China.
Cadence Locations in Asia
http://www.cadence.com/company/cadence_worldwide/offices.aspx?region=5
Synopsys Locations in Asia
http://asiapac.synopsys.com/locations/locations.html
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(6) Reply:Design in Philippines Post time:  Apr 28, 2008 4:19 PM
 

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NoelDR has made a point. True the Cadence and Synopsys of the world have no presence in the country, thus making the Philippine engineer vulnerable in respect to using such tools.
However, let's not forget that companies like NI have tie-ups with local universities. Yes, the Philippines is behind its neighbors but at least we are seeing some movements, though how little they seem.
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(7) Reply:Design in Philippines Post time:  May 2, 2008 9:22 AM
 

Author:Noel DR

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Companies hire design engineers and train them with their proprietary technology to do design work. Engineers are not classified "Design Engineers" unless they have done actual design using these tools in college. An engineer can't do an actual design work without using these tools.
Design engineers are proficient with IC design tools after graduation. BSEE students will have direct exposure to this tools for at least 2 years when they graduate.
This is not the case in the Philippines. Two years exposure to actual design work can't be replace with none.
Company TIE up with the Universities such as NS won't fix this problem. Companies can't hire engineers to be trained for 6 months to a year to be able to do design. The product life cycle for semiconductor is very short. Engineers(new graduates) are expected to hit the road running.
The UNIVERSITY CURRICULUM must be updated to incorporate actual design work.
You can ask new graduates how many  hours of actual use to they have on the following: Verilog, VHDL, Matlab, SPICE, HSPICE, System-C..Tetramax, SIMULATION tools, Verification TOOLS, ..etc.
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(8) Reply:Design in Philippines Post time:  May 15, 2008 9:35 AM
 

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The message below quotes Noel DR's post.
Companies hire design engineers and train them with their proprietary technology to do design work. Engineers are not......

-- Very true indeed, especially about updating the university curriculum. One of the Philippines' neighbors is in fact aggressively boosting its educational system to support innovation. From the April 26 2008 edition of The Economist: "Noting that higher education and scientific innovation were the  keys to riches for Japan, South Korea and Taiwan, Vietnam is wooing foreign high-tech firms and inviting rich countries to set up univeristies and training facilities on its soil. An Australian university, the Royal Melbourne Institute of Technology, has already opened state-of-the-art campuses in Ho Chi Minh City and Hanoi. A German university and several South Koreans technical colleges are planned."

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(9) Reply:Design in Philippines Post time:  May 16, 2008 10:35 PM
 

Author:abbong

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Filipinos starting to design chips

By Dennis Posadas

While many people know that Filipinos can design and develop good quality software, very few people know that Filipinos are capable of designing microchips.
For the uninitiated, these microchips are those black plastic things mounted on the green PC boards you see inside computers. If you open those plastic packages, you will see a thin sliver of glass, actually a piece of silicon. And if you look closely enough with a powerful microscope, you will see some lines and patterns etched on the piece of silicon.
These lines and patterns, are actually microcircuits. On an Intel Pentium microprocessor, for example, there are several million transistors. These chips are extremely complex, requiring teams of designers and test engineers to insure that these are designed and built to work in various conditions.
Multinationals like Intel, Rohm, Canon, and some small firms do some aspects of chip design here. The University of the Philippines Electrical Engineering department has a chip design laboratory where students take turns on the workstations round the clock, and send their designs to a wafer fab in Taiwan for actual fabrication. Other local universities like De La Salle, Ateneo, USC and Mapua are also introducing chip design programs for their electronics engineering departments.
I spoke with Vic Gruet, who runs a small chip design firm at the UP Ayala Technopark called Symphony Consulting, about the state of chip design in the Philippines. Vic, a Wharton and Moore School double degree holder from the University of Pennsylvania, also heads the Electronics Industries Association of the Philippines, Inc. Vic gave me an overview of their current state and plans for the future:

CURRENT STATE
Vic said that there are roughly 600 to 700 chip design engineers in the Philippines. Around six to seven companies that he knows of are engaged in IC design -- Intel, Rohm (Japan), Canon, Lexmark, Sanyo, BitMicro, and Tsukiden. The locals, like EAZIX (Ayala IMI), Blue Chip (Ateneo), and Symphony, are also going there. These chip design engineers were trained mostly in UP Diliman, though -- La Salle, Ateneo, San Carlos, St Louis, among others -- are trying to develop their own chip design programs. Many of the large companies also train their staff in-house. The Department of Science and Technology’s (DoST) Advanced Science and Technology Institute (ASTI) is also a source of chip designers.

MOVING FORWARD
In July 2004, Vic said that they sought the help of the BoI/DTI and the Manila Economic Cooperation Office (MECO) in Taiwan, to link up with the Taiwan Semiconductor Industry Promotion Office (SIPO), that is affiliated with the prestigious Taiwanese research center, Industrial Technology Research Institute or ITRI.
Also in 2004, ITRI officials, and Johnson Yang, who is from a prominent Taiwan property development firm came here accompanied by representatives from Taiwan’s Ministry of Economic Affairs.
In May 2005, representatives from DoST, SEIPI, Board of Investments, attended a Taiwan-Asia IT summit to build relationships. This was followed by a 10-man delegation from Taiwan, including those from their prestigious research center, ITRI, and from their universities. They visited our chip design centers and semiconductor companies like UP, ASTI, IMI Ayala and PSi Technologies, and agreed that collaboration may be beneficial to both countries.
In December 2005, Taiwan sent two instructors to hold a training course in chip design layout. Eighteen local engineers attended, including students from UP and Ateneo.
The Taiwanese instructors commented that Filipino chip design engineers "easily pick up skills and learn very fast," Vic said.

THE GOAL
Because wafer fabs cost around $3 billion to build these days, it is probably unlikely (though not impossible) for these to be done here. Maybe prototyping fabs will happen here, bigger versions of the fab equipment that they have at the UP National Institute of Physics.
But because these contract wafer fabs (or foundries) are only two hours away by plane in Taiwan, the so-called "fabless" chip companies and design service companies can exist here. These are design firms that design and market their own chips or are contracted by big companies like IBM, Sony, Philips, etc. to design custom chips, or their subsections.
These designs are then sent to places like Taiwan Semiconductor Manufacturing Corp. (TSMC) or Chartered Semiconductor in Singapore who fabricate the chips.
IC design services are the electronics engineers’ equivalent of back office designs in architectural and engineering design services, or BPO in other fields.
Vic says that they are "working with DoST, DTI, UP, and expatriate Filipinos to bring to the Philippines chip industry practitioners to help beef up our marketing and sales efforts, and improve our design business process. We also have to set up a way of sharing expensive IC design software tools."
Although they are hampered by the nondisclosure agreements that some industry engineers who want to teach have to deal with, nevertheless, with concentrated attention and pooling of limited resources, Vic feels that we can make a go at it.
This May 2006, some of our local chip design and semiconductor test companies will be manning a booth at the SemiTech 2006 Conference in Taipei, the largest exhibit conference for the semiconductor industry.
Hopefully, their quiet efforts will get them noticed, and attract more companies to consider designing their chips here.

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(10) Reply:Design in Philippines Post time:  May 17, 2008 8:51 AM
 

Author:abbong

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At 11:52 AM 5/12/2008, BGN (Brain Gain Network) wrote:
We are inviting you to the Kape@Teknolohiya to be held on Thursday, May 22, 2008, 9-11 am, at the UP-Ayala TBI, UP Science and Technology Park (South) in UP Diliman, QC. The topic is "Creating Stronger Technology Relationships and Business Tie-ups". The speakers will be Prof. Greg Tangonan of Ateneo and Prof. Louie Sison of UP Diliman.


The event is free of charge.


For inquiries and to RSVP, send an email to amadeapaula@gmail.com.


Thanks and see you there,


Dae Unisa

Content Manager

www.bgn.org
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(11) Reply:Design in Philippines Post time:  May 17, 2008 10:21 AM
 

Author:abbong

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October to December
 
 

Shifting RP’s microelectronics sector from assembly to design

[For more information, contact PCASTRD’s Human Resource and Institution Development Office at tel. nos. (02) 837-7522 or 837-7516 or email hridd@pcastrd.dost.gov.ph  [end]


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(12) Reply:Design in Philippines Post time:  May 17, 2008 10:35 AM
 

Author:abbong

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Microelectronics Symposium 2007 PDF Print E-mail
Written by Joy Reyes   
Monday, 02 July 2007
    The Department of Electrical and Electronics Engineering (EEE), UP Diliman and the Philippine Council for Advanced Science and Technology Research and Development (PCASTRD) of the Department of Science and Technology (DOST) recently hosted the first Microelectronics Symposium, with the theme “Microelectronics Education and Research in the Philippines”. It was held in Hotel Inter-Continental Manila last June 6, 2007 with attendees from the academe, industry and government sectors. Representatives from these sectors presented what they are currently doing in terms of research and educational programs on microelectronics.
 
    The symposium started with opening remarks from the chairman of the EEE Department, Dr. Manuel Ramos, who welcomed the forty-nine attendees to the event. Then, from the academe, speakers from University of the Philippines (Prof. Anastacia Ballesil), Mapua Institute of Technology (Prof. Mary Ann Latina), Ateneo de Manila University (Dr. Rosula Reyes) and University of San Carlos (Prof. Albert Banacia) discussed their present curricula, ongoing research projects and future plans for including and improving microelectronics education and research. On the other hand, the speakers for the industry sector came from Blue Chip (Dr. Rosula Reyes), Accelrys (Ming Chee), Synopsys (Deh Tong Poh), Cypress (Camille Flor) and Cadence (Ravichandran Govindasamy). They also discussed their current research and included the products and programs that could help in the promulgation of microelectronics in the Philippines. After the lunch break, it was the government sector’s turn to make a presentation of the current status of the projects they have initiated in encouraging the growth of microelectronics. Speakers for this session included representatives from PCASTRD (Prof. Marc Rosales), Board of Investors (BOI) (Domingo Bagaporo) and Advanced Science and Technology Institute (ASTI) (Grace Dy Jongco).
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(13) Reply:Design in Philippines Post time:  May 17, 2008 10:48 AM
 

Author:abbong

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Academe-Industry partnership:
You may want to visit Mapua Institute of Technology.
They are currently offering PCB design course using Altium Designer tool.
Also, Please visit: http://www.arcdi.com/courses.php
Arcdi is offering IC design short course.
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(14) Reply:Design in Philippines Post time:  May 17, 2008 10:51 AM
 

Author:abbong

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Advanced Research and Competency Development Institute


The Advanced Research and Competency Development Institute or ARCDI is a non-stock, non-profit, self-sustaining foundation. It provides high-quality and cost effective training and competency development support to semiconductor and electronics industry players. ARCDI was born out of the need to address the widening gap between engineer’s skills and industry needs, and increase the availability of skilled manpower for high technology industry.

ARCDI offers training modules on specific competency areas which are centered on industry requirements. The curriculum is developed and delivered by acknowledged subject matter experts in various fields of the industry. The theories and best practices learning are supported by laboratory equipment and instrumentation workshops.

ARCDI began its operations in February 2004. For its first year, 15 technical courses were offered which gathered 778 participants from 60 companies.

Setting the strategic direction, ARCDI is strongly supported by an 11-member Board of Trustees whose members are the leaders of the industry, government and academe. The Executive Director is responsible for the operations management of ARCDI, and tasked to implement its various plans and programs.

Located in Northgate Cyberzone in Alabang, Muntinlupa City, ARCDI is in close proximity to main industrial areas. Its training facilities include 3 lecture rooms, 2 computer rooms and 1 Test laboratory room. Each room is equipped with modern training equipment.

Mission and Vision


To enable globally competitive Philippine high-technology companies by providing world-class training and competency development support to Manufacturing and Research / Development companies.

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(15) Reply:Design in Philippines Post time:  May 17, 2008 10:55 AM
 

Author:abbong

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About Philippine microelectronics industry:
Please visit You tube
http://youtube.com/watch?v=EvCrOMtCyFo
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(16) Reply:Design in Philippines Post time:  May 17, 2008 11:05 AM
 

Author:abbong

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Sample of Filipino IC design Capabilities:
Please visit:http://www.tspi.com.ph/
The TSPG ASIC team fully understands a client's need for a reliable partner in providing suitable, cost-effective solutions to circuit integration design issues. That's why we have a cache of world-class expertise ready to acknowledge the client's every request. Dynamic and flexible, the client's satisfaction is the number one priority, a non-maskable interrupt. Our FIFO of expertise is an array of design solutions involving a range of circuit configurations. We are committed to deliver in burst mode, with parity checking, anytime, anywhere and with a smile. team’s capability spans the full range of design, implementation, test vector creation, simulation, synthesis, gate simulation, static analysis, back annotation up to the evaluation of the engineering sample and the system board. The team is not only well versed both in Verilog and VHDL, but they are also capable of C and assembly language programming, a skill necessary for evaluating their own designs. And once debugging gets really tough, you can depend on them to roll up their sleeves, figure out the maze of jump tags in the circuit diagram and do their own soldering and wiring to verify timing and signals, the undershoot and overshoot, utilizing the logic analyzer and/or the oscilloscope.
The TSPG ASIC
Well-proven design methodologies, internal proprietary tools to speed-up design implementation and testing, easy-to-synthesize and reusable codes, use of behavioral models for testing, focus on client requirements, ability to learn and adapt, individual skills, right attitude and team effort combine for a potent force, which is the ASIC design team.

Success Stories

Printer Controller ASIC Applications
1. Project Name: Multi-Function 600 DPI 62-PPM Laser Printer Controller


Project Abstract:
This is a Multi-CPU LASER Printer Controller. The multi-CPU architecture, which allows the printer to execute print jobs in parallel, enables it to achieve a maximum print speed of 62-Pages Per Minute. The secret of it all is in the TSPG-designed 115K gate ASIC mounted on each of the boards. The 2-mode, master & slave ASIC, includes a proprietary bus protocol, allowing the communication and transfer of data among the 4 CPUs. The ASIC also features a system arbiter, memory arbiters, and controller for SDRAM, SRAM, NOVRAM, IDE hard disk, SCSI devices, CPU, laser printer engine and LCD panel display.
Development Language and Tools:

• Verilog Hardware Design Language
• IDT4650 Assembly and C Language
• Simulator: ModelSim, Verilog-XL
• Synthesis Tool: Synopsys Design Compiler, Galileo
• Place and Route Tool: Altera Maxplus
• Static Analysis: NEC Tiara
• NEC Proprietary Development Tool: Open CAD
• Logic Analyzer and Oscilloscope
Software Platform:

• Solaris, Windows NT
Hardware Platform:

• Sunsparc, Windows-based PC
2. Project Name: 600 DPI 20 PPM Laser Printer Scanner and Copier Controller


Project Abstract:
This is an image processor with scanner and printer interface. This 600K gate ASIC was designed using Verilog. Aside from having both a USB and IEEE1284 host interface, this ASIC features a memory controller and interface arbiter designed for simultaneous flow of data from different sources and destinations seamlessly without collision.

Development Language and Tools:
• Verilog Hardware Design Language
• Simulator: ModelSim, Verilog-XL
• Synthesis Tool: Synopsys Design Compiler, Leonardo Spectrum
• Static Analysis: Synopsys Prime Time
• NEC Proprietary Development Tool: OpenCAD
Software Platform:

• Solaris, Windows NT
Hardware Platform:

• Sunsparc, Windows-based PC

IP Cores
3. Project Name: USB 1.1 Controller


Project Abstract:
This is a customized USB Controller that specifically supports Printer and Scanner Class Devices. It is USB1.1 compliant, capable of transferring data 12 mega bits per second at full speed. Complete with Serial Interface Engine, Protocol Layer and Device Specific Inter.
Development Language and Tools:

• Verilog Hardware Design Language
• Simulator: ModelSim, Verilog-XL
• Synthesis Tool: Synopsys Design Compiler, Leonardo Spectrum, Synplify
• Place and Route Tool: Altera QuartusII
• Static Analysis: Synopsys Prime Time
• Logic Analyzer and Oscilloscope
Software Platform:

• Solaris, Windows NT
Hardware Platform:
• Sunsparc, Windows-based PC
4. Project Name: USB 2.0 Controller


Project Abstract:
This USB Controller was designed to support any type of device classes. This is achieved by the programmability applied in endpoint numbers and endpoint types. Designed to be UTMI and USB 2.0 compliant, this USB controller is capable of both high speed and full speed. This means that it can transfer data at a rate of 12 or 480 mega bits per seconds. It can accommodate a Wishbone Compliant CPU and DMA interfaces for the device side. Verilog Hardware Definition Language was used to design this IP Core.
Development Language and Tools:

• Verilog Hardware Design Language
• Simulator: ModelSim
• Synthesis Tool: Synopsys Design Compiler, Leonardo Spectrum, Synplify
• Place and Route Tool: Altera Quartus II
• Static Analysis: Synopsys Prime Time
• Logic Analyzer and Oscilloscope
Software Platform:

• Windows NT
Hardware Platform:
• Windows-based PC
5. Project Name: Serial ATA Controller


Project Abstract:
The serial ATA controller supports first generation S-ATA standards. It is capable of transferring data at the rate of one hundred and fifty megabytes per second. It is connected to the host ASIC by ATAPI-6 interface and an optional Wishbone compliant CPU interface. ATAPI-6 interface support eases migration to the S-ATA standard.

Development Language and Tools:
• Verilog Hardware Design Language
• Simulator: ModelSim
• Synthesis Tool: Synopsys Design Compiler, Leonardo Spectrum, Synplify
• Place and Route Tool: Altera QuartusII
• Static Analysis: Synopsys Prime Time
• Logic Analyzer and Oscilloscope
Software Platform:

• Windows NT
Hardware Platform:

• Windows-based PC

Communications
6. Project Name: Communications Equipment Applications




Project Abstract:
This is an FPGA chip controller of a data exchange system of an IP switch router of an established Japanese OEM company. This 278K-gate controller was developed using 12K lines of VHDL code and tested using 24K lines of test bench code for 3 months by 3 engineers.
Development Language and Tools:

• VHDL
• Simulator: ModelSim
• Synthesis Tool: Xilinx Foundation Series
• Place and Route Tool: Xilinx Foundation Series
Software Platform:

• Windows NT
Hardware Platform:

• Windows-based PC

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(17) Reply:Design in Philippines Post time:  May 17, 2008 11:24 AM
 

Author:abbong

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The message below quotes abbong's post.
Philippine Silicon Valley

Papaya marketing and Filipino chips

Many of you may not admit it, but I’m su......
abbong edited at May 17, 2008 11:25 AM
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(18) Reply:Design in Philippines Post time:  May 26, 2008 10:05 AM
 

Author:abbong

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The Other Side of Midnight

 
By Art Villasanta

With contact centers leading the way, the Business Process Outsourcing (BPO) industry continues to fulfill its potential as one of this country’s major growth and employment engines in the globalized marketplace.

Complementing contact centers are lesser known but potentially powerful BPO engines that are creating employment, and are driving investments, growth and career building. These engines are taking Starship Philippines on a new course to “The Other Side of Midnight” where revenues are made by the light of day.

The Business Process Association of the Philippines (BPA/P), the industry’s major association, expects BPO industry revenues to almost triple to $12.1 billion by 2010 from the 2006 level of $3.45 billion. In 2006, call centers continued to contribute most of BPO revenues from foreign clients, some 77%.

BPA/P estimates call center revenues at $5.29 billion in 2010, up a huge 97% over three years, but, more significantly, less than 45% of total BPO industry revenues.

The other 55% will be contributed by the other sectors or engines of BPO: Business Processing (Back Office Operations); Medical & Legal Transcription; Software Development and Maintenance; Animation Industry and Engineering Design

Best of all for job seekers is that these sectors—also collectively called “non-voice”—offer wider employment for Filipinos (including middle aged professionals) and that the working hours take place in daylight. For BPO firms, many of which operate contact centers, the rise of daytime BPO maximizes their investments in IT and physical infrastructure.
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(19) Reply:Design in Philippines Post time:  May 26, 2008 10:06 AM
 

Author:abbong

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“The Other Side of Midnight” is on the rise.

BPA/P estimates the industry should grow by some 48% in 2007 to reach revenues of $4.9 billion. By 2010, BPA/P believes outsourcing could be a $12 billion industry employing 900,000 persons.

Consulting firm A.T. Kearney, in a recent ranking of the most desirable global services locations that are competitive for BPO, rated the Philippines fourth in the world behind India, China and Malaysia. The Philippines was outside the top 10 three years ago.

The Philippines generated offshore service revenues of $2.1 billion in 2005, placing third behind India and China and slightly ahead of Malaysia. That's up 62% over the $1.3 billion it gained in 2004, and a huge increase from the start of the decade when BPO employed just 2,400 people and the industry had revenues of merely $24 million.

A.T. Kearney said the Philippines gets high marks for its large, educated talent pool and English language skills, but falls behind some of the other locations in infrastructure.

A natural offshoot of this rapid BPO growth is the increase in the number of jobs on offer to Filipinos. The industry employs 250,000 persons (including call center agents) today. BPA/P's goal is to produce one million jobs in the BPO industry.


BPO rising
The ascendancy of BPO confirms the shift in employment and investments from the cost-effectiveness of call centers to the skills quality and competence of non-voice BPO. This development strengthens the Philippines' position as an emerging global leader in the burgeoning BPO industry.

BPO firms employ people from a wider variety of professions than do contact centers, which need to focus their talent search on Filipinos who, also, can speak with an “English neutral accent.” Non-voice BPO opens its doors to engineers, architects, designers, medical professionals, medical researchers, human resources professionals, lawyers, accountants and animators.

These professionals work in virtual teams to service client needs. And the language they use is, of course, English, the language of world business. In other words, English proficiency is required on the other side of midnight, too.

It is a reality confirmed by BPA/P, which points out that English proficiency is the key to success, as it is required by all six sectors of the industry.

BPO’s growth surge is being fueled not by low-value-added call centers but by higher-end outsourcing such as back office work, medical transcription, legal services, animation, Web design, software development and shared services.

The number of people employed in back office work is expected to jump to 299,000 by 2010 from the present 36,000, a growth rate of 730 percent. BPA/P says Business Processing or Back Office Operations and Medical Transcription are the leading areas of opportunity for employing large numbers of Filipinos.

Medical transcription is experiencing a growth rate expected to top 1,600 % from 2006 until 2010, with employment surging from 7,000 to 122,000. Employment in software development is projected to jump from 16,000 in 2006 to 75,000 in 2010.

BPA/P believes back office services, medical transcription and software development will replace call centers as the high growth BPO sectors. All these sectors will experience faster revenue and employment growth than call centers.
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(20) Reply:Design in Philippines Post time:  May 26, 2008 10:07 AM
 

Author:abbong

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“More companies are coming in from India and the U.S.,” said BPAP Executive Director Mitch Locsin. “Many of these companies will start with voice and move up the value chain.”

He note that revenues from non-voice BPO services will surpass contact center or voice revenues by 2010.

“Back office services are the next big thing in BPO,” he said. “Our job now is to get Filipino accountants, bookkeepers and engineers to focus on their studies to prepare for the future.”

He said one of Philippine BPO’s biggest challenges is beef up its manpower resources, quality certification and security compliance. Locsin revealed that all these issues are being addressed by BPAP and are in the final stages of implementation.

As for the hot jobs in BPO, Locsin said opportunities abound in Finance & Accounting (F&A) since 28% of Philippine graduates come from Business Administration and related courses.

Opportunities exist in moving up the value chain and doing more high value added services such as Knowledge Process Outsourcing (KPO).

Locsin said BPAP is convinced that English proficiency is the key to success in BPO, as it is required by all sectors of the industry.

“The Philippines can excel in all of the e-Services sectors because of its quality of service that we provide,” he said.



Philippine BPO/IT- Services Forecast
Employment

2004 2005 2006 2010
Call or contact center 64,000 112,000 160,000 331,000
Back office 15,000 22,500 36,000 299,000
Medical transcription 4,000 5,500 7,000 122,000
Legal transcription 300 450 675 2,764
Other data transcription 2,000 3,000 4,000 13,000
Animation 3,000 4,500 6,500 41,000
Software development 10,000 12,000 16,000 75,000
Engineering design 2,000 2,800 4,400 21,000
Digital content 200 500 1,000 16,000

Workforce Total 100,500 163,250 237,175 920,764

(Source: BPA/P)


Coming to the Philippines
A few years ago, the Royal Dutch Shell Group determined the creation of a network of Shell shared services centers (SSSCs) in strategic locations across the globe would be key in its efforts to deliver services at competitive costs and standards.

SSSC Manila, a wholly owned subsidiary of Royal Dutch Shell plc, was established in July 2004. It was the fourth SSSC to be established and has over 1,100 employees, the largest in terms of manpower compared to other SSSCs in Glasgow, Guatemala, Kuala Lumpur and Krakow.

SSSC Manila mainly performs back office accounting and finance work exclusively for Shell clients abroad. These clients include Shell companies in the US, Europe (Denmark, Sweden, Norway, Poland, the United Kingdom, the Netherlands) and Asia (Malaysia, Thailand, Australia and the Philippines).

The bulk of finance work provided by SSSC Manila includes hydrocarbon accounting (reconciling fuel movements); accounts payable (or processing of vendor payments); accounts receivables (collections of receivables from both internal and external customers) and general accounting (financial reporting, fixed asset inventory, payroll accounting). Other activities being serviced include master reference data maintenance; contracting and procurement (buying activity). human resources service desk and customer services.

SSSC Manila general manager Noel Paraso said the center proves Filipinos can perform according to the same high standards expected from foreign employees. Paraso noted the continued interest in transferring more work to SSSSC Manila because trust has already been established.

“We make sure the standard of services do not suffer here,” Paraso said. “We ensure successful migration of these processes by putting in place a stringent migration methodology and hiring people with meaningful skills, background and experience; people who are accounting, business, economics, and engineering majors. We also give them very thorough, very focused training”.

OfficeTiger, a U.S. owned printing services firm working out of India, chose the Philippines to provide its legal services outsourcing. It expects to make the Philippines the main center for "pre-media" outsourcing work, including desktop publishing, composition, typesetting and graphic design.

A ranking OfficeTiger manager said design work is an area where Filipinos have and edge. The company has found an incredible depth of design talent in the Philippines, the kind of talent that is hard to come by in Bangalore, Hyderabad or Chennai.

OfficeTiger is looking at its Philippine operations to provide 40% to 50% of its total annual revenue growth over the next three to five years. Its clients include large insurance companies, retailers and publishers of books and directories.

The country’s dominant telecom firm, Philippine Long Distance Telephone Co. (PLDT), took a significant slice of the BPO industry in 2006 by acquiring SPI Technologies, Inc., the second largest dedicated BPO company in the Philippines and the ninth largest independent BPO service provider worldwide, through subsidiary ePLDT, Inc.

SPI operates in 23 locations in North America, Europe and Asia, servicing over 150 customers including Fortune 500 companies. With 6,500 employees worldwide, SPI services these customers onsite, and from facilities in the Philippines, India, US, China and Vietnam.

SPI’s core capabilities include content editorial and production, litigation support coding and electronic data discovery, medical transcription, database structuring and management and transaction processing.
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PLDT president Napoleon Nazareno said the addition of SPI into ePLDT will broaden the group’s participation in BPO, which analysts forecast to grow at a compounded annual growth rate of 9.2 % until 2010.

PLDT said SPI will give it excellent opportunities to enhance its North American customer base, broaden its revenue streams, as well as derive potential cost synergies in the marketing and selling of voice-based services in the countries where SPI operates.

ePLDT’s Ventus call-center group consists of Parlance Systems Inc., Vocativ Systems Inc. and ePLDT Ventus Inc. The ePLDT Ventus Group operates six call-center facilities located in the cities of Makati, Taguig, Pasig, Mandaluyong, Quezon and Iloilo, rendering primarily voice-based services to large US-based clients and outsourcers.

BPO firm Sykes, although better known as one of the pioneer call centers, said Filipinos are a great asset. It describes Filipinos as intelligent and hard working and fit nicely within Sykes’ culture of “People Serving People.” Sykes enjoys and are proud of its partnership with Filipinos.

Sykes came to the Philippines in 1997 with just a small number of employees providing technical support through e-mail. It now has more then 10,000 employees across six sites providing customer care through multiple communication channels including chat, e-mail and voice.

Sykes is a family of global businesses delivering BPO services. Sykes is entrusted with the customer care of global brands primarily in Consumer Products & Services, Communications, Financial Services, Technology and Travel & Leisure.


Philippine BPO offerings
Business Processing (Back Office Operations) is one of the hottest job sectors in BPO. In 2006, there were 62 Business Processing firms employing some 36,000 persons. These firms generated revenues of $288 million.

The Philippines now provides some 40 Business Processing Services. Among these services are accounting and bookkeeping; payroll processing; asset management; financial analysis and auditing; inventory control and purchasing; human resources administration; customer management; credit card administration; factoring and stock brokering; revenue management; database management; supply chain management; legal transcription; litigation support; content development; publishing; loan processing; health insurance; sales and marketing; tax reporting; transaction management; sourcing and procurement; logistics; disaster recovery; business intelligence; network management and warehouse and inventory.

Counted among the leading third party providers of Business Processing Services are Accenture, American Data Exchange, SVI Corp, SPI Technologies, DAKSH eServices, The Environments Collaborative, Eximius BPO, Summersault, Inc., Infinit-O BPO, BPO International and BayanTrade Dotcom.

“Captive” or companies with in-house services include AOL, AIG BPSI, Chevron Texaco,HP, HSBC, Procter & Gamble, Flour Daniel, Deutsche Bank, Citibank Crescent Services, Shell Shared Services, Manulife, Alitalia, Watson Wyatt, Emerson, McKinsey & Co., Safeway and Thomson.

Medical transcription (MT), which next to contact centers is the best known BPO sector, remains a prime growth sector and a source of hot jobs for Filipinos. Filipino MT firms are noted internationally for their accuracy (98-99% accuracy rate) and have a swift job turnaround time of 12 to 24 hours.

There are some 100 MT firms employing 7,000 persons. There are also 15 MT schools. MT firms posted revenues of $98 million in 2006.

Key MT firms are eData Services, SPI Technologies, SVI Corporation, Medscribe Asia,
Transkripsyo, Inc., Total Transcription Solutions, Inc., Dictation Source and Pilipinas Data Contracts Corporation.

Legal transcription (LT), although new, offers bright promise since the Philippines’ legal system is patterned after that of the United States, the source of most legal transcription jobs.

There are nine operational LT firms employing 675 lawyers and legal personnel. The sector, which generated $9 million revenues in 2006, has among its key players Quisumbing Torres, SPI Technologies, SVI Corporation, CD Asia, Inc. and Medscribe Asia.

The Philippines had 100 software development companies in 2006 that booked $272 million revenues in 2006.

Among the firms providing software development services are Accenture, Headstrong, Microsoft, IBM Solutions, Jupiter Systems, Oracle, ADTX Solutions, TrendMicro, Gurango, Sun Microsystems, Intel Microelectronics, NEC and RCG Philippines.

Filipino animation continues to be a source of strength in BPO and is the oldest BPO sector (20 years in existence). The country’s 70 animation studios employ 6,500 persons and created revenues of $97 million in 2006.

Local studios consist of Holy Cow! Animation, Artfarm Asia, Digital Exchange, Top Draw Animation, Toei Animation, Top Peg Animation and Creative Studio, Creative Asia, Geebo Digital and Toon City, among others.

The relatively new Engineering Design Industry now consists of 24 companies employing 4,400 full time engineers. These firms reported revenues of $68 million in 2006.

Among these firms are JGC Phils., Fluor Daniel, Bechtel, Tsuneishi, Kajima Corp, Parsons, C & E Corp, EEI Corp, Eichleay Pacific, Inc., Hyundai Engineering, Foster Wheeler, Kellog, Brown & Root and Bouygues Construction,
The Philippines graduates 40,000 engineers every year and there are now some 100,000 licensed engineering professionals. Filipino engineers are prized for their high level of technical expertise in engineering design and practice internationally accepted engineering standards.

Helping hands
Through the efforts of BPA/P and supportive associations such as the European Chamber of Commerce of the Philippines (ECCP) and its subsidiary, the European IT Service Center (EITSC), the Philippines is now leveraging its large pool of creative design talent, lawyers and professionals in accounting and finance.

EITSC is an initiative of ECCP, the German Development Cooperation (GTZ) and the Asia-Europe Foundation of the Philippines to bridge the needs of Europe with the IT/BPO capabilities in the Philippines .

EITSC is currently in a partnership with Hanns Seidel Foundation and the European Union on human capacity building. EITSC and Hanns Seidel Foundation with co-funding from the European Union initiated a five-year program that takes a progressive approach to answering the call for more qualified workers in the IT/BPO sector.

The Philippine government also recognizes the strategic importance of BPO as generators of revenues and employment. President Gloria Arroyo has set aside $10 million in government money to train people for employment in the outsourcing industry. Students and other persons interested in outsourcing jobs are given vouchers that can be used for tuition at vocational schools.

But of greater import to the industry is its five-year roadmap being drawn up in assistance with international consulting firm McKinsey.

BPA/P president Dan Reyes said the roadmap will identify niche areas in the global marketplace in which the Philippines can be competitive against India and other outsourcing destinations such as China, Malaysia and eastern European countries.

He noted that while BPO is still predominantly call center-driven, both government and the private sector recognize the need to deliver higher-value BPO services such as HR and finance and accounting.

A glimpse of the BPA/P Roadmap 2010 was recently presented by BPA/P CEO Oscar Sañez during the Call Center Conference Exposition 2007. As it is still in its second phase, Sañez said the roadmap will be officially released later this year.

Sañez said the strategy involves not just the BPAP members but also the local communities, education institutions and local government units to ensure its success.

For the location component, BPAP will develop a set of products that identify and evaluate areas considered as "next wave" cities where startups and expanding BPOs can build new locations.

The reporting of next wave cities will contain the number of companies already operating in specific cities, telecommunications readiness, physical landscape, available expertise and possible challenges.

For the business environment component, BPAP intends to enhance perceptions regarding the Philippines as an ideal location for operators. To do so, BPA/P intends to conduct risk perception survey of locators, build success case studies and launch industry-wide campaigns to address intellectual property and Internet security, among
other issues.
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