The group in a collaborative way creates a Slide-Share Presentation and consolidates the translation of the text “Smart Energy Reading”, the texts of the reflections regarding the problems faced during the process of translation and the chart with the meanings of a method, strategy, and technique, and their examples.
This document discusses translation techniques for a group project. It includes the translation of three paragraphs about smart grid technology from English to Spanish by four students. The first paragraph discusses how smart grids will lead to changes in electricity supply and demand. The second paragraph explains how smart grids involve applying computer systems to collect supply and demand information. The third paragraph outlines benefits of smart grids for consumers, such as time-of-use pricing incentives and remote appliance control. Each student also reflects on their translation process and the methods, strategies, and techniques used.
This document contains a translation task between a student and tutor. It includes 4 paragraphs from an original English text on Smart Grid technology translated into Spanish. It also includes reflections from each student on their translation process and challenges, as well as charts comparing methods, strategies and techniques used in translation.
The document contains 5 paragraphs about smart grid technology translated from English to Spanish by 5 students. It discusses how smart grid technology involves applying computer systems to electrical networks to improve generation and demand management for a more efficient energy system. It allows consumers to access energy usage data in real time and incentives to use appliances when demand is lower. Challenges include managing variable renewable sources and developing infrastructure in remote areas with renewable resources. Pilot programs are underway to test smart meters and demonstrate how the technology could work.
This document provides a summary of translation techniques used in translating a document about smart grid technology from English to Spanish. It includes 4 tasks: 1) The translation of one paragraph from English to Spanish. 2) A reflection on techniques used in the translation. 3) A chart comparing translation methods, strategies, and techniques. 4) Feedback provided to translation partners. The document demonstrates different approaches to translating a technical document across languages.
The document discusses translation techniques and strategies used when translating texts. It begins with an introduction to different translation techniques such as word-for-word translation, translation based on meaning and context, and using neologisms. It then provides examples of each technique. The document also contains a chart comparing and contrasting methods, strategies, and techniques used in translation. The chart defines each term and provides examples.
Translation techniques colaborative slide share group 22mktaborda
With the transition to renewable energy sources, countries will face challenges in managing the unpredictable supply and flexible demand. Smart grid technology aims to address these challenges by collecting information on power generation and demand to create a more efficient electricity network. This will help balance the grid as renewable sources like solar and wind are difficult to predict. It will also allow consumers to use appliances at off-peak times to reduce bills and emissions.
This document provides summaries of translations of 5 paragraphs about smart grid technology from English to Spanish done by 4 individuals. It includes the translations of each paragraph, reflections on the translation process from each individual, and 3 charts defining translation strategies, techniques and methods. Some key details:
- The paragraphs discuss the future of energy supply and use, benefits of smart grid technology for energy generation and consumers, and challenges of renewable energy sources.
- Reflections touch on understanding technical vocabulary, choosing accurate synonyms, and using translation tools like transposition and literal translation.
- The charts define translation strategies like literal translation, techniques like borrowing words, and methods like philological translation.
This document discusses translation techniques for a group project. It includes the translation of three paragraphs about smart grid technology from English to Spanish by four students. The first paragraph discusses how smart grids will lead to changes in electricity supply and demand. The second paragraph explains how smart grids involve applying computer systems to collect supply and demand information. The third paragraph outlines benefits of smart grids for consumers, such as time-of-use pricing incentives and remote appliance control. Each student also reflects on their translation process and the methods, strategies, and techniques used.
This document contains a translation task between a student and tutor. It includes 4 paragraphs from an original English text on Smart Grid technology translated into Spanish. It also includes reflections from each student on their translation process and challenges, as well as charts comparing methods, strategies and techniques used in translation.
The document contains 5 paragraphs about smart grid technology translated from English to Spanish by 5 students. It discusses how smart grid technology involves applying computer systems to electrical networks to improve generation and demand management for a more efficient energy system. It allows consumers to access energy usage data in real time and incentives to use appliances when demand is lower. Challenges include managing variable renewable sources and developing infrastructure in remote areas with renewable resources. Pilot programs are underway to test smart meters and demonstrate how the technology could work.
This document provides a summary of translation techniques used in translating a document about smart grid technology from English to Spanish. It includes 4 tasks: 1) The translation of one paragraph from English to Spanish. 2) A reflection on techniques used in the translation. 3) A chart comparing translation methods, strategies, and techniques. 4) Feedback provided to translation partners. The document demonstrates different approaches to translating a technical document across languages.
The document discusses translation techniques and strategies used when translating texts. It begins with an introduction to different translation techniques such as word-for-word translation, translation based on meaning and context, and using neologisms. It then provides examples of each technique. The document also contains a chart comparing and contrasting methods, strategies, and techniques used in translation. The chart defines each term and provides examples.
Translation techniques colaborative slide share group 22mktaborda
With the transition to renewable energy sources, countries will face challenges in managing the unpredictable supply and flexible demand. Smart grid technology aims to address these challenges by collecting information on power generation and demand to create a more efficient electricity network. This will help balance the grid as renewable sources like solar and wind are difficult to predict. It will also allow consumers to use appliances at off-peak times to reduce bills and emissions.
This document provides summaries of translations of 5 paragraphs about smart grid technology from English to Spanish done by 4 individuals. It includes the translations of each paragraph, reflections on the translation process from each individual, and 3 charts defining translation strategies, techniques and methods. Some key details:
- The paragraphs discuss the future of energy supply and use, benefits of smart grid technology for energy generation and consumers, and challenges of renewable energy sources.
- Reflections touch on understanding technical vocabulary, choosing accurate synonyms, and using translation tools like transposition and literal translation.
- The charts define translation strategies like literal translation, techniques like borrowing words, and methods like philological translation.
The document contains translations of paragraphs about smart technology and smart grids completed by students as part of a group translation activity. It includes the original English paragraphs, Spanish translations, reflections on the translation process, and feedback among group members. The students analyzed techniques, strategies, and methods for translation.
Topics to develop:
1. The concept of Translation and its complexity
2. Types of Translation Techniques
3. The need to distinguish between method, strategy and techniques
With changes to energy sources come challenges in managing unpredictable supply and demand. Renewable sources like wind and solar are hard to predict, while nuclear is inflexible. Storing energy efficiently and encouraging off-peak usage could help address potential blackouts. A second problem is remote locations of renewables requiring new infrastructure, but smart technologies may reduce costs.
The document discusses translation techniques used to translate a document about smart grid technology. It includes 4 paragraphs about changes in energy supply and demand, benefits of smart grid technology, and challenges with renewable energy sources. The reflection discusses techniques used, including looking up unknown words and reading the topic. It found short sentences hardest to translate and felt most encouraged when the translation felt correct. The method, strategy, and technique section defines the terms and gives examples used in the translation.
Smart technology is still in its early stages but pilot programs to test it have already begun. Consumers are testing smart meters in their homes to manage electricity use and demonstrations are planned to show how smart technology could work. Technology will likely be added in layers, starting with quick solutions to reduce carbon emissions followed by more advanced systems later. Cities are good candidates for smart energy investments due to their large populations and energy usage. By 2050, changes in energy supply will have transformed homes, transportation, and behavior.
The document discusses translation techniques used to translate four paragraphs about smart grid technology. It begins with the translations of the four paragraphs about changes in energy supply and demand, benefits of smart grid technology, and challenges with renewable energy sources. It then provides a reflection on the translation process, discussing techniques used and most difficult aspects. Finally, it includes a chart comparing methods, strategies, and techniques used in translation and examples of each.
The document discusses translation techniques for summarizing a passage about smart grid technology. It includes 4 paragraphs about changes in energy supply and demand, benefits of smart grid technology, and challenges with renewable energy sources. The reflection discusses translation methods used, including looking up unfamiliar words and short sentences. It notes the importance of understanding the topic before translating. The chart compares methods, strategies, and techniques, defining them as the plan, implementation, and specific behaviors used in translation. Feedback from group members praises the translations and understanding of environmental issues. A slideshare presentation will consolidate the tasks and bibliography is included.
The document discusses translation techniques used to translate a document about smart grid technology. It includes 4 paragraphs from the original document translated into Spanish, as well as a reflection on the translation process, definitions of translation methods, strategies and techniques, and a feedback chart evaluating the translation. The translation addresses how smart grid technology can help transition to renewable energy and a lower carbon economy by improving understanding of energy supply and demand and allowing a more efficient electric grid.
The document summarizes a collaborative task completed by five students. It includes translations of passages about smart grid technology by four of the students. It also includes a chart completed by one student comparing the differences between methods, strategies, and techniques in education. The students reflected on challenges they faced during the translation tasks, such as unknown vocabulary words.
This is a collaborative work of the course Translations Techniques.
Here you can read about some techniques used by students of the degree in English Language as Foreign Language program for learning English.
Task based learning strategy unit 1 task 3 collaborative activity 1 (2)30743074
The document discusses translation techniques, strategies, and methods. It provides examples of each:
- Method is the process or steps taken to complete a task, like a doctor diagnosing a patient.
- Strategy is a planned approach to accomplish a goal, like a soccer team's plan to win a match.
- Technique refers to specific procedures used, like a teacher using songs to help students with pronunciation.
In this presentation we will see the different paragraphs we have chosen and the reflection of each one of us about our experience of being able to translate and we will give some examples about the method, strategy and technique
This work is done in order to know the different strategies we have when translating texts in this case a paragraph that we chose and our reflection at the moment of translating and we will give a description and examples of strategy, technique and method.
The document discusses smart energy and smart grid technology. It is comprised of 4 paragraphs that discuss:
1) The need for changes in energy supply and use due to peak oil and climate change. Countries are focusing on renewable energy and smart grid technology.
2) Smart grid technology involves applying computer systems to collect supply and demand information to better manage the electricity network.
3) Smart grid technology benefits consumers by providing real-time energy use data and time-varying prices to incentivize off-peak usage.
4) Challenges include managing unpredictable renewable sources and remote locations requiring new infrastructure, but smart technologies can help address these issues more efficiently.
The document summarizes the translation of a text on smart energy technologies by a group of students. It discusses how smart grid technology aims to create a more efficient power network by better understanding electricity generation and demand. It allows for increased power from renewable sources and reduces operational costs. Smart grid technology benefits consumers by providing real-time energy use data and incentives to use appliances when supply exceeds demand. While still new, smart technology is being tested through pilot programs and demonstrations to show how it could work. Cities are good candidates for smart energy investments due to their high population and energy use.
The document discusses translation techniques used in translating a document about smart energy technology. It provides the original text in English along with the translator's translation in Spanish. The translator reflects on their translation process, noting they began by directly translating parts they understood, looked up unknown words, and ensured the translation was coherent. They discussed using techniques like literal translation, transposition, and loan words. The document is meant to demonstrate the translator's skills and understanding of various translation techniques and strategies.
This document contains a collaborative translation activity between 5 students and their tutor. It includes 4 paragraphs about smart energy and smart grid technology translated into Spanish. Each paragraph translation is followed by a short reflection on the translation process from the student. In general, the students discuss looking up unfamiliar words and concepts to understand them fully before translation and ensure accurate meaning is conveyed. They also describe relating new terms to the context of the paragraph.
Smart technology is still in its early stages but pilot programs are already testing smart meters in homes and demonstrating how the technology could work, with trials of new electric infrastructure as well. As technology is added in layers starting with quick solutions for carbon savings and later more advanced systems, cities are prime targets for investing in smart energy due to their dense populations and high energy usage. By 2050, changes in energy supply will have transformed homes, roads, and behaviors as infrastructure rapidly updates.
This document contains 5 paragraphs summarizing key aspects of smart grid technology translated from English to Spanish. Paragraph 1 discusses future changes in energy supply and demand driven by peak oil and climate change, leading countries to transition to low-carbon economies and renewable energy sources. Paragraph 2 describes how smart grid technology involves applying computer systems to collect electricity supply and demand information to better manage the system. Paragraph 3 outlines consumer benefits like time-of-use pricing and remote appliance control. Paragraph 4 covers challenges around integrating unpredictable renewable sources and developing new infrastructure. Paragraph 5 discusses early pilot programs and the ongoing transition to smarter energy infrastructure and technologies.
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The document contains translations of paragraphs about smart technology and smart grids completed by students as part of a group translation activity. It includes the original English paragraphs, Spanish translations, reflections on the translation process, and feedback among group members. The students analyzed techniques, strategies, and methods for translation.
Topics to develop:
1. The concept of Translation and its complexity
2. Types of Translation Techniques
3. The need to distinguish between method, strategy and techniques
With changes to energy sources come challenges in managing unpredictable supply and demand. Renewable sources like wind and solar are hard to predict, while nuclear is inflexible. Storing energy efficiently and encouraging off-peak usage could help address potential blackouts. A second problem is remote locations of renewables requiring new infrastructure, but smart technologies may reduce costs.
The document discusses translation techniques used to translate a document about smart grid technology. It includes 4 paragraphs about changes in energy supply and demand, benefits of smart grid technology, and challenges with renewable energy sources. The reflection discusses techniques used, including looking up unknown words and reading the topic. It found short sentences hardest to translate and felt most encouraged when the translation felt correct. The method, strategy, and technique section defines the terms and gives examples used in the translation.
Smart technology is still in its early stages but pilot programs to test it have already begun. Consumers are testing smart meters in their homes to manage electricity use and demonstrations are planned to show how smart technology could work. Technology will likely be added in layers, starting with quick solutions to reduce carbon emissions followed by more advanced systems later. Cities are good candidates for smart energy investments due to their large populations and energy usage. By 2050, changes in energy supply will have transformed homes, transportation, and behavior.
The document discusses translation techniques used to translate four paragraphs about smart grid technology. It begins with the translations of the four paragraphs about changes in energy supply and demand, benefits of smart grid technology, and challenges with renewable energy sources. It then provides a reflection on the translation process, discussing techniques used and most difficult aspects. Finally, it includes a chart comparing methods, strategies, and techniques used in translation and examples of each.
The document discusses translation techniques for summarizing a passage about smart grid technology. It includes 4 paragraphs about changes in energy supply and demand, benefits of smart grid technology, and challenges with renewable energy sources. The reflection discusses translation methods used, including looking up unfamiliar words and short sentences. It notes the importance of understanding the topic before translating. The chart compares methods, strategies, and techniques, defining them as the plan, implementation, and specific behaviors used in translation. Feedback from group members praises the translations and understanding of environmental issues. A slideshare presentation will consolidate the tasks and bibliography is included.
The document discusses translation techniques used to translate a document about smart grid technology. It includes 4 paragraphs from the original document translated into Spanish, as well as a reflection on the translation process, definitions of translation methods, strategies and techniques, and a feedback chart evaluating the translation. The translation addresses how smart grid technology can help transition to renewable energy and a lower carbon economy by improving understanding of energy supply and demand and allowing a more efficient electric grid.
The document summarizes a collaborative task completed by five students. It includes translations of passages about smart grid technology by four of the students. It also includes a chart completed by one student comparing the differences between methods, strategies, and techniques in education. The students reflected on challenges they faced during the translation tasks, such as unknown vocabulary words.
This is a collaborative work of the course Translations Techniques.
Here you can read about some techniques used by students of the degree in English Language as Foreign Language program for learning English.
Task based learning strategy unit 1 task 3 collaborative activity 1 (2)30743074
The document discusses translation techniques, strategies, and methods. It provides examples of each:
- Method is the process or steps taken to complete a task, like a doctor diagnosing a patient.
- Strategy is a planned approach to accomplish a goal, like a soccer team's plan to win a match.
- Technique refers to specific procedures used, like a teacher using songs to help students with pronunciation.
In this presentation we will see the different paragraphs we have chosen and the reflection of each one of us about our experience of being able to translate and we will give some examples about the method, strategy and technique
This work is done in order to know the different strategies we have when translating texts in this case a paragraph that we chose and our reflection at the moment of translating and we will give a description and examples of strategy, technique and method.
The document discusses smart energy and smart grid technology. It is comprised of 4 paragraphs that discuss:
1) The need for changes in energy supply and use due to peak oil and climate change. Countries are focusing on renewable energy and smart grid technology.
2) Smart grid technology involves applying computer systems to collect supply and demand information to better manage the electricity network.
3) Smart grid technology benefits consumers by providing real-time energy use data and time-varying prices to incentivize off-peak usage.
4) Challenges include managing unpredictable renewable sources and remote locations requiring new infrastructure, but smart technologies can help address these issues more efficiently.
The document summarizes the translation of a text on smart energy technologies by a group of students. It discusses how smart grid technology aims to create a more efficient power network by better understanding electricity generation and demand. It allows for increased power from renewable sources and reduces operational costs. Smart grid technology benefits consumers by providing real-time energy use data and incentives to use appliances when supply exceeds demand. While still new, smart technology is being tested through pilot programs and demonstrations to show how it could work. Cities are good candidates for smart energy investments due to their high population and energy use.
The document discusses translation techniques used in translating a document about smart energy technology. It provides the original text in English along with the translator's translation in Spanish. The translator reflects on their translation process, noting they began by directly translating parts they understood, looked up unknown words, and ensured the translation was coherent. They discussed using techniques like literal translation, transposition, and loan words. The document is meant to demonstrate the translator's skills and understanding of various translation techniques and strategies.
This document contains a collaborative translation activity between 5 students and their tutor. It includes 4 paragraphs about smart energy and smart grid technology translated into Spanish. Each paragraph translation is followed by a short reflection on the translation process from the student. In general, the students discuss looking up unfamiliar words and concepts to understand them fully before translation and ensure accurate meaning is conveyed. They also describe relating new terms to the context of the paragraph.
Smart technology is still in its early stages but pilot programs are already testing smart meters in homes and demonstrating how the technology could work, with trials of new electric infrastructure as well. As technology is added in layers starting with quick solutions for carbon savings and later more advanced systems, cities are prime targets for investing in smart energy due to their dense populations and high energy usage. By 2050, changes in energy supply will have transformed homes, roads, and behaviors as infrastructure rapidly updates.
This document contains 5 paragraphs summarizing key aspects of smart grid technology translated from English to Spanish. Paragraph 1 discusses future changes in energy supply and demand driven by peak oil and climate change, leading countries to transition to low-carbon economies and renewable energy sources. Paragraph 2 describes how smart grid technology involves applying computer systems to collect electricity supply and demand information to better manage the system. Paragraph 3 outlines consumer benefits like time-of-use pricing and remote appliance control. Paragraph 4 covers challenges around integrating unpredictable renewable sources and developing new infrastructure. Paragraph 5 discusses early pilot programs and the ongoing transition to smarter energy infrastructure and technologies.
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Unit 1: Task 3 - Collaborative Activity 1
1. TRANSLATION TECHNIQUES
Unit 1: Task 3 - Collaborative Activity
MARGARITA ROSA NARVAEZ SERNA
LAURA DANIELA ARCILA
SANDRA MILENA MANCHOLA
Tutor: Angie Lorena Salgado
UNIVERSIDAD NACIONAL ABIERTA Y A DISTANCIA
LICENCIATURA EN INGLES COMO LENGUA EXTRANJERA
Group: 551037_15
October 15, 2018
TUMACO –NARIÑO
2. Task 1: Translation
PARAGRAPH 1
The next few decades will see great changes in the way
energy is supplied and used. In some major oil
producing nations, 'peak oil' has already been reached,
and there are increasing fears of global warming.
Consequently, many countries are focusing on the
switch to a low carbon economy. This transition will
lead to major changes in the supply and use of
electricity. Firstly, there will be an increase in overall
demand, as consumers switch from oil and gas to
electricity to power their homes and vehicles.
Secondly, there will be an increase in power
generation, not only in terms of how much is
generated, but also how it is generated, as there is
growing electricity generation from renewable
sources. To meet these challenges, countries are
investing in Smart Grid technology. This system aims to
provide the electricity industry with a better
understanding of power generation and demand, and
to use this information to create a more efficient
power network.
Párrafo 1
Las próximas décadas verán grandes cambios en la forma en la que se
suministra y utiliza la energía. En algunas de las principales naciones
productoras de petróleo, ya se ha alcanzado el "pico de petróleo" y
hay un temor creciente al calentamiento global. En consecuencia,
muchos países se están centrando en el cambio hacia una economía
baja en carbono. Esta transición dará lugar a cambios importantes en
el suministro y uso de electricidad. En primer lugar, habrá un aumento
en la demanda general, a medida que los consumidores pasen del
petróleo y el gas a la electricidad para alimentar sus hogares y
vehículos. En segundo lugar, habrá un aumento en la generación de
energía, no solo en términos de cuánto se genera, sino también de
cómo se genera, ya que existe una creciente generación de
electricidad a partir de fuentes renovables. Para enfrentar estos
desafíos, los países están invirtiendo en tecnología de redes
inteligentes. Este sistema tiene como objetivo proporcionar a la
industria eléctrica una mejor comprensión de la generación y
demanda de energía, y utilizar esta información para crear una red
eléctrica más eficiente.
Margarita Narváez Serna
3. PARAGRAPH 2
Smart Grid technology basically involves the
application of a computer system to the
electricity network. The computer system can be
used to collect information about supply and
demand and improve engineer's ability to
manage the system. With better information
about electricity demand, the network will be
able to increase the amount of electricity
delivered per unit generated, leading to potential
reductions in fuel needs and carbon emissions.
Moreover, the computer system will assist in
reducing operational and maintenance costs.
PARRAFO 2
La tecnología de red inteligente implica básicamente la
aplicación de un sistema informático a la red eléctrica. El
sistema informático puede ser usado para recopilar
información acerca de oferta y demanda y mejorar las
habilidades del ingeniero para administrar el sistema. Con
mejor información acerca de demanda de electricidad, la red
será capaz de incrementar la cantidad de electricidad
entregada por unidad generada, conduciendo a posibles
reducciones en necesidades de combustible y emisiones de
carbono. Además, el sistema informático será de ayuda en
reducción operacional y costos de mantenimiento.
Laura Daniela Arcila
4. PARAGRAPH 3
Smart Grid technology offers benefits to the consumer
too. They will be able to collect real-time information
on their energy use for each appliance. Varying tariffs
throughout the day will give customers the incentive
to use appliances at times when supply greatly
exceeds demand, leading to great reductions in bills.
For example, they may use their washing machines at
night. Smart meters can also be connected to the
internet or telephone system, allowing customers to
switch appliances on or off remotely. Furthermore, if
houses are fitted with the apparatus to generate their
own power, appliances can be set to run directly from
the on-site power source, and any excess can be sold
to the grid.
PARRAFO 3
La tecnología de red eléctrica inteligente ofrece también
beneficios al consumidor. Ellos serán capaces de reunir
información en tiempo real sobre el uso de energía de
cada electrodoméstico. Tarifas inconsistentes a lo largo
del día les darán a los clientes la incentiva de usar sus
electrodomésticos a las horas en que el abastecimiento
excede enormemente la demanda, llevando a grandes
reacciones en las cuentas. Por ejemplo, ellos podrían usar
su lavadora en la noche. Metros inteligentes pueden ser
conectados a la internet o al sistema telefónico,
permitiendo a los clientes apagar o encender
electrodomésticos de forma remota. Además, si las casas
se ajustan a los aparatos para generar su propia energía,
los electrodomésticos pueden ser programados para
funcionar directamente desde la fuente única de poder, y
ningún exceso puede ser vendido a la red.
Sandra Milena Manchola
5. Task 2: Reflection
1. Margarita Narváez Serna
It was very easy to understand the paragraph because the words already knew them, however I had some complications
with some words with which it was necessary to use the dictionary to see other translations to adapt them to the theme
of the text and not to modify the style and meaning of the text. "Smart network" was a term I had never heard before,
so I researched and found its meaning in Spanish, so I continued to do the literal translation, always verifying that the
translation retained the syntax, style and meaning of the original text.
2. Laura Daniela Arcila
For the translation of the paragraph I chose, I used the technique of literal translation in almost all the text that consists of translating word for
word, achieving a text in the target language as correct as idiomatic. And the translation of a phrase with the technique of tracing that is when a
translator creates or uses a neologism in the target language by adopting the structure of the language of origin.
3. Sandra Milena Manchola
I know that the easiest way to find an unknown word is to look it on a dictionary, however, when translating techniques take a huge
influence on that, this is the reflexion I have gotten after finishing the process. In the beginning, I was wondering if using or not the
technique of borrowing when translating “smart grid technology” then I found out the Spanish version of that type of technology and I
preferred using transposition technique to give a better understanding in Spanish, as well as when translating “varying tariffs”. For the
rest of the text I mostly used literal translation depending on the Spanish language structure. I still think I did not well translate the
sentence “... and any excess can be sold to the grid” since for me it seems like “ningún exceso puede entrar en la red” however, I
preferred to translate it literal.
6. METHOD STRATEGY TECHNIQUE
DEFINITION DEFINITION DEFINITION
strategies and tools that are used to achieve a
specific objective, usually represents an
instrumental means by which the works of
everyday life are performed
Is a specific type of action, planned and carried out
in order to achieve concrete objectives.
The action chosen between different alternatives
foreseen after knowing the objective of a task, the
conditions of the situation and the available
resources, is carried out attending to the
development of the changing conditions that are
generated
EXAMPLE EXAMPLE EXAMPLE
Feedback
To improve communication in the classroom, all
teachers and classmates should provide "feedback"
to students, to let them know if they are
responding in the way expected, is what we do
with each collaborative or individual work.
Chip game similar to the domino game, where in
each section figures or images of food and things
are placed. The game begins by distributing the
cards among the children and they are placed in
such a way that each new piece obeys the
association criteria created by the children and
that the children must play when they play.
For example: the apple and the tree, with the
grape I make a juice
different points of view small group formation
maximum of 5 students in order to exchange
experiences, ideas, opinions and knowledge in
order to solve a problem, make decisions, search
for data or simply acquire knowledge taking
advantage of the contributions of the participants.
DIFERENCES DIFERENCES DIFERENCES
Relate to the whole text and serve to
facilitate learning.
Are used for sentences and smaller units of
language.
Is appropriate and efficient, has to be related
to the student's uniqueness and the type of
learning that is supposed to be produced.
Usually requires some sort planning
Solve specific problems of translation in the
context of a concrete translation, task or text
Promote learning and help the students to
learn specific topics
It affects the results of a translation
• Try to achieve a particular result, in
different fields such as science, technology,
education or any other activity.
Varies within the same text according to each
case and depending on the specific verbal
elements that will be translated
Task 3: Chart
Margarita Narvaéz Serna
7. DIDACTIC PLANNING
METHOD STRATEGY TECHNIQUE
Set of strategies and
tools used to reach
a precise objective.
EXAMPLE
In mathematics,
any operator that
executes an
alteration in a
series of data
implies a method
of solving this
problem.
In mathematics,
any operator that
executes an
alteration in a
series of data
implies a method
of solving this
problem
set of actions that
are carried out to
achieve a certain
purpose
Procedure that is
performed to
execute a certain
task
EXAMPLE
EXAMPLE
Price strategies:
When a product is
released to the
market they can take
advantage of high
price gains since
many purchases are
made out of
curiosity.
Technique for
playing the guitar
DIFFERENCE METHOD-
STRATEGY:
Unlike the method, the strategy
is flexible and can take shape
based on the goals you want to
reach
DIFFERENCE: TECHNICAL-METHOD:
The Method is only the way in which something
is done, with order and following certain
principles, for that reason in pedagogy it is
spoken of constuctvista method, humanist,
behaviorist, etc. The technique refers to the tools
that are used to get the knowledge.
DIFFERENCE: TECHNICAL-
STRATEGIES:
The didactic techniques are
considered as procedures that lend
themselves to helping to carry out a
part of the learning that is pursued
with the strategy. The activities are
pate of the techniques and are specific
actions that facilitate the execution of
the technique.
Laura Daniela Arcila
8. Method Strategy Technique
It is a systematic
application of a
logical process,
planned steps, or
the way something
is done considering
a planned.
Refers to the plan
or series of steps
for obtaining a
specific goal or a
result.
It is the concrete
realization of
methods. They
give you different
or variety ways to
approach a
method.
Sandra Milena Manchola