arevalo villacorta

University of the Philippines
Electrical and Electronics Engineering Institute
EEE EYES ASEAN 2015
ALUMNI HOMECOMING 2014
ABOUT THE COVER
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PROGRAMME
I. National Anthem
II. Opening Remarks
by Joel Marciano
III.Introduction of Keynote Speaker
by Edwin Soliman
IV.Keynote Speech
by Chicho Mantaring
V.Election Mechanics
by Carlo Capiral
VI. Entertainment Number and Raffle
VII. UPEEEAAI President’s Report
by Dodgie Arevalo
VIII. Closing Remarks
by Vic Gruet
IX. After Party
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TA B L E O F C O N T E N T S
 Messages
▪ Dean, College of Engineering
▪ Director, UP EEEI
▪ President, UPEEEAAI
 About the Keynote Speaker
 Keynote Article
“ASEAN 2015: It’s Implication to the Engineering Profession”
 History of UP EEEI
 EEE Activities
▪ Alumni Activities & Projects
▪ Institute Activities: Updates on EEEI Building 2
▪ Circuit
▪ ERG
▪ IECEP
▪ IIEE
 UPEEEAAI Website
 2013 Board Profile
 EEE Institute Faculty
 Jubilarians
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MESSAGES
Congratulations, UP Electrical and Electronics Engineers Alumni
Association, Inc. (UPEEEAAI) on the occasion of your 12th Annual Alumni
Homecoming.
The theme of this year’s homecoming, “EEE ‘Eyes’ ASEAN 2015,” is
very relevant as the academe is in the midst of preparations for the
eventual ASEAN 2015 integration. Currently, the UPEEEI has the most
number of students in the College and produces a significant number of
outstanding alumni. I believe that this institute, with the support of its
alumni, will be able to contribute towards the pursuit of excellence and
innovation that will benefit the country.
Let me take this opportunity to thank you, UPEEEI alumni, for your
untiring support. Specifically, I would like to express my heartfelt
gratitude for the assistance you have extended to our students whose
families were affected by supertyphoon Yolanda. Your generous
assistance is truly appreciated.
Finally, I wish UPEEEAAI, more years of committed service to your
alma mater and to the country, and may you continue to carry out
worthwhile endeavors. More power!
AURA C. MATIAS
Dean, College of Engineering
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MESSAGES
A warm welcome to all our alumni, faculty, students and friends on the occasion of the
2014 Homecoming of the UP Electrical and Electronics Engineers Alumni Association Inc.
(UPEEEAAI).
This year’s theme, “EEE Eyes ASEAN 2015”, is in recognition of the truly global nature of
our profession. While economic integration and the lifting of barriers presents many
challenges to our work and study in engineering, these also present opportunities to expand
our horizon and to further extend our reach. Together with the University administration, we
are gearing up our curriculum, our faculty, staff and students to meet the test of
internationalization head-on and towards a more responsive and relevant engineering
education that redound to the country’s global competitiveness. Through the fellowship and
collaboration between the University and the alumni, we will be able to welcome these
challenges as opportunities for further growth and development.
I also wish to use this occasion to welcome all of you to the new building of the UP
Electrical and Electronics Engineering Institute (UP-EEEI). We are proud to highlight the new
facilities for instruction, research and extension and we invite all of you to take a tour, talk to
the students and faculty and learn more about our current and future activities.
Finally, I would like to thank the UPEEEAAI for putting in the hard work in organizing our
Alumni Homecoming year in and year out. Through the unwavering support of alumni, we are
able to continue offering the best learning environment for our students and we are able to
train and retain the best faculty members.
Envision. Explore. Excel. Innovate – this is your EEE Institute.
Mabuhay po kayo lahat!
JOEL S. MARCIANO
Director, UP EEEI
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MESSAGES
On behalf of the 2013-2014 UPEEE Alumni Association Inc. board of trustees, it is my privilege to welcome
you to our 12th UPEEE Alumni Homecoming. We are gathered tonight to rekindle memories of days spent in a
prestigious institution and reflect on its significant role in molding our respective careers.
This event is an opportunity to honor our jubilarian classes of 1954 (diamond), 1964 (gold) and 1989 (silver),
as well as to congratulate members of batch 2014 who are now eligible for inclusion into the rolls of the UPEEEAAI.
These new graduates, members of EEEI student organizations and student council EEE representatives were invited to
a homecoming experience that hopefully will inspire them this early to give back in their own respective capacities.
“EEE Eyes ASEAN 2015” is this year’s theme to promote awareness of the upcoming reciprocity in
professional practices among ASEAN member nations. With this in mind, your alumni association is all the more
earnestly committed to fulfill its mandate of serving the interests of UPEEEI, including its students, faculty and alumni.
This is a call for everyone to join hands and contribute in enhancing the academic resources of our institute.
For the current school year 2013-2014, the UPEEEAAI Scholarship Program was started with the goal of
financially supporting at least 1 EEE student thru his/her last 3 academic years. It will then have 2 scholars next school
year and 3 for SY 2015-2016, all to be internally funded by the association. Unprecedented developments last year
gave us the opportunity to instead assist 6 EEE students that were directly affected by the devastation of typhoon
“Yolanda.” Cash donations of P120,000 from 3 generous alumni, who requested anonymity, beefed up this year’s
scholarship fund and enabled us to underwrite the expenses of these 6 students for the whole 2nd semester. The
scholarship program will revert back to its originally planned format next school year.
The annual EEE alumni golf tournaments have been our main source of funds. This year’s event, UPEEEAAI
Golf 2014, will be held on 22 May 2014 at the Valley Golf & Country Club. It aims to raise a sufficient amount for the
continuity of the UPEEEAAI Scholarship Program and bankroll other future projects.
Our website (upeeeaai.org) that was set up by last year’s board of trustees is being updated to increase
traffic and reach out to alumni who we haven’t heard from for some time. Alumni, faculty and students are most
welcome to make it a dynamic venue for the exchange of ideas and be a productive vehicle focused on the objectives
of the UPEEEAAI.
The association’s account with BDO was closed last year with the funds transferred to RCBC Savings Bank for
a better yield. Part of the funds moved to RCBC Savings Bank was then used to open a VUL account with Sun LifeGrepa. This investment instrument is intended to be kept until such time that a substantial return has been realized, or
when the association prudently decides on a better use for its funds. Our financial records are being reviewed with a
report to be ready before the term of the current board of trustees ends.
Enthusiasm, Energy and Entrepreneurship are the needed traits to keep the bloodlines of our association
flowing. Enthusiasm, or dedication, to its mission will positively influence fellow alumni into selfless involvement in our
worthwhile activities. Energy needs to be sustained to keep us focused on our goals. Thirdly, a touch of
Entrepreneurship is essential for it to remain financially sound. These 3E’s will ensure we’re here for the long haul.
Another year has again swiftly passed as we constantly strive to see the full potential of our association at
work. It is only proper to acknowledge the 3E’s of our past boards of trustees, for we wouldn’t be here without them
having built UPEEEAAI’s backbone. And finally, my endless thanks for the priceless
commitment and support from our trustees, the UPEEEI faculty & staff and our
benefactors for making our tasks a lot easier.
GO triple E!!!
CONRADO S.R. AREVALO II
President, UP EEEAAI
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ABOUT THE KEYNOTE SPEAKER
RAFAEL NESTOR “CHICHO” VELEZ MANTARING
Educational Attainment:
University of the Philippines – College of Engineering
B.S. EE 1978, top 5 in graduating batch, 5th placer in Assistant EE licensure exam
Rensselaer Polytechnic Institute, Troy, New York, USA
Master of Engineering, Computer and Systems Engineering, 1983
Received a UNESCO fellowship to pursue graduate studies overseas.
University of New South Wales, Sydney, Australia.
Completed an intensive course in VLSI Design in 1989. The grant was from the
Australia-ASEAN Economic Cooperation Program.
Academe experience:
Former Chair of the Electrical Engineering Department (now Electrical and Electronics Engineering Institute),
College of Engineering, University of the Philippines.
Part time Lecturer and Consultant in Ateneo De Manila University for 3 years, where he developed and
taught a Microprocessor Systems Design course and helped set up Ateneo’s Computer Engineering Program.
Corporate Positions:
Former President and General Manager of Rohm LSI Design Philippines, a Japanese-owned technology
company involved in the design and development of integrated circuits.
Headed the IMI-Ayala Technology Development Initiative and the Platform Development Group of EAZIX,
Inc. EAZIX was the product realization and design services arm of Integrated Micro-Electronics, Inc.
Part time consultant for Computer Information Systems, Inc. for 3 years, serving as principal consultant
responsible for the development of the Rover, a handheld computer used for utility meter reading. The device was
used by MERALCO for over a decade.
Part time Software Consultant for Deltron Automation for 3 years, involved in the development of networked
microprocessor-based automation equipment for the semiconductor industry.
Presently head of Design and Development for Asia, Integrated Micro-Electronics, Inc. IMI is a global
Electronic Manufacturing Solutions provider with manufacturing and engineering operations in the Philippines,
China, Singapore, Europe and the USA.
Stints in the Government:
He served as consultant to the Technical Panel for Engineering Education, Ministry of Education, where he
recommended curricular and laboratory standards for engineering schools supervised by the Ministry.
He also served as Training Specialist for the Transport Training Center, Ministry of Public Highways, where he
developed computer applications and conducted courses for traffic management and transportation planning.
Professional Affiliations:
Senior Member, Institute of Electrical and Electronics Engineers (IEEE)
Former Vice President, Electronic Industries Association of the Philippines (EIAPI)
Technical Panel Member, Philippine Council for Industry, Energy and Emerging Technology Research and
Development, Department of Science and Technology
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KEYNOTE ARTICLE
“ASEAN 2015, Its Implications to the Engineering Profession”
It was at the 2nd ASEAN Summit held in Kuala Lumpur, Malaysia on December 1997 where the ASEAN Vision 2020 was
crafted. The ASEAN was to be a “Concert of Southeast Asian Nations, an Outward-Looking ASEAN, a Partnership in Dynamic
Development, and a Community of Caring Societies.” The vision sought to create a stable, prosperous and highly competitive
ASEAN Economic Region with free flow of goods, services and investments, a freer flow of capital, equitable economic
development and reduced poverty and socio-economic disparities. It was further adopted by the ASEAN Committee on Science
and Technology that the ASEAN would be “A technologically competitive ASEAN, competent in strategic and enabling
technologies, with an adequate pool of technologically qualified and trained manpower, and strong networks for scientific and
technological institutions and centres of excellence.” With this vision, the different sub-committees of the ASEAN went ahead
to create and implement appropriate action plans.
It caught many by surprise that during the 12th ASEAN Summit held in Cebu in 2007, the ministers agreed to accelerate
the establishment of the ASEAN Community from 2020 to 2015. An ASEAN Economic Community Blueprint and its strategic
schedule were adopted. An important goal of the blueprint is to establish the ASEAN as a single market and production base by
2015 through the free flow of goods, free flow of services, free flow of investment, freer flow of capital and the free flow of
skilled labour.
It is now 2014. It is doubted there will be dramatic changes in our lives next year. It was an ambitious declaration made
by the ASEAN leaders in Cebu. Looking at the AEC Blueprint, it is obvious there are large gaps between what has to happen and
what prevails. For example, the free flow of goods will not be possible unless tariffs and non-tariff barriers among ASEAN
countries have been eliminated. On the other hand, for the free movement of skilled labour, the barriers to foreign
employment at each member state have to be addressed. In the case of the Philippines, there are constitutional restrictions to
hiring foreign workers.
The responsibility of meeting the milestones agreed upon by the ASEAN leaders have been left to the country
bureaucrats who have been meeting and discussing. Yet very little is happening. Nevertheless, things will eventually happen
and we all have to be prepared. This article would like to mention a few things that will impact our profession.
First, because there will be talent mobility within the ASEAN, it will be easier for Filipino engineers to seek employment
within the region. The Philippines is already a popular source of skilled labour and professionals to the world. We are in
demand because of our English proficiency, our adaptability, and our service orientation. We seek jobs outside because of
better compensation. While the Philippines probably will not lose a lot of skilled workers to countries like Laos, Myanmar,
Cambodia and Vietnam, we are likely to experience an exodus of workers to Singapore, Malaysia, Brunei, Thailand and maybe
even Indonesia. This could strain local industries, especially SMEs that cannot afford to pay engineers as much as large
corporations and multinationals. Many of us work for or even run SMEs. We would have to learn to cope with this. Yes, there
will be talent available from the lower income economies of the ASEAN but will they satisfy our requirements?
On the flip side, talent mobility will provide more opportunity for us engineers to seek better opportunities overseas.
However, we will be benchmarked against the best in the region. It is therefore incumbent upon the educators and trainers
among us to keep the engineers we produce current with the times. An effective way of doing this is through research and
development programs. Yet our government’s spending on R&D as a percentage of GDP is only higher than that of Brunei,
Cambodia, Indonesia and Laos. All other ASEAN states, including Myanmar and Vietnam, beat us in this statistic. Government
must beef up R&D spending. But the private sector must also do its share by funding research. We all must do what we can to
keep our University programs progressive so that students are exposed not only to current but also to emerging technologies.
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KEYNOTE ARTICLE
Before you are able to practice your profession overseas, certification is normally required from the professional
regulatory body of your destination. In the Philippines, it is the Professional Regulation Commission (PRC) that plays this role.
To facilitate the free flow of services, the ASEAN agreed for Mutual Recognition Agreements to be forged among member
countries for the different professions. For engineers, the ASEAN Federation of Engineering Organizations (AFEO) was formed.
AFEO brings together the national engineering organizations of the different ASEAN nations. The Philippines is represented by
the Philippine Technological Council (PTC) which is the umbrella organization of the 12 professional engineering associations
recognized by the PRC plus the Philippine Institute of Industrial Engineers, the only self-certifying professional engineering
association in the Philippines. To facilitate engineering mobility, AFEO established the ASEAN Engineering Register (AER). If an
engineer is listed in the AER, his competencies are automatically recognized within the region. In the Philippines, registration in
the AER is done through the PTC. Philippine engineers are encouraged to seek listing in the AER. A listed engineer can rightfully
append the title “ASEAN Engineer” to his name.
There are many more areas which will impact us when ASEAN 2015 eventually comes to fruition. A thorough discussion
is beyond this article’s intent. The overall message is, “Let’s be ready!” Otherwise, a few years from now, you might be asking a
Malaysian company to do your electrical wiring using products manufactured in Vietnam, and eating processed food from
Indonesia, while all our good engineers are working in Singapore, Malaysia and Thailand. Accept that to retain good talent, you
have to pay and that to stay competitive, you have to continue finding better ways of doing things. We have to innovate. At the
same time, the government has to exert more effort in lowering the cost of doing business in the Philippines. Finally, our
Universities have to stay abreast with the best in the region. ASIAN 2015 is coming. Let us take advantage of the opportunities!
About the author: Chicho Mantaring is currently the Head of Design and Development for Asia of Integrated
Microelectronics, Inc. He is a member of the technical panel of the Philippine Council for Industry, Energy and Emerging
Technology Research and Development of the DOST and was recently the Philippines’ private sector representative to the
Talent Mobility Workshop of the ASEAN Committee on Science and Technology.
It was at the 2nd ASEAN Summit held in Kuala Lumpur, Malaysia on December 1997 where the ASEAN Vision 2020 was
crafted. The ASEAN was to be a “Concert of Southeast Asian Nations, an Outward-Looking ASEAN, a Partnership in Dynamic
Development, and a Community of Caring Societies.” The vision sought to create a stable, prosperous and highly competitive
ASEAN Economic Region with free flow of goods, services and investments, a freer flow of capital, equitable economic
development and reduced poverty and socio-economic disparities. It was further adopted by the ASEAN Committee on Science
and Technology that the ASEAN would be “A technologically competitive ASEAN, competent in strategic and enabling
technologies, with an adequate pool of technologically qualified and trained manpower, and strong networks for scientific and
technological institutions and centres of excellence.” With this vision, the different sub-committees of the ASEAN went ahead
to create and implement appropriate action plans.
It caught many by surprise that during the 12th ASEAN Summit held in Cebu in 2007, the ministers agreed to accelerate
the establishment of the ASEAN Community from 2020 to 2015. An ASEAN Economic Community Blueprint and its strategic
schedule were adopted. An important goal of the blueprint is to establish the ASEAN as a single market and production base by
2015 through the free flow of goods, free flow of services, free flow of investment, freer flow of capital and the free flow of
skilled labour.
It is now 2014. It is doubted there will be dramatic changes in our lives next year. It was an ambitious declaration made
by the ASEAN leaders in Cebu. Looking at the AEC Blueprint, it is obvious there are large gaps between what has to happen and
what prevails. For example, the free flow of goods will not be possible unless tariffs and non-tariff barriers among ASEAN
countries have been eliminated. On the other hand, for the free movement of skilled labour, the barriers to foreign
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KEYNOTE ARTICLE
employment at each member state have to be addressed. In the case of the Philippines, there are constitutional restrictions to
hiring foreign workers.
The responsibility of meeting the milestones agreed upon by the ASEAN leaders have been left to the country
bureaucrats who have been meeting and discussing. Yet very little is happening. Nevertheless, things will eventually happen
and we all have to be prepared. This article would like to mention a few things that will impact our profession.
First, because there will be talent mobility within the ASEAN, it will be easier for Filipino engineers to seek employment
within the region. The Philippines is already a popular source of skilled labour and professionals to the world. We are in
demand because of our English proficiency, our adaptability, and our service orientation. We seek jobs outside because of
better compensation. While the Philippines probably will not lose a lot of skilled workers to countries like Laos, Myanmar,
Cambodia and Vietnam, we are likely to experience an exodus of workers to Singapore, Malaysia, Brunei, Thailand and maybe
even Indonesia. This could strain local industries, especially SMEs that cannot afford to pay engineers as much as large
corporations and multinationals. Many of us work for or even run SMEs. We would have to learn to cope with this. Yes, there
will be talent available from the lower income economies of the ASEAN but will they satisfy our requirements?
On the flip side, talent mobility will provide more opportunity for us engineers to seek better opportunities overseas.
However, we will be benchmarked against the best in the region. It is therefore incumbent upon the educators and trainers
among us to keep the engineers we produce current with the times. An effective way of doing this is through research and
development programs. Yet our government’s spending on R&D as a percentage of GDP is only higher than that of Brunei,
Cambodia, Indonesia and Laos. All other ASEAN states, including Myanmar and Vietnam, beat us in this statistic. Government
must beef up R&D spending. But the private sector must also do its share by funding research. We all must do what we can to
keep our University programs progressive so that students are exposed not only to current but also to emerging technologies.
Before you are able to practice your profession overseas, certification is normally required from the professional
regulatory body of your destination. In the Philippines, it is the Professional Regulation Commission (PRC) that plays this role.
To facilitate the free flow of services, the ASEAN agreed for Mutual Recognition Agreements to be forged among member
countries for the different professions. For engineers, the ASEAN Federation of Engineering Organizations (AFEO) was formed.
AFEO brings together the national engineering organizations of the different ASEAN nations. The Philippines is represented by
the Philippine Technological Council (PTC) which is the umbrella organization of the 12 professional engineering associations
recognized by the PRC plus the Philippine Institute of Industrial Engineers, the only self-certifying professional engineering
association in the Philippines. To facilitate engineering mobility, AFEO established the ASEAN Engineering Register (AER). If an
engineer is listed in the AER, his competencies are automatically recognized within the region. In the Philippines, registration in
the AER is done through the PTC. Philippine engineers are encouraged to seek listing in the AER. A listed engineer can rightfully
append the title “ASEAN Engineer” to his name.
There are many more areas which will impact us when ASEAN 2015 eventually comes to fruition. A thorough discussion
is beyond this article’s intent. The overall message is, “Let’s be ready!” Otherwise, a few years from now, you might be asking a
Malaysian company to do your electrical wiring using products manufactured in Vietnam, and eating processed food from
Indonesia, while all our good engineers are working in Singapore, Malaysia and Thailand. Accept that to retain good talent, you
have to pay and that to stay competitive, you have to continue finding better ways of doing things. We have to innovate. At the
same time, the government has to exert more effort in lowering the cost of doing business in the Philippines. Finally, our
Universities have to stay abreast with the best in the region. ASIAN 2015 is coming. Let us take advantage of the opportunities!
About the author: Chicho Mantaring is currently the Head of Design and Development for Asia of Integrated
Microelectronics, Inc. He is a member of the technical panel of the Philippine Council for Industry, Energy and
Emerging Technology Research and Development of the DOST and was recently the Philippines’ private sector
representative to the Talent Mobility Workshop of the ASEAN Committee on Science and Technology.
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ABOUT THE INSTITUTE
The Institute's mission is to produce excellent, innovative and
nationalistic engineers and to advance the field of electrical and
electronics engineering.
Our undergraduate programs are research-oriented and strongly
emphasize the thorough and scholarly understanding of fundamental
concepts. They were designed to fully develop engineering design and
analytical skills, provide extensive practical experience, encourage
creativity and resourcefulness, expose the students to new and
emerging technologies, promote self-learning, sharpen the student's
proficiency in communication, and instill a proper sense of values, a
healthy philosophical outlook, and a strong set of ethical principles.
Our graduate programs provide advanced training in several areas of
specialization. They will provide the country with a pool of highly
qualified electrical and electronics engineers who are able to carry out
creative and challenging work in research, development, high-level
design, technology management and university instruction, and who
are capable of using existing and emerging technologies in solving
today's problems.
The facilities of the Institute consist of instruments, equipment,
software and hardware for instruction and research in the different
areas of Electrical and Electronics Engineering. The EEE building
currently houses all of the laboratories of the Institute. A second
building is being constructed, which will accommodate additional
lecture rooms. Several laboratories will also be transferred to the
second building.
People comprising the Institute – its faculty members, lecturers,
administrative personnel and students – is our most important
resource. The dynamic relationship of these people is the major
contributor to the Institute's continued growth and academic
excellence.
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T H E H I STO RY O F U P E E E I
curricula leading to the degrees of Bachelor of
Science in Mechanical Engineering, Electrical
Engineering, and Mining Engineering. Additional one
year of study led to the degree of Master of Science
in the respective fields. Announcements were made
for opening these courses at the start of the
academic year 1916-1917. Professor H .W. Reynolds
was made head of the departments of Mechanical
and Electrical Engineering.
The Board of Regents of the University, in a
resolution passed on June 3, 1910, appointed Mr. W.J.
Colbert as acting Dean of the College of Engineering. His
appointment was set to effect on June 13, 1910 thereby
creating the College of Engineering. The classes were
held at a two-story building, the O'brien residence, at
the corner of Isaac Peral (now United Nations Avenue)
and Florida (now Maria Y. Orosa) streets in Ermita,
Manila. The offices of the University were on the ground
floor. Engineering and liberal arts classes alternated in
using the rooms on the second floor. Mathematics and
physics were taken under the College of Engineering.
The classes in drawing were held at the Manila High
School building along Calle Victoria in Intramuros. The
O'brien house was formally turned over to the College in
September, 1910, and became known as the "College of
Engineering."
On October 13, 1913, Mr. Herman W. Reynolds, from
the Department of Mechanical Engineering of the
University of California, was appointed Associate
Professor to give instruction in Mechanical and Electrical
Engineering to the Civil Engineering students.
1915-Dean Wrentmore recommended the institution
of Mechanical and Electrical Engineering courses in
keeping with the industrial development of the country;
it would not appreciably increase the operating
expenses of the college.
January 10, 1916 - Board of Regents approved the
Substantial appropriations were earmarked for
laboratory equipment to augment the engines and
motors that were installed in 1915. A one-story
reinforced concrete building was constructed facing
Calle Florida. It was designed similarly with the
building that housed the chemistry laboratory along
the same street. In this new building were the offices
of the mechanical and electrical engineering
departments. It also contained the laboratory
facilities: a steam boiler, two steam engines, a
gasoline engine, a crude oil engine, direct current
and alternating current motors, generators,
transformers and testing apparatuses.
In 1918, Hermenegildo B. Reyes, a Cornell
University graduate in electrical engineering, who
was appointed Assistant Professor of Mechanical
and Electrical Engineering.
Professor Herman W. Reynolds was appointed
Dean beginning the academic year 1919-1920.
In academic year 1921-1922, the curricula in Civil,
Mechanical and Electrical Engineering were revised
chiefly in the apportionment of the units of study per
semester for all the four years.
The faculty staff of the DEE in 1923 were as
follows: Head & Professor - H.W. Reynolds (on
leave); Acting Head & Asst. Prof. - Hermenegildo B.
Reyes; Associate Professor - Henry L. Reich;
Instructor - Juan L. Tiongson.
In 1926, professor J. L. Tiongson was appointed
university fellow to study in the United States. In
1927-1928, Mr. Cornelio German of the electrical
engineering department resigned and his position
was filled in by Mr. Francisco T. Sunico who had been
special lecturer since 1926.
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T H E H I STO RY O F U P E E E I
At the start of school year 1948-1949 there were 23
members of the faculty and ten lecturers. The enrollment
numbered 500. After classes closed for Christmas recess in 1948,
the University moved to the Diliman campus which heretofore
had been occupied by the U.S. Army. The College of Engineering
was assigned to occupy the Quonset huts and temporary
buildings in the blocks bounded by North Avenue, North 1st
street, Broadway and Bataan Road. (These streets are presently
Osme–a Avenue, G. Apacible, Magsaysay Avenue and Emilio
Jacinto Streets.) A Quonset hut which housed bowling alleys was
converted into engineering offices. A small Quonset hut was
repaired for the Library. Equipment and machines acquired for
the various laboratories in Florida Street were hauled to the new
campus and installed in the makeshift buildings.
In the new Diliman Campus, despite the fact that most
students commuted from Manila (at that time via España, Sta.
Mesa and Katipunan Road), the Enrollment in the University
steadily increased. The University, however, started the huge
construction program of college building, laboratories,
dormitories and other facilities. The only permanent building
then were the College of Education (Benitez Hall) and the
College of Law (Malcolm Hall). The construction of the
Engineering building on the northside of the Campus was begun
in 1949 along with other buildings. In the meanwhile, laboratory
equipment were being acquired from various sources.
In 1951 the College moved into the new four-story
building along Osmeña Avenue, a mirror image of the Liberal
Arts Building across the wide, dampy University Quadrangle.
However, the east wing of the building was not yet constructed
where the old University Theater was located.
In 1953, Large quantities of equipment for the various
laboratories, particularly for the Power Laboratory, Flotation
Laboratory, Metallurgy Laboratory, Material Testing Laboratory,
Electronics Laboratory, Chemical Engineering Laboratory,
Hydraulics Laboratory, and Soil Mechanics Laboratory were
received as FOA aid.
The Electronics Training Project for instructors in
electronic courses started on September 2, 1957. The ICA-NEC
sponsored program conducted instruction in the operation of
microwave equipment to two groups of trainees. Three RCA
engineers and technicians joined the engineering staff to
conduct the course. Some $60,000 worth of equipment for
instruction were acquired for this purpose.
One of the significant additions to the facilities of the
College in 1953 was the setting up of the Radio Broadcasting
Station, DZUP, and the electronics Communications Laboratory,
DUIUP, atop the engineering building. The station and the
laboratory provided training to electrical engineering students
as well as serve the University for disseminating information of
its activities to the public.
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During the 1963 U.P. Alumni Engineers Homecoming, the
Engineering Building was named Melchor Hall in honor of the late Col.
Alejandro Melchor. He was an engineering alumnus, former member of
the engineering faculty and the U.P. Board of Regents, Secretary of
National Defense in the Philippine Cabinet in exile during World War II,
and a researcher whose studies on pontoon bridges contributed
significantly in winning the war for the Allied Forces. Dedication
Ceremonies were held and a plaque was unveiled at the portico of the
edifice with President Romulo as guest speaker and the family of
Alejandro Melchor present.
The heirs of German A. Yia, through his widow, Mrs. Pura Yia,
donated a sizeable sum to finance the construction of the German A. Yia
Hall. The building had been used for additional electrical laboratories.
The building is situated at the corner of Magsaysay Avenue and
Agoncillo Street. The late German A. Yia belonged to the mechanical
engineering class of 1928. After graduation, he continuously worked for
the Atlantic, Gulf and Pacific Company. He served as a President of U.P.
Alumni engineers for two terms, from 1960-1962. The UP Alumni
Engineers donated funds necessary for the furnishing of the German Yia
Hall in 1974. In the 80's the whole department of Electrical Engineering
moved to Yia hall. The solar lab was then established there, and the EE
Power Lab transferred there as well.
In 1994, the Department of Electrical Engineering was renamed
the Department of Electrical and Electronics Engineering (DEEE) and
started offering the Electronics and Communications Engineering (ECE)
and Computer Engineering (CoE) Programs.
In 2001, the department transferred to its current location
along Velasquez St except for Solar Lab and Power Lab. In 2009, with the
Yia Hall structure completely demolished to give way for the
construction of the ME/IE Building, the Power Lab was eventually
transferred to the new building.
In 2008, the Department of Electrical and Electronics
Engineering was elevated to an Institute.
Construction of a new wing of the EEE Building started on
August 2010. The construction of the building is made possible by a
grant from the Infrastructure Program of the Department of Science and
Technology Engineering Research and Development for Technology
(ERDT) Program. It is expected to be occupied by 1st Semester Academic
Year 2013-2014.
The UP EEE Institute is gearing up for growth in enrollment in
undergraduate and graduate levels in support of the country's efforts in
promoting technology innovation. The EEEI is committed to building a
'critical mass' of highly-skilled engineers and scientists with advanced
degrees. The provision of the new building, along with instructional and
research equipment, will enhance the teaching and research capacity of
the institute. It is a major milestone in the Institute's efforts to put
relevant and responsive engineering education and research in the
forefront of our country's push for global competitiveness.
-taken from http://coe.upd.edu.ph/about/history and http://www. eee.upd.edu.ph
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E E E AC T I V I T I ES :
ALUMNI ACTIVITIES & PROJECTS
U P E E EA A I S U P P O RT TO ST U D E N TS
A F F EC T E D BY T Y P H O O N YO L A N DA
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The Institute has not remained idle as the world continued to evolve. It has adapted to the changing times in a multitude of
creative and innovative ways, pushing technology research in the Philippines further than they ever have before.
The new building now houses rooms for all EEEI graduate students. The end goal is for every graduate student to have their
own personal desk, in order to encourage more students to enrol in the Institute’s graduate programs. Many of the rooms in
the old building have also been renovated, starting with the Institute comfort rooms and one of the large lecture rooms.
The Microelectronics and Microprocessors Laboratory has a new sponsor, Analog Devices. Much of their research has also
shifted to analog electronics. They have also spearheaded Micro-Ed, which teaches basic microelectronics to interested
parties.
The Robotics and Automation Laboratory is now housed in the third floor new building, with a room solely dedicated to
research and new equipment. The Power Systems Simulation Laboratory, meanwhile, now has an instructional laboratory,
also in the new building. Several other laboratories have moved or are moving to the new building; these include the Power
Electronics Laboratory, the Electric Power Research Laboratory and the Power Systems Simulation Laboratory.
Many of the laboratories are now involved in the Smart Wire project. Among those directly involved are the Electrical
Engineering laboratories, the Computer Networks Laboratory and the Microelectronics and Microprocessors Laboratory.
Their aim is to develop a more cost efficient and responsive electric grid for the Philippines.
Other laboratories also have new projects, such as LEAP from the Digital Signal Processing Laboratory, CharM from the Power
Electronics Laboratory and ROGER and LADDERS from the Wireless Communications Engineering Laboratory.
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2013 BOARD PROFILE
ALEX CABUGAO
Alex C. Cabugao is Assistant Vice President and Head of Corporate Business
Technical Support at MERALCO. Currently in charge of connection services for
large accounts, he worked on system engineering for Meralco’s distribution
network system for 18 years and has also been involved in the development and
provision of value added services in the areas of power quality and energy
solutions including development of customer technical standards. He is a
Professional Electrical Engineer, ASEAN Engineer and Certified Energy Manager.
He holds a Bachelor’s Degree in Electrical Engineering and has completed units
(without thesis) in Masters of Science in Electrical Engineering both from the
University of the Philippines, in addition to a Master in Management obtained
from Asian Institute of Management.
ALLAN NERVES
He obtained his Bachelor of Science and Master of Science degrees in
Electrical Engineering from the University of the Philippines Diliman in 1982 and
1988, respectively. He earned his Doctor of Philosophy degree in Electrical
Engineering from Virginia Tech, U.S.A. in 1996. He is an Associate Professor in
both the Electrical and Electronics Engineering Institute (EEEI) and in the Energy
Engineering program of the University of the Philippines Diliman. He is also the
Deputy Director for Students and Alumni of the EEEI and is Head of the Electric
Power Research Laboratory (EPRL) of the EEEI. He is a registered Professional
Electrical Engineer and is a Senior Member of the Institute of Electrical and
Electronics Engineers (IEEE-U.S.A.) and of the IEEE Power and Energy Society
(PES-U.S.A.). He is also a Senior Member of the Institute of Integrated Electrical
Engineers of the Philippines (IIEE). He has published 35 technical papers in
refereed international journals and conference proceedings. His current research
interests include power system dynamics and control, electricity markets,
optimal operation of power systems, and power system planning.
DODGIE AREVALO
Following the footsteps of my late Dad, I decided to pursue a career in power
systems engineering and have been using it as my base for entrepreneurship.
Managing Daemcor, an engineering services firm, allows me the opportunity to
contribute and give back by doing our best in all endeavors.
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CARLO CAPIRAL
Was with ROHM LSI before joining the Philippine Institute for Integrated
Circuits. Also a lecturer in the Industrial Design program of the College of St.
Benilde School of Design Arts and in the Physics Department of De La Salle
University.
DANNY ALCASID
Danny is a BSEE/MSEE graduate and holds a Diploma on Electronic Design
Engineering from Philips International Institute, The Netherlands.
He has been a faculty member of the Dept of Electrical Engineering for 12
years and is currently with ASTEC Power Philippines (now Artesyn Embedded
Technologies).
Danny is an engineer on weekdays but a hobbyist on week-ends, he keeps
himself busy with gardening, wood work and metal works at home.
EDWIN SOLIMAN
Edwin (BSEE’80) has over 33 years experience in IT Infrastructure Service
Delivery and Service Management in banking (20 years) and telco (12 years)
environments. By twist of luck, his wife (Leni, HRA), son (Gerald, MD-UP Manila
PGH) and daughter (Mikah, currently BS Psycho major) all went to UP.
When not glued on FB, his other interests are in farming/real estate, while onoff hobbies include stacking up on DVD, Bonsai culture, and Metal Arts collecting.
GERRY VILLACORTA
Gerry Villacorta is the president of Industrial Electro-Communications Inc.
which is now a major player in the Telecommunications, Broadcast and Power
Utility Industry. He is also a part time Professor in the University of Asia and the
Pacific, teaching Operations Management, Strategic Management and Business
Math. He had been the ECE Department head in Don Bosco Technical College
teaching various engineering subjects. He is an active member of IEEE and had
been the Chairman of the IEEE Philippine Section.
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2013 BOARD PROFILE
NINO RAMOS
Niño has been an affiliate in Power Electronics Laboratory during his
undergraduate years in the institute. After finishing his BSECE, he decided to work
in Emerson Network Power as electrical design engineering. Later, he came back
to EEEI to pursue his MSEE while working as a supervising science research
specialist under the UP-DOST Wind Power Generator System Project. He then
started as a lecturer and has enjoyed teaching. He is currently an assistant
professor and the head of the Power Electronics Laboratory.
VICTOR GRUET
Victor Gruet heads Symphony I.T. Consulting which does OEM and embedded
systems design, in addition to policy and management consulting in I.T. from his
corporate days in Meralco, Fort Bonifacio and Piltel. He also does advocacy work
in promoting growth in the electronics and IT industry.
VER ALLAN NEPOMUCENO SUMABAT
Year Graduated: 2000
Course: BS CoE
Affilation: (company) AATi Advanced Technologies, Inc.
About yourself: Allan works for AATi Advanced Technologies, Inc., a software
development company catering to businesses and organizations worldwide.
He is blessed with a lovely wife, Kristine Esguerra, as well as three daughters,
Antonina, Annika, Alexa and son, Miguel. He enjoys sports activities like
basketball and golf. On his spare time, he reads about history, current events,
and technological innovations.
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RANDY GONZALES
After finishing his EE degree in 1982, Randy worked for several computer
companies as a hardware engineer before setting up his own software
company, Adamas Software Corp. Eventually, Adamas became one of the few
local companies which created a successful software product for the banking
industry.
Currently, he is creating a new startup focusing on mobile computing.
JOY BILLONES
Joy has spent most of his career in the power generation industry. He was
with Electrobus Consolidated under various capacities, including the operation
and maintenance of the Clark Diesel Power Plant during the height of the power
crisis in the 90s. He then moved on to Carmelray Industrial Park 2 Power Corp., in
Calamba, Laguna. Now, Joy is the Technical Manager of One Subic Power
Generation Corp., the company operating the diesel power plant inside Subic Bay
Freeport Zone.
Joy is married to Pat, and they are blessed with three beautiful daughters.
MARIO GLENN BAROMA
Year Graduated: 1978
Affilation: (company) CPI Total Corp
Favourite EEE subject: EE69
About yourself: Miss college life relax especially pag walang exams. Unlike
ngayon stressed sa trabaho. Maybe we can talk about what we do as engineers, or
what we miss about the university? Or what we like to do in our spare time. For
those people who have names on the files attached. These are some additional
requests to be able to complete the souvenir program.
ARTURO E. MEDINA, JR.
BSEE 1977
Ace-M Electric and Industrial Supply Inc — President
EMS(Phils) Inc. — VP-Sales and Marketing
EEGC (Electrical Engineers Golf Club of the Phils.) - President (2008)
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EEEI FACULTY
PROFESSORS
Escoto, Miguel Jr. T.
MS EE, Worcester Polytechnic Institute, 1982
Power Electronics, Electric Motor Drives
[email protected]
Guevara, Rowena Cristina L. (on special detail to DOST)
Ph.D. EE (Systems), University of Michigan, 1997
Speech, Audio and Communications Signal Processing
[email protected]
Marciano, Joel Joseph Jr. S.
Institute Director
Ph.D. EE, University of New South Wales 2001
Wireless Communications, RF and Microwave Engineering
[email protected]
Ramos, Manuel Jr. C.
Ph.D. EE, Purdue University, 1998
Control Systems, Nonlinear Control, Robotics, Fuzzy
Systems
[email protected]
Sison, Luis G.
Ph.D. EE, Purdue University, 1998
Biomedical Engineering, Wireless Sensor Networks
[email protected]
ASSOCIATE PROFESSORS
Alvarez, Anastacia B. (on study leave - National University
of Singapore)
Associate Professor
MS EE, UP Diliman, 2004
Microelectronics, Computer Architecture, Digital Design
and HDLs, Memory and Cache Design
[email protected]
Atienza, Rowel O.
Ph.D. Information Engineering, Australian National
University, 2008
Human-Machine Interface
[email protected]
Cajote, Rhandley D.
Ph.D. EE, Chulalongkorn University, 2011
Image & Video Processing, Handwriting Recognition,
Machine Vision, Stereo Imaging, Pattern Recognition
[email protected]
Del Mundo, Rowaldo D.
MS EE, UP Diliman, 1991
Power Systems, Electricity Markets and Regulation, Energy
Planning
[email protected]
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Nerves, Allan C.
Ph.D. EE, Virginia Tech, 1996
Power and Energy Systems, Electricity Markets
[email protected]
Ocampo, Roel M.
Ph.D. EEE, University College London, 2007
Computer Networks
[email protected]
Pedrasa, Michael Angelo, A.
Ph.D. EE, University of New South Wales 2011
Power Systems, Renewable Energy, Power Electronics
[email protected]
Tiglao, Nestor Michael C.
Ph.D. EE, Universidade Tecnica de Lisboa
MS EE, UP Diliman 2005
Computer Network Architecture & Programming, IP Quality
of Service, Web-based Development
[email protected]
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EEEI FACULTY
ASSISTANT PROFESSORS
Alarcon, Louis P.
Ph.D. EECS, University of California, Berkeley, 2010
Microelectronics, Integrated Circuits, RF IC Design, Low-Power
Processor Design
[email protected]
Co, Paul Jason R. (on Ph.D. study leave – Tokyo Institute of Technology)
MS EE, UP Diliman, 2005
RF and Antennas, Wireless Communications
[email protected]
Ramos, Niño Christopher
MS EE, UP Diliman, 2012
Power Electronics, Wind and Solar Energy
[email protected]
De Leon, Maria Theresa G
Ph.D. EE, University of Southampton (in progress)
MS EE, UP Diliman, 2004
Analog and RF IC Design, IC Testing and Verification
[email protected]
Rosales, Marc D.
Ph.D. EE, ESIEE Paris (in progress)
MS EE, UP Diliman, 2003
Radio-Frequency Integrated Circuits, Electronic Prototyping
[email protected]
Hizon, John Richard E.
Ph.D. EE – Imperial College of London, 2012
RF IC Design, RISC Processors, Mixed Signal Circuits
[email protected]
Talampas, Marc Caesar R. (on study leave – Nanyang Technological Institute)
MS EE, UP Diliman, 2006
Instrumentation, Embedded Systems, Environmental
Monitoring, Wireless Sensor Networks
[email protected]
Madamba, Joy Alinda R. (on Ph.D. study leave – UP Diliman)
MS EE, UP Diliman, 2005
Digital Design, Microelectronics, Computer Architecture
[email protected]
Magpantay, Percival DC. (on Ph.D. study leave – UP Diliman)
MS EE, UP Diliman, 2006
Microcontrollers, Sensors, Subsumption Architecture, Mobile
Robotics
[email protected]
Odulio, Carl Michael F. (on Ph.D. study leave – UP Diliman)
MS EE, UP Diliman, 2005
Power Electronics, Electric Motor Drives
[email protected]
Paet, Leonard Bryan B.
MS EE, UP Diliman, 2013
Wireless Communications
[email protected]
Pedrasa, Jhoanna Rhodette I.
Ph.D. EE, University of New South Wales, 2011
Computer Networks, Mobility Management of Handheld
Devices, Simulation-based Analysis of Networks
[email protected]
De Leon, Franz A.
Ph.D. EE, University of Southampton (in progress)
MS EE, UP Diliman, 2005
Digital Signal Processing in Communications, Audio
Engineering
[email protected]
Malquisto, Bienvenido Jr. M. (on Ph.D. study leave – UP Diliman)
MS EE, UP Diliman, 2006
Power Systems, Industrial Automation and Control
[email protected]
Orillaza, Jordan Rel C.
Ph.D. EE – University of Canterbury
Power Systems, Electrical Machines
[email protected]
Tarnate, Wilbert Rey
MS EE, UP Diliman, 2013
Power Systems
[email protected]
Tio, Adonis Emmanuel
MS EE, UP Diliman, 2013
Power Systems
[email protected]
Umali, Edwin M.
Ph.D. EE, University of Electro-Communications
Wireless Communications
[email protected]/ [email protected]
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EEEI FACULTY
INSTRUCTORS
Aquino, Hadrian Renaldo O.
MS CSE, Rennselaer Polytechnic Institute, 2009
Microelectronics
[email protected]
Lorenzo, Romarie U.
MS EE, UP Diliman, 2009
Wireless Communications
[email protected]
Aragon, Andrew Noel B.
BS ECE, UP Diliman, 2013
Digital Signal Processing Laboratory
Lucas, Crisron Rudolf G.
BS ECE, UP Diliman, 2013
Digital Signal Processing Laboratory
Bayona, Michael Gringo Angelo R.
MS EE, UP Diliman, 2013
Digital Signal Processing Laboratory
Purisima, Miguel Carlo L.
MS EE, UP Diliman, 2014
Wireless Communication Engineering Laboratory
Chua, Adelson
BS CoE, UP Diliman 2012
Microelectronics
[email protected]
Ramirez, Patth Rick
BS ECE, UP Diliman, 2013
Wireless Communication Engineering Laboratory
Cruz, Ivan Benedict Nilo C.
MS EE, UP Diliman, 2009
Power System Operations & Economics, Power System
Dynamics & Control, Electrical Machines & Drives
[email protected]
De Guzman, Jaybie
BS ECE, UP Diliman, 2011
Computer Networks
[email protected]
Salces, Adrian C.
BS ECE, UP Diliman, 2013
Wireless Communication Engineering Laboratory
Santos, Christopher G.
BS COE, UP Diliman, 2013
Microelectronics & Microprocessors Laboratory
Sebastian, Sherry Joy Alvionne V.
BS COE, UP Diliman, 2013
Microelectronics & Microprocessors Laboratory
Densing, Chris Vincent J.
MS EE, UP Diliman, 2013
Microelectronics & Microprocessors Laboratory
Tria, Lew Andrew R.
MS EE, UP Diliman, 2009
Power Electronics, Solar Photovoltaics
[email protected]
Logronio, Aristeo
BS ECE, UP Diliman 2012
Digital Signal Processing
[email protected]
TEACHING ASSOCIATES
Gallano, Russel John
BS EE, UP Diliman 2012
Power Systems
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Maestro, Rico Josel
BS CoE, UP Diliman 2012
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EEEI FACULTY
LECTURERS
Arandilla, Christiensen
BS CoE, UP Diliman, 2012
Microelectronics
Pulutan, Karmina Doreena A.
BS ECE, UP Diliman, 2010
Tang, Alvin
BS ECE, UP Diliman, 2011
Microelectronics
Hilario, Calvin Artemies
BS ECE, UP Diliman 2011
Instrumentation and Robotics
[email protected]
Visitacion, Jan-Adelle P.
BS ECE, UP Diliman 2011
Microelectronics
Magsino, Jessica C.
MS EE, UP Diliman 2012
Zabanal, Mary Ann
BS ECE, UP Diliman, 2011
Instrumentation and Robotics
Nunez, Raymond C.
MS Computer Science, UP Diliman 2008
Senior Lecturer 1
Computer Security and Networks
[email protected]
PROFESSORIAL LECTURERS
Alarilla, Luis Jr
PhD EECS University of California, Berkeley, 2010
Microelectronics, Integrated Circuits, RF Ic Design, Low
Power Processor Design
Simon, Dwight David M.
Ph.D. EEE, UP Diliman, 2007
Wireless Communications
SUPPORT STAFF
Veronica B. Centeno
Amelia M. Yanzon
Ma. Dolores C. Pernia
TECHNICIANS
Sukarno A. Ali
Paolo Ileto
Rogelio Lagahit Jr.
Cesar Regidor
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JUBILARIANS
DIAMOND (1954)
Teodoro Reyes
Rogelio Samson
Estanislao Angeles, Jr.
Calupig Eulalio
Angel Fojas, Jr.
Mariano Yanga, Jr.
Macrobio Lim
Ramon Doromal, Jr.
Arturo Hernit
Romeo Valenzuela
AlfedoLueia
Charles Lim
GOLDEN (1964)
Jose Azarcon, Jr.
Renato Lugtu
Jolyon Tiglao
Edgardo Juan
Rene Santos
Benjamin Viloria, Jr.
Ma. Aliw Quilala
Carlos Rillo
Danilo Dela Cruz
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John Edward Onedera
Lorenzo Angeles
Alberto Songco
Pedro Tan
Rolando Sobretodo
Luis Nery
Renato Sunico
Ricardo Zabat
Raul Ma. Venzon
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JUBILARIANS
SILVER (1989)
Reynaldo Tiu
Rudwin Abastillas
Emmanuel Elicano
Noel Cortez
Amelito Segarra
Noel Lecaros
Jennifer Co So-Vitug
Joseph Oliver
Almirante
Melecio Domingo
Agustin Organista, Jr.
Ricardo Torres, Jr.
Denis Villorente
Roland Go
Alejandro Pacis
Jane Linsangan
Ma. Cielo Echevarria
Abrahan Melecio
Leonido
Gerald Guiang
Robert Raymund
Raroque
Larry Lagamayo
Fermin Antonio Ma.
Francisco
Ramilu Mimi Ramiro
Antonio Jose Teaño
Emeraldo Magnaye
Uldarico Macatangay
Atanacio Abrenica, Jr.
Ludwig Simpao
Samuel Molines
Manuel Mapa, Jr.
Shing Yee Tsang
Nelson Vigo
Jupiter Bautista
Allan Orlina
Marcel Julius Lopez
Reymundo Antonio
Carlos Cesar Mercado
Juco
John John So
Yagtan Kenin Paatan
Ruehrmund Morales
Antonio Ernesto
Tarroza, Jr.
Jose Allan Rejaso, Jr.
Xavier Hilarion Tan
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SPONSORS
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Annual Sporting Event
UPEEEAAI
Golf 2014
Valley Golf and Country Club
22 May 2014
Registration starts @ 7:00 AM
Tee-off @ 8:00 AM
Tournament Fee: P2,500
Inclusive of green/caddy fees,
lunch, and surprises