[IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012...
Transcript of [IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012...
![Page 1: [IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012 Workshop on Engineering Applications - AINIDIU, CANDI, HELPMI: ICTs of a personal](https://reader031.fdocuments.in/reader031/viewer/2022020314/5750a78b1a28abcf0cc1daad/html5/thumbnails/1.jpg)
2012 IEEE “Workshop on Engineering Applications”
________________________________________________________________________________________________________
1
AINIDIU, CANDI, HELPMI:
ICTs of a personal experience
JADAN GUERRERO, Janio Lincon, IEEE Member 80673916
Centro de Investigación, Innovación y Desarrollo
Universidad Tecnológica Indoamérica
Quito, Ecuador
ABSTRACT
This paper presents an overall picture of the current
situation of children with special educational needs (SEN) in
Ecuador and the development of software adapted to our
environment as response to a personal experience of the author.
The paper identifies the typical problems and barriers that parents of children with special educational needs must
overcome in order to achieve social integration. On the other
hand, the paper provides evidence of the methodology used in
determining the requirements and software features. It also
summarizes the essence of depth interviews with experts in
some public and private institutions of disabilities in the city
of Quito.
The paper also explains the software designed for children
with special educational needs, the first is AINIDIU (Agente
Inteligente para Niños con Discapacidad Visual) that has the ability to interact with a blind child through a voice
synthesizer and screen reader. HELPMI (Herramienta que
Emula un Lenguaje de Palabras mediante Imágenes) is a
software for mobile devices or smart phones to support speech
therapists and children with language impairments. Finally,
the web platform CANDI (Centro de Apoyo a Niños
Diferentes – http://www.candi-uti.com) where resources,
information and training programs for parents of SEN children
are centralized.
The principal implication of these technologies is to make
that the SEN children develop cognitive skills to make their integration easier within their familiar and educational
environment.
Keywords: Children with disabilities, Special Education, Inclusive
Education, disabilities, technology, Ecuador
NOMENCLATURE
AGORA: Aulas de Gestión Ocupacional de América Latina.
AINIDIU: Agente Inteligente para niños con discapacidad
visual.
CEFOCLAC: Centro de Formación y Capacitación Laboral
para Ciegos.
CERTEC: Division of Rehabilitation Engineering Research, Department of Design Sciences, Lund Institute of Technology.
FENCE Federación Nacional de Ciegos del Ecuador.
FLASH: Multimedia platform used to add animation, video,
and interactivity.
ICT: Information and communications technology.
JAWS (Job Access with Speech) is a computer screen reader
program.
MSAGENT: Microsoft Agent library.
ONCE: Organización Nacional de Ciegos Españoles.
PDF: Portable Document Format.
SEN: Special educational needs
ULAC: Unión Latinoamericana de Ciegos. UNICEF: United Nations Children's Fund.
USB: Universal Standard Bus.
XML: Extensible Markup Language.
INTRODUCTION
There are no world official statistics concerning the number
of people with disabilities, but the United Nations Fund for
Children (UNICEF) establishes that at least 10% of the world
population has some type of disability, this is 700 million of
individuals, from which 150 and 250 millions are children
with disabilities. In Latin America the number of disabled
people is estimated around 16 millions. (UNICEF, 2011)[14]
In Ecuador there are 1'608,334 people with disabilities
representing 12.14% of the total population, (8%) of the
families of the Sierra region has at least one member with a
disability, which is upper than that of the coastal region (4%)
and that of the Amazon region (6%). From the total infantile
population of Ecuador (0-5 years), children with disabilities
represent 1.4%, 76% of them have some deficiency and 24%
presents a serious limitation regarding their activity.
(CONADIS, INEC 2004)[2]
According to the Ministry of Education and Culture of Ecuador, the 76.2% of the disabled (1'608, 334 people) have
978-1-4673-0870-0/12/$31.00 ©2012 IEEE
![Page 2: [IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012 Workshop on Engineering Applications - AINIDIU, CANDI, HELPMI: ICTs of a personal](https://reader031.fdocuments.in/reader031/viewer/2022020314/5750a78b1a28abcf0cc1daad/html5/thumbnails/2.jpg)
2012 IEEE “Workshop on Engineering Applications”
________________________________________________________________________________________________________
2
no formal education. Of disabled people who study, 58.8% are
in regular education and 6.1% are SEN children who do not
receive any support. It should be mentioned that 37.9% of the
disabled population has not completed any level of education.
(Ministry of Education and Culture of Ecuador, 2005)[15]
One of the biggest problems in Ecuador is that there are not enough schools and professionals so that the integration into
the society of the SEN children can be carried out.
MOTIVATION
The motivation of this research is due to the personal
experience of the author, who has a 10-year-old SEN
daughter.
Carolina was born in Ambato, a small town 120 kilometers
from Quito, Ecuador's capital. She is a wonderful, adorable,
and sweet child with visual and language impairments.
As parents of a special child, we have experienced barriers
both in the family and the society. We have witnessed the lack
of institutions and professionals who can help treat children
with special needs.
Carolina received some therapy since her problem was
detected, however, it was very limited in Ambato and this
forced her family to move to Quito. She received several hours
of therapy a day: Physical, language therapy, hippo therapy
and even dolphin therapy was tested.
Throughout the world children who have disabilities and many
others who experience difficulties in learning have
traditionally been marginalized or excluded from schools, and
Ecuador is not far from this reality.
The problems and frustrations that we experienced every
day gave rise to new opportunities. One of them was the
opportunity to work at the Research Center, Innovation and
Development of Indo America University. As a Computer
Science teacher, I wrote several research projects that can help
Carolina and through them also help parents and children who
are in similar situation.
STATE OF THE ART
This research program began with the search of references
regarding technologic areas used in behalf of SEN children.
This section describes the most important of them:
The United Nations through the Convention on the Rights
of Persons with Disabilities and Optional Protocol establishes
in the Article 7 that "States Members shall take all the
necessary steps to ensure that all children with disabilities
enjoy of all human rights and fundamental freedoms on an equal basis with other children". (United Nations, 2008).[14]
Several social scientists worldwide have conducted research
programs aimed at this vulnerable group of society, for Cirilo:
“Social integration of disabled persons presupposes the
gradual emergence of a culture of non-discrimination of
people with each other, with equal opportunities for all".
Furthermore, this author goes further by stating that "It is a
task for society as a whole to create and promote learning methods to ensure effective integration of the 150 million
disabled children in the world in order to break the gap
judgment inequality of opportunity and destroy the
communication patterns that allow us to live in community”
(Cirilo, 2006)[1].
Sánchez and Hassler say: “The commitment to promote a
society under new cultural parameters of non-discrimination
involves the acquisition of inclusive education policies where
learning is ensured through a constant interaction between
children with and without disabilities”. (Sánchez and Hassler,
2006)
Regarding the importance of incorporating Information and
Communications Technology (ICT) among SEN children,
interviews were conducted with professionals from the main
institutions of the city of Quito who have been working with
disabled people.
For the present study, as the primary source of information
where taken the governmental organizations in the city of
Quito that support the visually impaired as well as a private
institution that incorporates a high percentage of people with visual disabilities in a call center service. The organizations
visited were:
1. FENCE (Federación Nacional de Ciegos del Ecuador).
2. CEFOCLAC (Centro de Formación y Capacitación
Laboral para Ciegos).
3. “Mariana de Jesús” Institute for the Deaf and Blind.
4. RECAPT S.A (Call Center)
FENCE (Federación Nacional de Ciegos del Ecuador)
The National Federation of the Blind of Ecuador is an autonomous organization that brings together institutions and
organizations of and for the blind, that through a controlled
process helps provide training and advice to this group of
people in behalf of their employment and social integration.
FENCE in cooperation with National Organization of
Spanish Blind (ONCE) is developing the program AGORA
(Aulas de Gestión Ocupacional de América Latina), which is
a training project called Occupational Classroom Management
in the Andean Region that is responsible for establishing links
between companies and blind people so that they can be integrated through employment.
Indo America University and the National Federation of the
Blind of Ecuador, in February 2010 signed a specific
![Page 3: [IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012 Workshop on Engineering Applications - AINIDIU, CANDI, HELPMI: ICTs of a personal](https://reader031.fdocuments.in/reader031/viewer/2022020314/5750a78b1a28abcf0cc1daad/html5/thumbnails/3.jpg)
2012 IEEE “Workshop on Engineering Applications”
________________________________________________________________________________________________________
3
agreement for the implementation of this research project. The
purpose of this agreement was to develop an educational
software project for the target group and contact the
University with the most representative organizations of the
country involved within this aspect.
A common feature in these training and consultation centers is the use of JAWS screen reader program, whereby people
with visual disabilities can access digital information with the
help of a computer. This has limited the use and production of
resources in Braille system.
In respect of technology for children with visual
impairment, applications available on the Internet developed
by some foreign organizations like the National Organization
of Spanish Blind (ONCE) where used. This is an entity of
Public Law, democratic and non-profitable that has the
fundamental purpose of improving the quality of life for the
blind and visually impaired in Spain [12] or ULAC (Latin American Blind Union) [13].
CEFOCLAC (Centro de Formación y Capacitación Laboral
para Ciegos)
In order to know the process of "basic-functional
rehabilitation" that people with visual disabilities need to
maintain independence in daily activities of daily living.
Several interviews were conducted with managers and support
staff of that institution. The result was a baseline for the
project shown in this section.
The priority areas CEFOCLAC works with are:
Orientation and mobility training (sensor motor skills
and daily life activities);
Communication (Braille systems, mathematics,
computer and specific programs for blind people);
Specialization (carpet weaving workshops, sewing or
poly functional activities)
In the development areas listed above, people with visual
disabilities develop their other senses and skills and well as techniques and adaptations necessary for their rehabilitation
process. As part of this process, the blind people access to
games such as chess, cards, puzzles, soccer balls and golball1,
tic-tac-toe, among others. Also in the area of specialization
they learn to use power tools such as: Jig, copy keys, as well
as learning technical skills such as electrical and sanitary
facilities to enable them to perform independently in their
daily life.
From the interviews carried out with professionals from
different areas, it can be established that of all them stated that
1 Golfball is an adaptation of traditional soccer game using a ball of sound that allows
the visually impaired person to locate the game.
technology is essential for a better integration of the visually
disabled. It is true that these technologies in our environment
are scarce and expensive, difficult to be acquired by blind
people.
The lack of resources and computer programs oriented to
children with visual impairment and adapted to the reality of our country makes that the development of the software
projects be a must.
“Mariana de Jesús” Institute for the Deaf and Blind
To collect the training needs of visually impaired children,
the observation method was utilized to have the first approach
to the subject matter. The process was carried out as follows:
1. In coordination with the Center direction, the research
group made up of a system engineer, educational
psychologist and a blind person got in touch with the teachers of the school to see how their class where
dictated and how the children interacted in the teaching-
learning process.
2. After the observation, there was a meeting with all the
teachers of the center, i.e. a total of eight professionals,
to collect their classroom experience with the visually
impaired children by using the research team and on the
bases of a pre-established set questions, and others that
arose during the observations, to gather both the needs of
the teachers and those of the children to incorporate them in the software
3. The suggestions made by teachers were the following:
a. To convey their knowledge in the mathematical area,
the teachers use the help of an abacus to allow the
child to abstract the numerical reality. It is therefore
necessary to enlist the help of computer software that
would complement the children's learning in a
flexible and open way.
b. For the teaching of the Braille system and the
children to develop proficiency in reading documents
in this language, teachers use dice, which have the letters of the alphabet marked in bold relief, to build
each word through some games. There are some
software packages in the market that allow printing in
Braille printers, but their high prices make them not
very accessible for blind people.
c. Within the cognitive domain songs or sounds are
used to help internalize the children's ideas. This
competence could also be obtained with the help of a
software program.
d. In the electronic area an approach to the computer is
made with the help of JAWS, however this software requires the use of licenses in Ecuador whose cost of
approximately $1000 USD and being oriented to
adults with visual impairments, there is a level of
![Page 4: [IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012 Workshop on Engineering Applications - AINIDIU, CANDI, HELPMI: ICTs of a personal](https://reader031.fdocuments.in/reader031/viewer/2022020314/5750a78b1a28abcf0cc1daad/html5/thumbnails/4.jpg)
2012 IEEE “Workshop on Engineering Applications”
________________________________________________________________________________________________________
4
complexity for children who are just beginning to use
a computer.
As a result of such depth interviews, it can be assumed that
the directors and teachers of this institution stated that it would
be very useful a software designed especially for children with
visual impairments, the institution adapts the JAWS software and some programs developed by universities of foreign
institutions, such as "the magic word tree" or "locadia flea"
designed by the National Organization for the Blind of Spain
(ONCE)[12]
The specific needs of the children that the teaching staff
wants to develop in the teaching-learning process in children
with visual impairment can be complemented by the use of
technologies and methodologies focused on software, and it
was evident that there is the need to develop technologies that
meet and support the target group of this project. It has also
been shown that the existing technology focuses mostly on young people and adults. The costs to access this technology
are high and very few of them are developed as free software.
To complement the collected information in this special
school and by looking for answers about what competence the
children with visual impairment should be develop in the
future in their workplace, a visit was coordinated with
AGORA project managers and the investigators to one of the
companies where the blind people had been integrated.
RECAPT S.A
RECAPT SA is a company specialized in logistics services
and Call Center Courier. It has 250 employees, 20 of them
have visual impairments. (RECAPT, 2010).
In the investigation, this company was selected as a pioneer
in the country in the inclusion of a high percentage of people
with visual disabilities in its Service Call Center. In the visit it
was found principally the use technological tools in the
development of activities of the people with visual impairment
in this area and the practical experience of the managers
regarding the inclusion, training and performance of people hired by that enterprise who has visual disabilities as well as
the direct testimony of blind people working in the company.
At the present time 10 people with visual disabilities
between 20 and 35 years old are working and who stated that
the use of electronically tools has allowed them to venture into
different areas of work and improve their living conditions,
supported by reforms of the labor code in force.
RECAPT has an agreement with the AGORA project,
which provides training and licensing of JAWS screen reader (version 9.0 in Spanish) on loan, as support for the
employability of people with visual disabilities.
Through observation and a structured interview with the
manager of the company it became clear that the blind people
can join the productive entity, that companies are increasingly
aware and comply with the Labor Law of Ecuador when
including 4% of its disabled employees, blind people do their
best to be useful for the society and they often perform better
than a normal person, as the manager of the enterprise stated.
In response to this research three platforms have been
developed: AINIDIU (Agente Inteligente para Niños con
Discapacidad Visual) that has the ability to interact with a
blind child through a voice synthesizer and a screen reader.
HELPMI (Herramienta que Emula un Lenguaje de Palabras
mediante Imágenes) is a software for mobile devices or smart
phones to support speech therapists and children with
language impairments. Finally, the web platform CANDI
(Centro de Apoyo a Niños Diferentes – http://www.candi-
uti.com) where resources, information and training programs
for parents of SEN children are centralized
AINIDIU
AINIDIU (Agente Inteligente para NIños con DIscapacidad
visUal) plays the role of computer assistant in training
computer skills of SEN children and visual impairments. The
software interacts with the children through games as a natural
way of learning. Learning new knowledge and skills is very
easy and entertained when playing. The system contains a
number of challenges, and gives children opportunity to
explore and discover. Combined with the possibilities of
modern technologies these great advantages make games a
very powerful educational tool when teaching children.
The process to design and to develop the special software
environment “AINIDIU” is based on these requirements:
1. The target group for the software to be developed is
for children between 5 and 12 years old.
2. The development platform to use is Microsoft Visual
Studio 2008 C# language in order to achieve
portability between different operating systems
(Microsoft Windows XP, Microsoft Windows Vista
and Microsoft Windows 7).
3. The software will be initial free software to be shared by other research groups and can adapt to their needs.
4. The software must provide maximum portability so it
can be run from a USB storage device
5. It uses XML files to structure its information. This
will facilitate portability to any computer instead of a
database motor.
6. It uses the Microsoft Agent System module that
enables agents or assistants that will convert Text
into Speech.
7. The software applies basic key combination such as
ARROWS, ENTER, SPACEBAR, TAB, PAGE UP, PAGE DOWN, HOME, END, and DELETED. Also
![Page 5: [IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012 Workshop on Engineering Applications - AINIDIU, CANDI, HELPMI: ICTs of a personal](https://reader031.fdocuments.in/reader031/viewer/2022020314/5750a78b1a28abcf0cc1daad/html5/thumbnails/5.jpg)
2012 IEEE “Workshop on Engineering Applications”
________________________________________________________________________________________________________
5
key combinations are used to achieve the program
commands in JAWS to get familiarized with it.
8. The contents of the software is structured into the
following categories:
a. Child's basic information such as name, date
of birth, family details, likes and
preferences. b. Story reading and PDF files
c. Organized with sounds of numbers, letters,
animals and objects.
d. Simple games that allows interaction with
other children
9. The agent has a feedback module that allows
interactivity and "learning" based on information
indicated by the child.
10. It has a basic module for Screen Reader so that it can
be introduced into the JAWS environment.
Figure 1: General outline of AINIDIU software.
HELPMI
HELPMI (Herramienta que Emula un Lenguaje de
Palabras Mediante Imágenes) is a software that emulates a
language of words, in order to help a child with language
impairment. This software displays a set of images, some of
them customized to the child (e.g., photograph, photographs of
their parents or objects of his own home). In the screen the
child selects multiple images and the computer interprets them
to generate a synthesized voice sentence in a mobile device.
The software uses a pictographic communication system designed as an application for an iPad or smart phone that will
be used by children with disabilities who can express
themselves with greater agility and efficiency.
To carry out this project it was necessary to visit two therapy centers in the north of the city. In addition, we
interviewed teachers from two schools working on the
integration of special children, including Carolina, our
daughter.
HELPMI is an augmentative and alternative communication (AAC) a software application for mobile
devices. HELPMI is designed primarily for children with
emerging communication skills and developmental delays. It
has two modes: administrator and user modes. In the
administrator mode, HELPMI can be customized to show
some buttons on the screen. The administrator (parent or therapist) can also use the administrator mode to create new
buttons and record related audio for each button. In the user
mode, HELPMI allows him to communicate in the same way
as he/she would do with a traditional AAC device.
HELPMI enables people with speech disabilities to improve their personal autonomy, by allowing communication with the
rest of the people. By using this tool, the user has access to
simple, intuitive menus through which discloses quickly and
efficiently at all times what he means, needs and concerns.
Figure 2: General outline of HELPMI software.
CANDI
CANDI (Centro de Apoyo a Niños DIferentes) is a web
platform that allows the diffusion of technological innovations
and services to people with special educational needs. It was designed to provide information and direction on resources
and referrals.
As a result of this project Indo America University signed an agreement with Ecuadorian author Juan Carranza, author of
children's literature to create audio books, among which is
created "El duendecito del sombrero grande".
![Page 6: [IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012 Workshop on Engineering Applications - AINIDIU, CANDI, HELPMI: ICTs of a personal](https://reader031.fdocuments.in/reader031/viewer/2022020314/5750a78b1a28abcf0cc1daad/html5/thumbnails/6.jpg)
2012 IEEE “Workshop on Engineering Applications”
________________________________________________________________________________________________________
6
Figure 3: Web Platform CANDI http://www.candi-uti.com
CONCLUSIONS
In this paper, a personal experience has been presented which motivated the development of software program that ensures the software meets the needs of the SEN children, being both accessible and usable.
Additionally, we have established the state of art in Quito, capital of Ecuador and have been shown that in Ecuador there is little software development in this area.
The technologies developed in Indo America University are a collaborative group of family members, friends and students seeking to promote help to SEN children. By following the results outlined in this paper, we hope that much of the problems associated with the integration of SEN children will be solved.
Lately the university has started new research programs focused on the evaluation of these tools in other focus groups. It has also made an approach to the Vice President of the Republic of Ecuador to make available these technologies and strengthen their social assistance programs.
ACKNOWLEDGEMENTS
This research would not have been possible without the
valuable collaboration of public and private institutions
through their openness and collaboration, led to the design and
dissemination of the software for SEN Children. The assiduous work of the professionals: Engineer Hugo Arias
whose professional experience and visual impairment was a
bulwark in the research process, and psychologist Ileana
Altamirano, responsible for conducting the psychological tests
of the study group. Special acknowledgement for Carolina for
allowing us to present her case as the core of this research
program.
REFERENCES
[1] Cirilo (2006). Innovación pedagógica en la integración social con personas con discapacidad. Extraído el 14 de Abril de 2008 desde: www.educalibre.cl/node/665
[2] CONADIS. Consejo Nacional de Discapacidades. Datos estadísticos. Disponible en Internet: http://www.conadis.gov.ec/provincias.php
[3] Cernuzzi, L., Grau, I. & Sánchez, J. (2003). Assistant Agents for Improving Learning of Visual Impaired Child. In D. Lassner & C. McNaught (Eds.), Proceedings of World Conference on Educational Multimedia, Hypermedia and Telecommunications 2003 (pp. 467-470). Chesapeake, VA: AACE.
[4] Cernuzzi, L., Paniagua, J., Chenú, R., “Club de Othello, un desafío para niños con discapacidad visual”. (accepted paper) 3º Congreso Iberoamericano de Tecnologías de Apoyo para la Discapacidad - IBERDISCAP 2004, San José, Costa Rica, Marzo 2004.
[5] González, E., Boudel, A. (1994). Enfoque Sistemático de la educación del niño con discapacidad visual. De. Actilibro SA., BS. As.
[6] Joel Francia H, docente Universitario, instructor, consultor y desarrollador de aplicaciones .NET. con certificaciones MCAD, MCSD, MCT, y es además MVP en C# .NET, experto en el desarrollo de aplicaciones distribuidas, implementaciones de Servicios Web, .NET Remoting, XML y la implementación y el uso de patrones UML para el desarrollo de aplicaciones .NET usando Building Blocasy UML.Merabet, L. B., Sánchez J. (2009). Desplazamiento basado en audio utilizando entornos virtuales: cuando la tecnología se combina con la neurociencia. AER Journal: Research and Practice in Visual Impairment and Blindness. Pp. 128-137.
[7] Microsoft Corporation. Microsoft Agent, MSDN http://msdn.microsoft.com
[8] Sánchez J., Lumbreras M., Cernuzzi L., “Interactive Virtual Acoustis Environments for Blind Children: Computing, Usability and Cognition”. Seattle, Washington (USA), 31 March – 5 April, 2001.
[9] Sánchez, j. (2005). Una metodología para desarrollar y evaluar la usabilidad de entornos virtuales basados en audio para el aprendizaje y la cognición de usuarios ciegos. Universidad de Chile.
[10] Sjöström C. (2002). Non – Visual Haptic Interaction Design: Guidelines and Aplications. Doctoral Dissertation CERTEC, LTH. Number 2.
[11] ONCE (Organización Nacional de Ciegos Españoles)
http://www.once.es
[12] ULAC (Unión Latinoamericana de Ciegos
http://www.fbu.edu.uy/ulac/
[13] UNICEF (Fondo de Naciones Unidas para la Infancia)
http://www.unicef.org/spanish/
[14] Ministerio de Educación y Cultura del Ecuador
www.educarecuador.ec/upload/EducacionEspecial.pdf
[15] Mel Ainscow and Memmenasha Haile-Giorgis, “The Education of Children with Special Needs: Barriers and Opportunities”, UNICEF, 1998
[16] http://www.expressiveapp.com/
[17] http://www.tecnoaccesible.net/node/215 [18] http://momswithapps.com/apps-for-special-needs/
![Page 7: [IEEE 2012 Workshop on Engineering Applications (WEA) - Bogota, Colombia (2012.05.2-2012.05.4)] 2012 Workshop on Engineering Applications - AINIDIU, CANDI, HELPMI: ICTs of a personal](https://reader031.fdocuments.in/reader031/viewer/2022020314/5750a78b1a28abcf0cc1daad/html5/thumbnails/7.jpg)
2012 IEEE “Workshop on Engineering Applications”
________________________________________________________________________________________________________
7
BIOGRAPHY
Janio Jadán Guerrero, was born in Ambato, Ecuador on May 6, 1968, gained his degree in Computer Engineering at the Central University of Ecuador in 1997. He obteinded a scholarship from the Foundation for Science and Technology FUNDACYT for his expertise in computer science atained in Costa Rica University during the period 1998 and 2000
UNESCO awarded him a scholarship program for Research Fellowships Programme in 2002. In 2003 he gained his
Master’s degree in Business Administration and Marketing at Indo America University.
Since 2000, he has been working as a professor at the Pontifical Catholic University of Ecuador in Ambato, Indo America University and Technical University of Ambato, where he taught various subjects namely: Programming, Web Applications, Mobile Applications, Artificial Intelligence, Computer Simulation and Educational Platforms. He has been a Junior Member of the Institute of Electrical Engineers, Electronic and Computer (IEEE) since 1998, where he has participated in several conferences in Mexico, Honduras, Nicaragua, Costa Rica and Panama.
In January 2012 he won the first prize in UTCiencias 2012, where he supported the project "ICTs for Children with Special Educational Needs".