Music and Technology:An introduction to classical music & opera through
interdisciplinary activityMara Eve Stahl
CD 145 - Professor Marina BersMay 1, 2005
Mara Eve Stahl Music and Technology…
Abstract:
“Without music, life would be an error.” – Nietzschei
“Music conveys moods and images. Even in opera, where plots deal with the structure of destiny, it is music, not words, that provides power.” – Marcel Marceauii
This paper is an exploration in interdisciplinary curricula to teach classical music and opera in an elementary school setting. It is a proposal for a long-term, constructionist project to promote active learning and self-expression. The students will explore opera as they create sets, compose music, invent instruments, and write a story to perform for their peers and parents. In this proposal I describe the goals of the project as well as the technology and the constructionist methodology used to promote an active learning environment. The following curriculum proposal will describe how technology can be integrated into everyday curriculum in new ways, and how, through the creation of opera children learn the powerful concepts of the design process of planning, experimentation, and reflection, modeling, and music and art as self-expression . This curriculum has the potential to provide the teachers, the parents, and most importantly the children, with a collaborative, supportive learning environment that promotes inspiration, motivation, and learning self-efficacy through creation and contribution. The greatest goal of this project is to instill in the children a love of learning, seeking knowledge and understanding, while providing effective outlets for communication and expression.
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Music and Technology:An introduction to classical music & opera through
interdisciplinary activity
Introduction:
Music and with it creative expression are necessary aspects of society. Music inspires us
to create, to express, to relax, to take action, to live another day, to love. I spent much of my
childhood listening to the classic rock music of my parents’ era, loving it not only for its rock
rhythm, loud guitars, and interesting lyrics, but for its spirit; the music of that era said something
and motivated young people to take charge of their lives and of the world around them and to
make change. I learned about the power of music through classic rock, and found out later in my
childhood that that power resides in every other form of music from folk tunes, jazz, blues,
parlor-performed art song, and opera. A choir teacher who saw my potential encouraged me to
learn my very first Italian art song in seventh grade, which I sang as an auditor for a high-school
district competition. This was my first experience on the long road to discovering art song and
opera as a dramatic form I would come to respect and love. Sometime in early high school I
learned that Mozart’s The Marriage of Figaro (1786), with its criticism of the privileges of
aristocracy and mistreatment of peasants, influenced the French Revolution a few years
following. That deeply altered my perspective of opera as old-fashioned and pompous to an
influential dramatic art form with the potential to make political statements, comment on life,
motivate, and inspire its audience just as Joan Baez or John Lennon or Stephen Sondheim.
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In order to get the most out of music, one must learn how to listen to it, utilize it, create it,
and relate to it on many levels. So how do we teach children all of these skills? How do we
provide them not only with the appreciation for the many genres of music, but also the ability to
understand and create it for their own purposes? One can give students conservatory-style
training in school with chord progressions and analysis, reading scores and singing melodies.
One may integrate music into other areas such as math by teaching ratios and with scales and
melodies and understanding how a piano tunes in relation to natural tuning. One can introduce
opera through or filed trips and discussing the arts as a reflection of historical change in history
as classes study the 17th-19th centuries. Though I enjoy all of those options, I propose learning
through creation. I propose a multi-phasic curricular project to last for a semester of the third
grade, though adaptable for almost any age group, and integrate almost every subject including
history, writing, arts, and technology and engineering.
...opera reaches its height when consisting of music by dead composers sung by foreigners in foreign
languages to rich people. - Arthur Jacobsiii
Music and technology blend together well as technology has had a monumental influence
on the access to and creation of music in the past centuries. In the 17th through 19th centuries,
musical instruments were invented that altered the orchestra forever. The piano evolved into the
black box we recognize today, and instruments such as trumpets, saxophones, and other
instruments with the movement from wood to integrated metals into their production went from
smaller, more limited versions, so the ones we know and play. The second half of 20th century
brought electricity in music, electric instruments and alteration pedals such as the Wa-wa, and
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synthesizers which now create, mix, and recreate music and voices in popular and classical
music all over the world.
With the current state of technology, music is such an integral part of our everyday lives
that it is easy to forget its influence and power. It is one of the most ubiquitous sounds
penetrating our ears each day. It comes in the form of street performers in the T stations,
commercials, television theme songs, can be found on the radio, in every movie, inside elevators,
restaurants, gyms, and stores as background noise, aside from the more obvious places such as
theaters, concerts, and iPods and other music players attached to the ears of kids everywhere.
One can, if they so choose, plug in to music from almost anywhere in the world because of
access to technology through cell phones, the internet, downloading, listening, and burning
software, listen to music through records, tapes, CDs, mini-discs and mp3s. People of any age or
musical ability can not only listen, but also compose, record, mix, synthesize, and store music
using a number of different software options. We have synthesizers and computer-created
musical compositions, virtual instruments and voices, and both real and virtual communities for
whom to perform.
Opera once was an important social instrument - especially in Italy. With Rossini and Verdi people were listening
to opera together and having the same catharsis with the same story, the same moral dilemmas. They were holding
hands in the darkness. That has gone. Now perhaps they are holding hands watching television. – Luciano Berioiv
Objective:
The children will learn about classical music and opera while becoming an active and engaged
participant in personal growth and learning. The children will study, describe, and demonstrate
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the characteristics of opera and understand its differences from other forms of music and theater.
This includes seeing opera and other theater performed live or on video, analyzing the features of
an opera including characters, plot, how the student thinks music affects the story, producing an
opera and all of its details.
The children will observe opera and other art forms and respond to the experience.
The children will explore instruments and their history as one aspect of technology in
music. Each child will look at one instrument and see how it has evolved over time,
discussing these changes with the class.
The children will create a model instrument using LEGOs, and touch or other sensors that
will play an originally composed melody.
The children will explore the art, music, and social culture of a specific time period in the
history of their region and report to the class on an aspect of that culture. They will use
this information to set their opera.
The children will also identify the different areas where music, especially classical music
and opera, play a role outside of the theater, in school, at home, etc. and at home and
communicate the findings. The children will observe and describe how classical
music/opera is used in these settings.
The children will compose music for their opera and program RoboLab to include these
melodies on their model instruments.
The children will gain a more thorough understanding of music, planning, and invention
through his/her use of Robolab.
The children will word-process reports and use graphics to create advertising
posters/invitations to their opera.
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The children will become comfortable and familiar with RoboLab, word-processing and
graphic programs, and the internet.
The children will create models for the performance space and use it to address the needs
for their sets, performers, and audience members.
The children will write the original script of the opera, adapting a story from a well-
known fairytale or fable.
The children will read works of fiction and dramatic literature and discuss character and
plot development through thought, action, and dialogue.
The children will produce, advertise, and perform their opera as the culmination of their
work.
Inspiration:
When creating a curriculum, often teachers are limited by their resources, their time, and
their need to address much information in a limited timeframe. Still, the compartmentalized day
offered to teachers and students alike at schools across the country can make their job even more
difficult as it limits possibilities for teacher collaboration and interdisciplinary study, which is
more interesting and relevant, and a possibly more efficient way to get through all of the
necessary information.
Just as my life and my paths of study are extremely interdisciplinary, all joined together
by the sheer joy of learning, I wanted to create a curriculum that could utilize as many subject
areas as possible into one meaningful long-term project in which the students invested much
time, effort, and interest. I believe in the gestalt theory when it comes to teaching, that the whole
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is greater than the sum of its parts, and that through interdisciplinary study, the students learn not
only the aspects of each subject area involved, but how they relate to each other, how they can be
applied to real-life situations, and how much fun learning itself can be.
Motivation:
As an elementary school student, I thoroughly enjoyed all of the music education my
school provided, doing talent shows, music shows, and joining the orchestra in the fourth grade
to play violin and viola. In my family, music truly is ubiquitous, as my father listens to music
while reading at home, my parents have supported and attended shows at our local theatres for
twenty years, and both of my grandfathers were wonderful singers. Required to take piano
lessons beginning at age 3 and progressing for a decade, I studied viola alongside the piano for 5
of those years until singing took over in high school as I was forced to choose choir or orchestra
because of our school’s scheduling. I have found the value in music education in my life, and
see the potential for its influence and help in the lives of others. I believe very strongly in music
education but now I am constantly saddened by the slow disappearance of music education in
districts where money is tight and teachers are scarce as the need for math books, paper,
computers, and successful MCAS, ITBS, and other standardize test scores take precedence over
art, music, creativity, and expression. I hope that through interdisciplinary study, of teachers,
parents, and administrators can see how easily the arts relate to the “Three R’s” and all of the
other subject areas, there may be a way to help prevent the death of music education.
I thought if I could get television interested in opera, it would make a kind of new thing that would allow
composers to build a whole new repertoire. – Robert Ashleyv
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There are many other motivations imbedded within this curriculum. First, I would like to
integrate technology – in this case, robotics technology – into the classroom setting in a useful,
meaningful way, without allowing the technology or its properties to become the focus of
teaching. The focus of effective teaching in my philosophy is relationship-based, it is the
connection between a teacher and a student and the students themselves that creates the learning
environment and deeply impacts learning. Technology in and of itself will not create an
effective learning environment. It must be used in meaningful ways within the classroom
community to allow for another outlet for learning and expressing ideas. Technology engages
some more than others, and while fluency is necessary in today’s world, some students, with the
opportunities to use specific technological tools, may find a new way to share their ideas and
revive interest in learning. Also, Interdisciplinary learning opportunities decompartmentalize the
lives of both the children and the instructor and can make projects much more meaningful to the
children as they witness how all areas of learning are related and therefore mutually important.
Opera is a bizarre affair made up of poetry and music, in which the poet and the musician, each equally
obstructed by the other, give themselves no end of trouble to produce a wretched result. - St Evremond, 1740vi
One of the goals of this curriculum is to introduce young children to the world of
classical music and particularly opera in an exciting and engaging environment, allowing them
not only to appreciate but to create. Opera is an art form of which unfamiliar audiences are
somewhat wary- it is often performed in other languages, and in grandiose theatres- and although
in the last two centuries has become much more accessible to people, many still believe opera to
be pretentious and unattractive, and maybe even a little scary. Children, on the other hand, do
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not have such preconceived notions of opera as many of them have never even heard the word.
As classical opera is an extremely melodramatic art form full of colorful costumes, ridiculous
characters, and fantastical stories, it can be quite accessible to children.
To me, the appeal of opera lies in the fact that a myriad of singers and instruments, each possessed of
different qualities of voice and sound, against the backdrop of a grand stage and beautiful costumes, come
together in one complete and impressive drama. – Junichiro Koizumivii
Still, more important than my investment in the future this art form is the future of self-
expression through positive, constructive means. Creating art allows children to learn the value
of self-expressive art in our culture while gaining the resources and confidence to express
themselves in their own way. This project allows students the opportunity of self-expression
while also providing validation of that expression as meaningful to the adults around them. As a
student, I feel that there are barriers at every level to self-expression and validation of students’
ideas. So often the ideas of the experts in our history books and math books and at the
blackboards before us are seen as so important that there is little room for students to make up
our own minds and express them in a positive, accepting environment. For children to learn at a
young age that, though they may not be experts, they have important ideas and those ideas matter
to others, I feel is an extremely important life-long lesson.
Construction:
My curriculum proposal is a long-term project, which hopefully can last for an entire
semester, depending on the teacher’s investment and daily time allotted to the project. In this
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curriculum integration, the students of third-grade class(es) will create their own original opera
based on the adaptation of a well-known story, fable, or fairytale preferably told from the
perspective of a supporting character. The students will take on every aspect of the opera’s
creation from musical composition, to sets, costumes, advertising, and, of course, performance.
This kind of project is a powerful example of constructionism, even within the limitations
and necessities of the school environment. Papert’s theory of constructionism, based on the
research and theory of Jean Piaget, pictures children as “active builders of their own intellectual
structures”. viii Papert claims, if we look at the “child as builder” we are on our way to finding
out how learning happens. All children need adequate materials with which to explore, and an
environment in which to explore them. He believes strict instructional learning can inhibit the
learning abilities of children by lacking engagement, personal connection, and meta-cognition.
The pillars of constructionist learning are designing of meaningful projects, the importance of
objects, powerful ideas, and the importance of self-reflection.ix This project encompasses all of
those pillars as the students take charge of their learning, create physical things such as sets and
instruments and have tools such as LEGOs with which to work, learn the powerful ideas of art
and design, and constantly reflect upon their work and the work of others. In this project, the
children literally create their own learning as every aspect of the production involves the
children’s ideas, opinions, knowledge and research. A very child-centered idea, this promotes
the children to invest more interest in their learning because the teacher will validate their ideas
as important and let the children direct the product creation. Here the teacher is more of a guide
than an instructor; pointing children in the right direction and helping them find the answers they
need without handing them a set of “correct” ideas to follow.
Any subject is good for opera if the composer feels it so intently he must sing it out. – Gian Carlo Menottix
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One of the “powerful ideas” Papert discusses in his book is something technology allows
for, meta-cognition, thinking about one’s thinking. This is a vital part of learning – analyzing
one’s own ideas and actions in retrospect in order to change and improve them. This ability to
understand and use meta-cognition to learn, though part of design process, the research process,
and the writing process, is magnified by the use of certain technological tools such as Robolab
and LEGO robotics as they provide a concrete visual representation as one moves through each
step toward a final product. Robotics offers many benefits to students including hands-on
experience, often lacking in instruction-based classrooms, along with active project-based
exploration. It also has the unique ability to provide a vehicle for concrete representation and
visualization of abstract concepts with which students become acquainted. This idea of concrete
representation of abstract concepts comes from Seymour Papert who cites hands-on learning as
vital to understanding and sees the use of concrete representations as a way to understand faster
and more completely abstract concepts.xi
Though RoboLab is a fantastic teaching tool for many things, I wish to integrate the
technology into the curriculum in a supplemental fashion, instead of making RoboLab and
LEGOs the main focus of the project and the only teaching tool provided. The students will
learn with RoboLab, field trips, construction, research, music, reading, and writing. Papert
warns against technocentrism, defined in relation to the egocentrism of Piaget, as giving
centrality to a technical object shown through research questions such as “what is the effect of
the computer on cognitive development”.xii By integrating the technology into an already
interdisciplinary project that utilizes many forms of teaching and learning to address the different
subject areas, one can help combat technocentric thinking. Hopefully this idea can also promote
technology in classrooms and challenge the biased disappointment in what “technology has to
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offer” as teachers understand that the technology itself cannot provide, but the entire “culture of
learning” influences each child’s experience and success.xiii
Also important to this project is the idea of viewpoint-taking. By the third grade,
children have successfully moved from the Piagetian preoperational stage of intellectual
development, to the concrete-operational stage.xiv Therefore, it is assumed children have moved
past egocentrism and can now take the viewpoint of another person. Practice in this area can
help a child hone their skills to improve writing skills, acting skills, and promote healthy social
development. Within this project practice comes in the form of the adaptation for the script. It is
preferred that the children write the script of the story from the viewpoint of a lesser character
(such as the Cinderella story from the view of a stepsister, the prince, or Jaq the mouse) to
explore viewpoints and characterization, and because it allows for more creativity in the story’s
presentation. There are currently many stories available in print to explain this concept, such as
The True Story of the 3 Little Pigs by Jon Scieszkaxv and Goldilocks and the Three Bears/Bears
Should Share! (Another Point of View) by Alvin Granowsky.xvi
i Taken from, Erik Jorgensen, [personal communication]. 1 May 2005ii Marceau Quotes. http://www.brainyquote.com/quotes/quotes/r/robertashl184085.html accessed: 1 May 2005iii Opera Quotes. http://koti.mbnet.fi/neptunia/creativity/opera1.htm accessed: 1 May 2005iv Berio Quotes. http://www.brainyquote.com/quotes/quotes/r/robertashl184085.html accessed: 1 May 2005v Robert Ashley Quotes. http://www.brainyquote.com/quotes/quotes/r/robertashl184085.html accessed: 1 May 2005vi Opera Quotes. http://koti.mbnet.fi/neptunia/creativity/opera1.htm accessed: 1 May 2005vii Koizumi Quotes. http://www.brainyquote.com/quotes/quotes/r/robertashl184085.html accessed: 1 May 2005viii Papert, S. (1980) Mindstorms: Children, Computers, and Powerful Ideas. NY: Basic Books.ix Papert, S. (1980) Mindstorms: Children, Computers, and Powerful Ideas. NY: Basic Books. x Menotti Quotes. http://www.brainyquote.com/quotes/quotes/r/robertashl184085.html accessed: 1 May 2005xi Papert, S. (1980) Mindstorms: Children, Computers, and Powerful Ideas. NY: Basic Books.xii Papert, S. (1987) Computer Criticism vs. Technocentric Thinking. In Educational Researcher (vol. 16, no. I). xiii Papert, S. (1987) Computer Criticism vs. Technocentric Thinking. In Educational Researcher (vol. 16, no. I). xiv Shaffer, D. (2000) Social and Personality Development. Belmont, CA: Wadsworth.xv Scieszka, J. (1996). The True Story of the 3 Little Pigs. New York: Basic Books. xvi Granowsky, A. (1995). Goldilocks and the Three Bears/Bears Should Share!. Austin, TX: Steck-Vaughn.
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Powerful Ideas:
There are a few powerful ideas, three of them that are, in my opinion, most important. These
concepts cover the necessary components for a powerful idea, that it be powerful in its use, in its
connections, in its roots, and in its personal identity.xvii Each of these ideas is valid in other areas
beyond this project and for the student’s lifelong learning; therefore, they are also concepts that
have been validated through a long history of use and emphasis. Also important, understanding
these concepts can give a child a sense of efficacy about his/her education and provide a plan for
future education and life-long problem solving.
Modeling – The LEGOs and RoboLab will be used to make models of sets, and to create
model instruments to play with touch sensors. Modeling is an important
part of construction and engineering throughout all of the levels of expertise –
from children making model cars, to engineers and planners creating model
bridges, and buildings and even towns. Models provide a concrete
structure to manipulate and reflect upon before creating the real product.
Design Process – Known as the design process in engineering, this powerful idea, as previously
mentioned spans across the disciplines through the writing process,
scientific method, and research process. Learning the value of this process
provides students with a solid foundation for future study in any
area. Also the reflection and meta-cognition embedded in this process are
helpful problem-solving and decision-making skills to promote.
xvii Papert, S. (1991). What’s the big idea: Towards a pedagogy of idea power. IBM Systems Journal, 39(3-4).
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Art and Music – The arts and their role in society, in history, in every aspect of life, are powerful
ideas. This project gives a child an outlet for healthy expression of ideas
and emotions, and examples of how art and music have influenced society and
vice versa for centuries.
These powerful ideas come through in all aspects of the project. The benefits of including
LEGO robotics and RoboLab in this project one sees in their assistance in the first two powerful
ideas. The children will use LEGOs to make model instruments, model sets, and other necessary
planning and problem-solving tools. The technology also allows students to program melodies
into a programmable LEGO brick so they can hear the tunes and relate them together through
different sensors or programmable bricks to play with order, overlapping sound, and other fun
features of composition.
Site:
This original curriculum idea is for the elementary school setting, but can be adapted to
fit any age group. Older students can handle more hands-on construction of sets and creative
lighting design and longer shows with more complex musical composition. Young children can
produce a show themselves with simpler melodies and paper painted or “found” set design.
Music has a very low floor and a limitless ceiling for all aspects of understanding and exposure,
analysis, play, and composition. Any age is a fine age to explore music and the arts and can
engage students of any level. RoboLab too, has a low floor and high ceiling when it comes to
the software. The program allows for older students’ work to be more complex and involved,
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while younger students focus more on physical production and use simpler programming.xviii In
order to create a relevant curriculum in line with the Massachusetts Curriculum Frameworks, I
have chosen a third-grade classroom in which to conduct this project.
Relation to the Massachusetts Curriculum Frameworksxix:
As an interdisciplinary project, the opera creation curriculum relates to the Massachusetts
Curriculum Frameworks in many areas. Assessing based upon the frameworks for grades 3 and
4 throughout the subject areas of History, English Language Arts, Music, Theater, and
Technology/Engineering.
Technology/Engineering –
The most important thing required of students in the technology
frameworks is the design process. The students will spend the entire semester running
through the design process again and again as they create and recreate parts of their
opera, compose, program, and invent. Student in grade 3-5 learn about appropriate
materials and tools to solve problems and invent and to identify and explain the purposes
of tools. The technology frameworks at this age stress technological literacy which will
be fulfilled through research using all available technology including the internet,
invention and programming with programmable LEGO bricks and RoboLab, and oral
and written presentations requiring word-processed findings.
xviii Erwin, B., Cyr, M., & Rogers, C. (2000). LEGO engineer and RoboLab: Teaching engineering and LabVIEWfrom kindergarten to graduate school. International Journal of Engineering Education, 15(5).
xix Massachusetts Curriculum Frameworks and supplements. Products of the Massachusetts Department of Education. http://www.doe.mass.edu/frameworks/current.html accessed: 29 April 2005.
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History –
I chose third grade because the students study Massachusetts and New England
history at this time. In another state, they may study their own state’s history in second
or fourth, and any of these grades would be perfectly acceptable. By placing the opera in
whatever time period the class is studying, in an area important to the children, their own
hometown or home state, helps bring relevance to the story and to the project. The MCF
requires the children to learn research skills including the steps necessary to conduct
research. Through exploration into the time period already introduced in class into the
clothing, art, technology (such as musical instruments invented), and music, the children
gain a deeper understanding of what life was really like for the people living it, not
simply the historians in their books. This exploration will require the students learn the
steps to successful research – formulation of a question, creating a search plan, locating
resources, sorting information for relevance and validity, using and presenting the
information.
Writing –
It is in this area where the children do the most relevant and extensive application
of learning with relation to the MCF. The children will create their own scripts as an
adaptation of a well-known story, fairytale, or fable. Through writing the students can
work on their mechanical writing skills, awareness of word forms (nouns, verbs, etc.)
punctuation, and dialogue. They can explore the use of descriptive language, dialogue
for characterization and plot development, and story organization. Here is also where
students will encounter the writing process and the need for planning and outlining,
drafting, revising, editing, and re-writing for a successful outcome.
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Reading –
Because the MCF places much emphasis on analysis and understanding of
literature, breaking apart the story and analyzing the characters in order to present a
different point of view utilizes many emerging skills in reading, analysis, and viewpoint-
taking. The third grade standard begins to explore plot and character in stories through
dialogue and themes/morals in fables and fairytales. The fifth grade standards includes
more in-depth study of character as it asks students to explore dramatic literature and
analyze plot, characterization, conflict, and plot structure. It also asks students to
recognize characters’ personality traits and how those traits are revealed through thought,
word, and action as the character evolves over time. In creating a script, the children will
also become familiar with the construction of dramatic literature and concepts such as
scenes, acts, casts, stage directions, etc.
The standards also require the students to become familiar with public speaking
and group interaction through discussion and contribution. It is expected that students
learn the rules of group discussion – eye contact, hand raising, attentive listening, etc.
and present their ideas in a clear and organized fashion before others. They also should
do dramatic readings with inflection and understand the basic elements of fiction. The
opera allows the children to present findings to others during the preliminary stages and
then do dramatic readings of their script during its creation and present confidently
before an audience upon its completion. Working in groups on background research,
construction, creation, and production, the children will have ample opportunity to learn
how a group functions effectively.
Music –
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In music, the Frameworks describe many skills expected by grade four. Students
are expected to be able to sing independently and together from memory with pitch and
rhythmic accuracy and to work with and follow a conductor. They should have an
understanding of meter, pitch, and rhythm and be able to recognize and notate such
things with standard musical notation. They are expected to create and/or arrange short
songs with teacher guidance. Students should play musical instruments of a varying sort
and be able to play alone or while others sing, learning about different instruments and
their places in western orchestras, bands, and non-western musical groups. The students
are also expected to become knowledgeable listeners, describing sounds they hear using
musical terminology, identifying different voices, instruments and musical genres, and
responding with purposeful movement to different styles and effects in music. The
creation of an opera, spread out over a semester gives time to practice all of these skills:
singing, playing, composing, listening, and recognizing and using standard musical
notation. Teacher guidance is still expected at this age, and the teacher in this case is
expected to aid in notation and experimentation, and to conduct.
Radio tried everything, and it all worked. It invented a new kind of singer whose voice wasn't even loud
enough to carry across a hotel bedroom, and Americans, as it turned out, would rather hear these "crooners"
than any big-bellied tenor who ever shook an opera house chandelier. – Sam Moorexx
Acting –
Opera is musical theater, and theater is a great part of opera’s character. Under
the arts section of the frameworks which includes music, visual art, theater, and dance,
certain standards stood out as important and connected to this project. First, students are
xx Moore Quotes. http://www.brainyquote.com/quotes/quotes/r/robertashl184085.html accessed: 1 May 2005
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expected to respond to others, create characters, understand stories have a beginning
middle and end, and adapt short plays from tales in prose just as this project provides.
They are supposed to include the “5 W’s” in the creation of a scene/play, and visualize an
environment for their play, altering the space to create mood, time, and location. One
strand of the MCF for all of the arts is “connection” – each of the arts and its connection
to society, learning, and other subject areas. It encourages teachers through adherence to
the MCF to use arts as tools for curriculum development and exploration in other subject
areas. This also encourages us to ask the questions: Why Art? What is it for? What does
the artist try to convey to his/her audience? What do I feel as an audience member this
provides for me in my life? and other pervasive questions.
Materials – technology hardware/software:
In this interdisciplinary project, the students must utilize many technologies such as the
internet and word processing programs. They will also need to use graphics to create
posters/invitations for their show. It is with these technologies that, by the third grade, many
should be quite familiar. This project introduces a new technology to the children with which
they will become acquainted and facile throughout the semester. This is LEGO robotic
technology and the RoboLab software.
As computers and robotics, LEGO® robotics specifically have been developed as an
educational tool, they have carried strongly with it the idea of project-orientated, active
constructionist education. The technology used in this project is the LEGO Mindstorms
Robotics Invention Kits. The set contains an average of 700 LEGO pieces, the RCX or tiny
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computer embedded in a LEGO brick, an infrared transmitter for sending programs to the RCX,
RoboLab software, light and touch sensors, motors, and a building guide”.xxi The LEGO RCX
has been developed as a microcomputer that can “talk” to other RCXs or to a computer,
accessing programs created with RoboLab software through infrared transmission and acting
autonomously of the computer to complete the program. This RCX technology frees students
from the computer, allowing many students to create programs on the same computer and to
share programs; transmission of a program to the RCX allows students to go outside the
classroom to conduct experiment, gather data, or test the bounds of their creations.xxii With all of
the possibilities embedded in the RCX and LEGO robotics technology, researchers at Tufts
University’s Center for Engineering Education Outreach in the late 1990s set out to create
engineering educational curricula to utilize this new technology into classroom across America
and across the world.xxiii
I, through lessons learned in this class, have come to understand technology’s role in the
classroom as necessary, yet supplementary. Technology should be used to teach in new and
exciting ways that allow students to command their learning and create meaningful projects.
I wish to use the technology as a supplementary teaching tool to teach something other than
engineering alone, which to me is limiting the possibilities of the medium. I will be using the
LEGO robotics technology to create model instruments to program and play and model sets to
assess and address the needs of the space and the performers.
xxi Bers, M., & Urrea, C. (2000) “Technological Prayers: Parents and Children Working with Robotics and Values” In Robots for Kids: Exploring New Technologies for Learning Experiences. Edited by A. Druin & J. Hendler. NY: Morgan Kaufman, Pp. 194 – 217.xxii McNamara, S., Cyr, M., & Rogers, C. (1999). LEGO brick sculptures and robotics in education. xxiii Erwin, B., Cyr, M., & Rogers, C. (2000). LEGO engineer and RoboLab: Teaching engineering and LabVIEW
from kindergarten to graduate school. International Journal of Engineering Education, 15(5).
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Process:
As previously stated, this is a multi-phasic curriculum that lasts throughout the course of
a semester combining history, music, engineering design, art, and writing. There are four phases:
the introduction phase, exploration phase, creation and composition phase, and the final
production. In all phases, the students work in groups or as a class and communicate their ideas
at every level. Everyone learns from each other and teaches each other so that every child can
contribute to the final production.
The Introduction Phase:
This phase can occur at the beginning of the semester, or if the project is a spring project,
can be introduced during the fall/winter depending on the availability of and access to resources
such as theaters, museums, etc.
In this phase the goals are:
Introduce children to opera and other forms of musical theater, straight play
through field trips, recordings, and videos.
Introduce the main composers of opera
Introduce instruments, composition, discussing simple melody and harmony
Introduce the structure of opera, characterization, plot development, musical
characteristics – how does it related to plays, musical theater, books?
Choose a historical setting for the original opera
Read literature, dramatic and fiction – become acquainted with different stories,
understand structure of play/book
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Mara Eve Stahl Music and Technology…
Assessment:
Students write reactions to the opera/theater – what do they think about it? Do
they like it? What is its purpose? Do they think the music is an important aspect
for them as an audience member? Can they recognize what makes opera
different? (MCF English, writing, organization)
Choose a composer or instrument and learn something interesting about it, tell the
class what was found
Create plot outlines in groups for a short play/story (MCF English, contribution,
organization)
Discussion: through group discussions and reactions one can assess whether the
children gained from the experience and their skills for communicating their ideas
Read with inflection and character (MCF English, reading)
Participation and discussion (MCF, English, discussion, groups, communicate
ideas)
Exploration Phase:
In this phase the goals are:
Explore the historical point chosen, the art, music, fashion, architecture, politics…
anything of interest at that time
Choose a story and place it in the historical context
Choose a performance space, find out its dimensions and resources for the model
Continue reading dramatic literature and fiction
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Mara Eve Stahl Music and Technology…
Create a class story-web/plot-line for the chosen story and discuss characters,
relationships, action, feelings
Musical instruments, visit museum to see old instruments, which instruments
make up an orchestra? How has is changed?
Explore operas and stories
Discuss roles of production: actors/singers, orchestra, directors, set/tech crew, etc.
Discuss the concepts of leitmotif, aria, recitative
Continue to discuss music, notation, melody, etc.
Assessment:
Simple character analysis, personality traits, physical attributes, relationship to
other characters, of someone from the chosen story (MCF English, understanding
characters and personalities; Acting, taking views, understanding characters)
Write short prose stories based on stories read in class or original idea (MCF
English, writing, mechanics, plot and characters in dialogue, description, elements
of fiction)
Create a short leitmotif for themselves, use it to announce themselves in
discussions for the day/week
Compose short songs about someone in the class (MCF Music, short
compositions, singing alone from memory; Acting, viewpoint taking; English,
communication of ideas)
Oral/written reports on a chosen area of historical setting (MCF History, research
process, local/regional history; English, mechanics, organization, presenting
ideas)
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Mara Eve Stahl Music and Technology…
Participation and discussion (MCF, English, discussion, groups, communicate
ideas)
I'd hate this to get out but I really like opera. – Ford Frick
Creation and Composition Phase:
This is the longest, most in-depth phase where the children experiment, model, and create
their opera.
In this phase the goals are:
Compose script
Create model for set and discuss needs for scenery, lights, audience seating, etc.
Create leitmotifs for characters and write songs
Continue to read literature and listen to music from different genres and style for
inspiration
Create model instruments like those investigated, and program them to play
leitmotifs
Discuss “orchestra” – use only programmed instruments? Does anyone play an
instrument? Want to play in the orchestra?
Children choose role(s) they desire and plan their contribution to the final product
based on their role(s).
Plan costumes, design sets. What materials needed? How much time will it take?
Who will do the work?
Assessment:
Script production (MCF English Writing, Reading, Acting)
Create leitmotifs (MCF Music, short compositions)
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Mara Eve Stahl Music and Technology…
Instruments that play (MCF Engineering design, invention)
Choose roles of contribution, fulfill roles, plan tasks (MCF English, contribution)
Final Production Phase:
In this phase the goals are:
Practice, practice, practice!
Paint sets, find props/costumes
Design invitations/posters for the show
Post-production discussion of music and art in life, working in groups, learning.
Assessment:
Put on the Show! (MCF English contribution, presentation; Music,
composition, notation, play; Engineering design process, modeling)
Students as audience members (MCF Music attentive listening)
Group effort
Post-performance Reflection: How did it turn out? Did I like it? What did I
learn from the experience? What did I do to contribute? (MCF writing,
organization, communication of ideas; Constructionist self-reflection)
Conclusions:
Throughout this paper I have proposed a semester-long interdisciplinary curriculum for
third graders to explore opera through planning, writing, constructing, composing, acting, and
observing. This curriculum promotes active learning in a teacher-guided constructionist
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Mara Eve Stahl Music and Technology…
environment where students build their own learning experience through active participation and
creation. Utilizing many teaching tools including technologies such as the internet and LEGO
robotics with RoboLab software, the students can plan, model, explore, and invent as they write
and produce their opera production. This interdisciplinary and constructionist attributes of this
curriculum provide opportunities for children to learn in ways not often found in standard
instructionist classrooms. Hopefully, this and other curricula will be used in classrooms in the
future to introduce technology as one of many learning tools, and emphasize the value of
interdisciplinary study and constructionist learning, and the importance of the artistic media for
healthy self-expression.
References:
Bers, M., & Urrea, C. (2000) “Technological Prayers: Parents and Children Working with Robotics and
Values” In Robots for Kids: Exploring New Technologies for Learning Experiences. Edited by A.
Druin & J. Hendler. NY: Morgan Kaufman, Pp. 194 – 217.
Erwin, B., Cyr, M., & Rogers, C. (2000). LEGO engineer and RoboLab: Teaching engineering and
LabVIEW from kindergarten to graduate school. International Journal of Engineering Education,
15(5).
Granowsky, A. (1995). Goldilocks and the Three Bears/Bears Should Share!. Austin, TX: Steck-Vaughn.
Jorgensen, E. [personal communication]. 1 May 2005.
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Mara Eve Stahl Music and Technology…
Massachusetts Curriculum Frameworks and supplements. Products of the Massachusetts Department of
Education. http://www.doe.mass.edu/frameworks/current.html accessed: 29 April 2005.
McNamara, S., Cyr, M., & Rogers, C. (1999). LEGO brick sculptures and robotics in education.
Opera Quotes. http://koti.mbnet.fi/neptunia/creativity/opera1.htm accessed: 1 May 2005
Papert, S. (1980) Mindstorms: Children, Computers, and Powerful Ideas. NY: Basic Books.
Papert, S. (1987) Computer Criticism vs. Technocentric Thinking. In Educational Researcher (vol. 16,
no. I).
Papert, S. (1991). What’s the big idea: Towards a pedagogy of idea power. IBM Systems Journal, 39(3-
4).
Quotes. http://www.brainyquote.com/quotes/quotes/r/robertashl184085.html accessed: 1 May 2005
Shaffer, D. (2000) Social and Personality Development. Belmont, CA: Wadsworth.
Scieszka, J. (1996). The True Story of the 3 Little Pigs. New York: Basic Books.
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