Introduction to OER4Schools
The OER4Schools Professional Learning Resource
"You can't teach people everything they need to know. The best you can do is position them where they can find what they need to know when they need to know it." Seymour Papert, MIT
Review of homework: The project day or field trip
Whole group discussion (11 min). Share briefly any ideas about a ‘project day’ or ‘field trip’:
- What is a suitable topic and for which level of students?
- What is a suitable lesson objective/success criteria?
- Where would be a suitable venue for the event?
- What kind of questions could you pose? Can you phrase some sample questions that ask learners what they know/think about some aspects of your chosen topic? What might they like to know/find out?
Review of homework: Use of ICT in Enquiry-Based Learning (EBL)
Whole group discussion (11 min). Discuss how the use of OpenOffice spreadsheet and/or Geogebra can be a useful tool for teachers to make use of EBL. You may like to refer to the resource databases you have created for homework to suggest your insights.
Watch this clip of Abel, a Maths teacher in Zambia, demonstrating the relationship between area and perimeter. Think about how GeoGebra can be useful for this lesson.
VIDEO
In the video ‘12 13 Abel 2 4 rectangles 1’, Abel demonstrates the concept of a fixed area vs a changing perimeter:
In the video ‘12 13 Abel 2 4 rectangles 1’, Abel demonstrates the concept of a fixed area vs a changing perimeter:
Video/12 13 Abel 2 4 rectangles 1-desktop.m4v, https://oer.opendeved.net/wiki/Video/12_13_Abel_2_4_rectangles_1-desktop.m4v, Duration: 12:34 watch on YouTube, local play / download options / download from dropbox)
Abel demonstrated how the area is kept constant by using the same piece of paper and rearranging its strips. The number of times a piece can be ‘cut’ and ‘rearranged’ in Geogebra could be infinite! Students could explore in Geogebra how changing the shape of any other figures (e.g. triangles) in different ways (while not changing the area), would affect the perimeter.
Now watch how Abel talked about why he thought the use of Geogebra would be helpful for his lesson. Was his view similar or different to yours? Do you think your students can make use of Geogebra for this kind of enquiry lesson?
VIDEO
The video ‘Interview with Abel on Geogebra, Abel describes use of Geogebra for area and perimeter’
The video ‘Interview with Abel on Geogebra, Abel describes use of Geogebra for area and perimeter’
Video/12 13 Abel 2 4 rectangles 5-desktop.m4v, https://oer.opendeved.net/wiki/Video/12_13_Abel_2_4_rectangles_5-desktop.m4v, Duration: 12:34 watch on YouTube, local play / download options / download from dropbox)
Objectives for this session
The objectives for this session are to
- know how to pose real and productive questions to get the most from enquiry-based learning
- learn about different ways to start off an enquiry-based learning lesson
- continue to prepare for an enquiry-based learning session through a series of lessons, a ‘project day’ or ‘field trip’ for their maths or science classes.
Overview of Enquiry-Based Learning (EBL)
Individual reading task (11 min). The essence of EBL is asking good investigative questions and that the students participate in the planning, researching and presentation of responding to these questions through projects and activities. It may be the case that the field trip activity you have thought about earlier can be a catalyst event for helping students to think about good enquiry questions!
Teachers can take many approaches to crafting an enquiry-based lesson, but Dr. Cornelia Brunner of the Center for Children and Technology (http://cct.edc.org/) breaks it into four main parts: Posing Real Questions, Finding Relevant Resources, Interpreting Information and Reporting Findings.
(http://www.youthlearn.org/learning/planning/lesson-planning/how-inquiry/how-inquiry)
Whole group discussion (11 min). To refresh your memory of what EBL can look like, let's review one of the clips of one of the teachers using EBL that you watched last week. As you watch the clip, try to identify these four parts of EBL in his lesson.
Clip 3: How can we learn mathematics through using used plastic bottles for building a house?
VIDEO
The impact of inquiry based learning on students and teacher
The impact of inquiry based learning on students and teacher
Video/The impact of inquiry based learning on students and teacher.mp4, https://oer.opendeved.net/wiki/Video/The_impact_of_inquiry_based_learning_on_students_and_teacher.mp4, Duration: 7:55 watch on YouTube, local play / download options / download from dropbox)
Small group discussion (11 min). Get into your previous group of 3-4 teachers again (as in last week’s ‘Planning an outdoor’ activity). Look through the questions in the diagram above in each of the four parts of the enquiry process. Think about how useful they are for the field trip you are planning to organise.
Discuss these questions:
- What questions will you select to use during the field trip? Did you use some of them already in your homework planning task?
- How will you structure the field trip such that students can go through the four main steps of enquiry learning?
- You will realise that for the students to complete the whole process of enquiry, it cannot easily happen within a single lesson! (Although you can do a mini-enquiry in one lesson.) How does this challenge your current thinking and practice of teaching?
Posing Real and Productive Questions
Individual reading task (11 min). In this section, we introduce the idea that it is important students know what a good enquiry question is and are willing to pose them! We suggest that it is very important for the teachers in the first stage of an enquiry-based lesson to help students to pose real questions and productive questions.
Real questions are:
- questions that students are curious and very interested to answer or particularly interested to pose (rather than just pursuing what the teachers want them to answer).
- questions that generally do not lead to simple yes/no answers (or just one possible answer). Instead, they are open-ended in nature to stimulate discussion and invite further investigation.
- questions that must ultimately be answerable through enquiry. Questions like "What color is God?" or "Can I become a national leader?" are valid questions, but they are partially belief-based and not normally subject to the scientific methods that are at the root of enquiry-based learning in the current context. Similarly, questions that are highly personal (that are based on opinion), typically do not lend themselves to an enquiry for science and maths topics. (It is possible in other subjects and require other techniques of enquiry).
Some possible real questions coming from students may be: Why is the colour of the sky blue?, Why is the colour of the sea different at different points of the day in different places?, How do I actually see colours around us? How many soccer balls can fit in our classroom? A sample design task they might engage with is “Design a new school on the same site as yours and for the same number of students as your school.”
Productive questions can be used by the teacher to help students think about a problem in a desired direction. These types of questions are open enough to give opportunities for students to consider new ways of thinking. They usually involve questions like: “What differences and similarities do you see between these objects (or situations)?”, “Why do you think these results are different from the other experiment?”, “In your opinion, what would happen if... ?”, “How do you think you could go about...”, “How might you explain?”, “How can we be sure?”, “How many... ?”, “What is the temperature?”. The “in your opinion” and “What/why do you think” are very important here as they do not ask the student for the right answer, rather they ask what the student is thinking. In this way, teachers can progress and support the students’ enquiries. Teachers may use productive questions to help students delve more deeply into their chosen enquiry area with the hope that once students have become open to thinking this way they can begin to ask productive questions of their own.
If teachers decide to give students the option of searching for good enquiry questions, they must help them identify and refine their questions for exploration and help them realise when a question is not appropriate for a given enquiry project. The process of refining questions includes helping students identify what they know and don't know about the subject, identifying sub-questions that may be part of the larger question and, most importantly, formulating hypotheses about what the answer might be at the early stage.
You may like to help participants to recall their learning on questioning in Session 2.2.
Closed versus Open questions:
- Closed questions are factual and focus on a correct response. Some examples are: Name the different parts of a plant? What are the five nutrients that must be present in a balanced diet? How many sides does a triangle have? What is the formula for calculating perimeter of a square? How many planets are there in the solar system? Name two sources of renewable energy.
- Open questions have many answers. Some examples are: What could be the consequences of water contamination? How does a balanced diet help us? How could we use flowers of plants? Suggest ways to prevent spread of malaria in your community?
Surface versus Deep questions:
- Surface questions elicit one idea or some ideas. For example, What is the difference between organic and inorganic fertilizers? What is the use if carbohydrates in a balanced diet? Which part of the sugar cane plant is used for eating? Which features of a cactus plant are useful for its survival in desert regions?
- Deep questions elicit relations between ideas and extended ideas. For example, What would happen if only inorganic fertilizers are used for growing plants? What connections do you see between climate of a region and its vegetation? Why is the water in the nearby pond not safe for drinking?
‘What if’ and ‘Why’... questions can help you delve deeper into pupils’ thinking.
It is likely that real and productive questions need to be “open” or “deep” as well!
A questioning game
Whole Group Game (11 min). This game is about learning to ask open and real questions. The idea is that you go round your group, and practice questioning.
To start with, decide on a topic to pose questions about to your colleagues. One person starts with an open-ended question that can be either real or productive. The next person could either comment on the previous question (e.g. how can we answer that question? Is it possible to find answers to that question?) or respond with a related open-ended question. This goes on as long as there is no repeating of a previous question. For example, the topic might be on light:
- Teacher A: Why is it important to have light?
- Teacher B : What would happen if there is no light?
- Teacher C: Where/when do you think light is used in particular?
- Teacher D: Who or what do you think particularly need light?
- Teacher E: How does light help or not help people?
- Teacher A: How does light come about?
- Teacher B: What kind of process is involved in seeing light?
- Teacher C: What is the speed of light ?
- Teacher D: I think the previous question does not lead to a productive discussion since it only has one correct answer, so how about changing it to: ‘How do we find out about the properties of light such as the speed?’
So now, choose topic, and start asking questions! After you have gone round the group once or twice (depending on the size of the group) you might want to do another round with another topic.
Reflection (11 min). Bigger and smaller questions. You will realise that some of the questions are ‘bigger’ than the rest in terms of the possibilities that the question can be ‘broken down’ into ‘smaller’ ones. It is probably easier to respond to the ‘smaller’ sub-questions than the ‘bigger ones’. Therefore, responding to the smaller questions will give clues to answering the bigger questions. Bigger questions might frame a whole enquiry whereas smaller, sub-questions might collectively structure that enquiry.
Examples:
- Why is it important to have light? (‘bigger’ question)
- What would happen if there is no light? (‘smaller’ question)
- Where/when do you think light is used? (‘smaller’ question)
- Who or what do you think particularly need light? (‘smaller’ question)
It will be useful for the questions to be written out on the board so that everyone can see how the questions evolve (and to see the ‘size’ of each question) as each person poses a question.
Highlight to the teachers that such a process of posing, refining and sizing of questions is by itself a useful enquiry activity for students. We are inviting them to pose questions and think about what kind of investigation needs to take place to respond to the questions. It may be the case that some questions seem rather ‘straightforward’ so posing further probing questions like ‘how do you know’ or ‘why do you think so’ will be helpful to further deepen the thinking process of the students.
Posing real and productive questions - video watching
Whole group discussion (11 min). Watch the following clip on Abel trying to get students to understand the relationship of area and perimeter. Pay attention to the questions he posed. What other questions could be asked to elicit the students ideas on the concept of area? How might a 'think pair share' approach to the class discussion have affected student’s learning? Consider the question, ‘How do/can we measure area?’. How might this question be developed into a useful enquiry activity for students?
VIDEO
In the video "Whole class discussion on the meaning of area (Abel)"
In the video "Whole class discussion on the meaning of area (Abel)"
Video/Abel Clip 4.m4v, https://oer.opendeved.net/wiki/Video/Abel_Clip_4.m4v, Duration: 12:34 watch on YouTube, local play / download options / download from dropbox)
Continue to watch in the next clip, how Abel set up the class for students to explore the relationship of area and perimeter. What kind of probing questions did he use to help students in their learning?
VIDEO
Instructions for the interactive task on perimeter and area (Abel)
Instructions for the interactive task on perimeter and area (Abel)
Video/Introduction to Chalimbana Basic School.m4v, https://oer.opendeved.net/wiki/Video/Introduction_to_Chalimbana_Basic_School.m4v, Duration: 12:34
Property "Uses video" (as page type) with input value "Videos/{{{name}}}" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process.
The next clip shows how the students made use of Geogebra in their enquiry process. How do you think such an approach of learning would be helpful for the students? Do you think it helped them to become more engaged and confident? Why do you think so?
VIDEO
Group work in Geogebra.m4v
Group work in Geogebra.m4v
Video/Geogebra-group-interaction.m4v, https://oer.opendeved.net/wiki/Video/Geogebra-group-interaction.m4v, Duration: 12:34 watch on YouTube, local play / download options / download from dropbox)
What can you say about how confident the students seem in using this new technology?
Four Levels of Enquiry
Group discussion (11 min). Read the following examples of teachers trying to start an enquiry-based learning lesson for a maths topic on angles of polygons. According to Douglas Llewellyn, the different approaches of enquiry-based teaching require teachers and students to play different roles in the enquiry-based learning process.
Teacher A: Demonstrated Enquiry
Teacher introduced new concepts of properties of polygons by showing the pupils different pictures of polygons and asking them to describe what they see (see table below). She explained or demonstrated the sum of angles for each polygon. Teacher asked students to explain the pattern across the shapes.
Example of Question: What is the sum of the interior angles of a regular polygon with seven sides based on what I have shown you so far?
Students attempted to answer questions which teacher assessed according to whether responses were correct or incorrect. Students took down notes for the topic. The lesson on this topic ended.
Teacher B: Structured Enquiry
Teacher B divided the class into groups and provided pictures of regular polygons for each group to investigate the property of their angles. The teacher provided step-by-step instruction and questions about how the students should be measuring and recording the angles of each polygon onto a table (see below):
| Number of sides? | Sum of interior angles? | Shape? | What do you realise about the pattern? |
Example of Question: Can you record the number of sides and sum of interior angles of each of the polygon? What kind of pattern can you see?
Teacher assigned roles to each pupil and asked the spokesperson to report on the group’s findings at the end of their investigation – which can take up to one or two days.
Teacher C: Problem-Solving Enquiry
Teacher posed the following problem for the pupils to investigate in groups. She wanted the pupils to think of ways to find out the interior angles of this regular polygon (see picture below) and to search the internet to find out where in the world such a polygon can exist physically as a building structure or object.
Example of Question: You have come across this rather interesting regular polygon and are interested to find out what would be the total interior angles of it. How can you go about finding this out and be sure that the answer is correct? Where do you think you can see this polygon in the real world?
Teacher directed students to some resources that they could search online. Teacher asked students to present their findings at the end of their investigation – which may span across two or three days.
Teacher D: Independent Inquiry
Teacher asked each student to think of ways to find the general formula of the interior angle (S) of a regular n-sided polygon : S = (n −2) × 180°/ n
Example of Question: You have come across several regular polygons. Can you work individually to find out a general formula to find the total interior angles of it up to 100 sides?
Students worked on their own to derive a general formula. Teacher asked students to present their findings at the end of their investigation – which may span across two or three days.
PMI activity on the Four Level of Enquiry
Small Group Activity (11 min). Before having a brief discussion on the differences of the levels of enquiry, it may be helpful to do a PMI (positives, minuses, interesting) activity where you work in groups of two or three and consider the PMIs of each approach. Remember, you can also use a PMI activity to consider the possible pros and cons of a random statement as in the ‘Plants can now walk in our World!’ statement in 5.1.
Do a PMI activity and come up with something Positive about and a Minus point about as well as something Interesting about, in this case, the enquiry levels/approaches used by Teachers A, B, C and D and/or consider the following questions for discussion:
- What do you think are the main differences between the levels of enquiry?
- Where do you see yourself (Teacher A-D?) in terms of conducting an enquiry-based learning activity in your class if you were to teach them today? Why do you say that?
- Do you think there is a possibility that you will consider using a different approach to start an enquiry-based lesson in your class if you are given some time to plan? What and how will you go about trying?
Here is one way of organising the PMI activity so that all groups consider all 4 levels of enquiry - as represented by Teachers A to D:
- Place a piece of A4 paper with the title: ‘Teacher A: Demonstrated Enquiry’ on a desk (desk A) in one corner of the room.
- Then place a second piece of paper with the title: ‘Teacher B: Structured Enquiry‘ on a desk (desk B) in another corner of the room.
- A third piece of paper with the title: ‘Teacher C: Problem-Solving Enquiry ‘ should be placed on another desk (desk C) in a different corner.
- In the final corner should be placed a piece of of paper with the title: ‘Teacher D: Independent Inquiry‘ on it (desk D).
- Each group starts on a different desk. They will read through the enquiry approach for that Teacher, have a short discussion about the PMI’s of the Teacher/enquiry approach and write them down before moving on to the next desk in the A,B,C,D sequence (so A moves to B, B moves to C etc.).
After the first move, there will already be something positive (P), something negative (M) and an interesting point (I) written on the paper now in front of each group. If there are only three groups, the group starting at desk C and moving on to desk D will be greeted with another blank piece of paper Each group will read through the enquiry approach for that Teacher but they will have to think more deeply about their PMIs, moving beyond the obvious (so, they should not repeat what has been written but should extend their thinking, perhaps using those ideas). The third group to arrive at that desk will hopefully be able to use the other groups ideas to delve even deeper. By perpetuating this cycle all groups will get to discuss each of the Teachers with an increasing level of challenge to their thinking.
At the end of the activity, the four pieces of paper could be displayed so that everyone can see what has been written. Another discussion may arise out of this process, but that’s enquiry for you!
Another way to do this activity is to move the pieces of A4 paper from group to group. This works well if there are the same number of groups as pieces of paper - Groups each choose from Teachers A, B, C or D, feedback one PMI related to their choice, and then pass their chosen teacher (piece of paper) on for the next group to consider. The next group must come up with a different PMI for that same Teacher. By the end of the activity each of A, B, C and D should have 4 PMI comments. The feedback comments could be written on the board by the facilitator for ongoing discussion or written on the piece of A4 paper and passed on.
There is no single correct way to teach or to conduct an enquiry. Effective teachers are resourceful and have a whole repertoire of teaching strategies which they draw on as appropriate, according to the topic, task, level of student confidence and knowledge. The diagram below shows how levels of teacher support and student independence might vary.
The differences between the approaches of the four teachers can be understood based on differing levels of teacher support or scaffolding (maximum for teacher A) for the students and students’ independence in their learning (maximum for teacher D). While we hope that we can help our students to take up more responsibility and ownership through enquiry-based learning, we trust that the teachers can make appropriate decisions on which level of support or scaffolding is best suited for their students at any point. One thing that can be common across the approaches is that a teacher should always strive to be a co-learner with the students and not assume that he/she already has all the answers. Be prepared for surprises and that the students’ questions and findings might be very illuminating indeed!
Making use of Enquiry Ideas
Small group activity (11 min). Below are four enquiry ideas (A-D) that could be turned into an enquiry in your class. Please note that these are just enquiry ideas which mean that you need to go through substantial thinking and planning for the ideas to be introduced in a lesson to engage students in their own enquiry. It may be that you do not find some of the ideas useful at all, in which case you are welcome to come up with your own enquiry ideas to discuss as a group.
Divide yourself into groups of three or four teachers. You should read through all the enquiry ideas and eventually pick one or two ideas for the group activity that you will be working on together in this session and in the next two weeks. As you are reading through these ideas, think about the following:
- Are the ideas interesting and engaging for my students?
- Are the ideas relevant to the curriculum? What subject will it be most relevant to introduce them?
- What can be an appropriate lesson objective(s) if you do make use of the enquiry ideas?
- What kind of resources will you need and are they easily accessible to you and your students?
- How will you introduce the ideas in the first lesson (recall what are some of the ways to present your questions that you have learnt in the previous session) and how many lessons do you think you will need to complete the enquiry process?
Idea A: Investigating paper airplane design
There are many different designs of paper aeroplanes. Some of them have a very plain design but can fly a longer distance whereas some can have rather interesting design but do not fly as well. What are the factors that affect how far a paper airplane can fly?
You may like to refer to the following web references for more information:
- Examples of airplane designs imitating flying and gliding animals:
- Examples of airplanes with instructions and videos on how to fold them:
- Examples of the actual lessons on investigating the flights of paper airplanes using scientific method as an extended project:
Tip: Students could use what they have learned from their enquiry to design their own enhanced airplane.
Idea B: Investigating the process of hand washing
We have been told that washing of our hands is an important part of maintaining hygiene and preventing the spread of germs and viruses. How do you know that you have spent adequate time washing your hands each time?
- Example of lesson plan on investigating hand washing
- Example of youtube video on emphasising importance of washing hands
Idea C: Investigating the vegetables and trees within our community
What are some of the vegetables and trees that are grown in our community? Why are they being grown here? (e.g. consider tomatoes, rape, onion, cabbage, nimu tree, holy fiso, malaina, mango)
Some possible areas of investigation: location of vegetable/trees (e.g. type of soil and availability of water source like a stream), medicinal properties (e.g. is it used as a traditional medicine?), nutritional properties, economic consideration (e.g. source of fuel/income), ecological and environmental concerns, personal and spiritual values. You might like to select one or two areas of investigation for a start.
- Example of youtube video on tree planting in Zambia
- Example of website on ‘treevolution’ in Zambia
Idea D: Planning for a trip to the game reserves and Victoria Falls
Imagine you have two overseas visitors who have just arrived in Lusaka and would like to visit a game reserve near Lusaka, plus the Victoria Falls and one other interesting site by car. The two visitors only have one day to visit these three places by car. Can you inform the visitors about the distance to these places from Lusaka city centre? Can you also suggest an itinerary that will take into consideration the shortest distance of travel to and between the three places, starting and ending at Lusaka city centre? Please state the distance of travelling to each place and the approximate time required to travel.
Example of website on visiting Zambia:
Make sure that you do consider the practical arrangements for this trip! In the itinerary: decide on the length of your imaginary journey and work out the travelling time, but also think about the practical arrangements: out how much luggage (water, food, equipment) will you need to take and how will you be able to carry this? Are there any elderly people or young children in your party, who might need special provision, such as extra food, or more frequent stops?
Discussion of Enquiry Ideas
Whole group discussion (11 min). This activity is optional if small groups need more time to discuss.
Nominate one or two representatives from each group to share the enquiry ideas they have discussed in the previous activity. In particular, highlight the reasons for selecting the enquiry ideas that the group has chosen and share ideas on how the teacher should present the enquiry ideas and questions in the first lesson. Share any possible challenges that the teacher may face. The rest of the participants should provide constructive questions or comments to help the group to sharpen their ideas further.
Homework A: Small group planning task
Work with the same small group of colleagues to develop the resources (e.g. worksheets and materials) for one or two enquiry ideas that you have discussed just now that will be necessary to carry on the enquiring process by your students. Bring these resources next week (including the materials like the paper for the paper aeroplane) so that you can start the data collection and interpreting process as a group. Remember that you have time to work on at most two enquiry ideas so please choose the idea(s) that you really want to work on! If you think that you have OTHER ideas that you prefer to work on, that is fine but do ensure that you have thought through the questions we have suggested to you earlier!
Homework B: Developing Internet search skills
Individual Task (11 min). Internet search skills are very important as the internet is typically the first stop to obtaining information on specific news and topics of interest. You may like to direct your students to specific web sites in the early stage of an EBL lesson.
Before we begin today’s session, we suggest that you spend some time viewing the following YouTube clips on internet search skills. This can also be done as a group session using a projector, if preferred.
VIDEO
Youtube clip on skimming and scanning the internet.
Youtube clip on skimming and scanning the internet.
Video/How to scan and skim sources on the Internet.mp4, https://oer.opendeved.net/wiki/Video/How_to_scan_and_skim_sources_on_the_Internet.mp4, Duration: 12:34 watch on YouTube, local play / download options / download from dropbox)
VIDEO
Youtube clip on searching the internet.
Youtube clip on searching the internet.
Video/Learn how to search the Internet effectively.mp4, https://oer.opendeved.net/wiki/Video/Learn_how_to_search_the_Internet_effectively.mp4, Duration: 12:34 watch on YouTube, local play / download options / download from dropbox)
VIDEO
Youtube clip on searching using Google.
Youtube clip on searching using Google.
Video/Learn how to use Google expert search.mp4, https://oer.opendeved.net/wiki/Video/Learn_how_to_use_Google_expert_search.mp4, Duration: 12:34 watch on YouTube, local play / download options / download from dropbox)
VIDEO
Youtube clip on searching using GoogleEarth
Youtube clip on searching using GoogleEarth
Video/How to use Google Earth in the classroom.mp4, https://oer.opendeved.net/wiki/Video/How_to_use_Google_Earth_in_the_classroom.mp4, Duration: 12:34 watch on YouTube, local play / download options / download from dropbox)
After you have looked at the video clips above, please try to search for a video clip on the internet on Enquiry-based learning & OER use at the Aisha Project School, Zambia. Can you summarise what the teacher in the clip has said about enquiry-based learning through the use of ICT?
When you discuss the homework with the participants, let them know that they can ask you for help in navigating to this site if they have difficulty finding the clip. The clip can be found at http://vimeo.com/12669204 (and is available offline as Enquiry-based learning at Aisha Project School.mp4).
The clip shows Andreia Santos (http://aisantos.wordpress.com) interviewing Brighton Lubasi about the use of open educational resources at the Aisha Project School in Lusaka, Zambia. Brighton explained how they drew on an enquiry-based pedagogy for learning with OER. The interview was carried out during Andreia's visit to Zambia to attend and present at the E-learning Africa Conference in May 2010.
Homework C: Notes for planning 'project or field day'
We hope today's session should help you to develop your ideas for an enquiry-based ‘project day’ or ‘field trip’ for your own classroom. Be prepared to share any updates of your ideas in the next session (5.3). In the previous session (5.1) , we have introduced these questions to help you plan for your own EBL 'field trip' or 'project day' lesson:
- What is a suitable topic?
- What is a suitable lesson objective/success criteria?
- Where would be a suitable venue for the event?
- What kind of questions could you pose during the enquiry? Is there a main enquiry question and sub-questions? Can you phrase some sample questions that ask learners what they know/think about some aspects of your chosen topic? Are you giving opportunity for the students to pose their own questions? What might they like to know/find out? The table below summarises the different kind of questions that we have discussed so far.
| ‘Open-ended’ Questions | ‘Deep’ Questions | ‘Real’ Questions | ‘Productive’ Questions |
| Questions have many answers.
|
Questions elicit relations between ideas and extended ideas.
|
Questions that students are curious and very interested to answer or particularly interested to pose (rather than just pursuing what the teachers want them to answer).
|
Questions help students to delve more deeply into an enquiry area. May be posed by the teacher initially to support and progress students’ enquiries.
|
05. What specific resources (e.g. worksheets, objects, internet links) have you come up with for the event?
06. How can the students make use of ICT to facilitate their enquiry process?
07. Consider also what are some administrative requirements you need to attend to organise such an event (e.g. Do you need permission from an authority/parents? Do you need to invite a specialist speaker to talk about the topic?
The following further set of questions can be useful to help you plan the ‘project’ or ‘field-trip’ day:
- Will there be shared lesson objectives for all the students or would it differ considerably depending on what enquiry task is chosen?
- How will the enquiry tasks support enquiry, questioning, thinking and discussion?
- Will the tasks constitute a project or activity extending over and between lessons? If not, how can this be arranged?
- If so, will students do anything in between lessons? Will this involve research? Will parents/guardians or other family/community members be involved?
- Will the tasks be undertaken by
- individuals (perhaps cooperating by sharing equipment and helping each other with both technical issues and the task) - could enquire as a group but not strictly co-enquiry!
- groups (collaboratively planning and developing ideas, conducting the work, learning to compromise and giving feedback)
- or the whole class working together collaboratively?
- How will students record what they learned?
- If groups, will there be group presentations to the class?
- If groups, will different groups investigate different aspects of the topic and then share their knowledge with the class?
- What criteria will the class use to assess the outcomes of their enquiry? How will you ensure that any criticism is constructive and sensitive? How will the group be encouraged to take on board constructive feedback?
- How will students assess their own work?
References
- Pollard, A., Anderson, J.,Maddock, M.,Swaffield, S., Warin, J., Warwick, P., 2002. Reflective teaching: Effective and evidence‐informed professional practice, London: Continuum.
- Llewellyn, D. 2011. Differentiated Science Inquiry, Thousand Oaks CA: Corwin.
Acknowledgements
We thank YouthLearn Initiative at Education Development Center (http://www.youthlearn.org/learning/planning/lesson-planning/how-inquiry/how-inquiry inquiry) and Futurelab (http://www.enquiringminds.org.uk/terms_of_use/) for kindly allowing us to use the material from their website.
