Grade by Grade
A. Design Processes and Related Skills · Design Skills: From Idea to Tested Prototype

Research: Gathering and Synthesizing Information from Diverse Sources

A1.7 A1.3About 70 minutes
Learning goals
  • I can gather information from primary and secondary sources, including people and communities with diverse perspectives.
  • I can judge whether a source is reliable.
  • I can write good interview and survey questions.
  • I can synthesize information from several sources into clear findings and design requirements.
  • I can learn from First Nations, Métis and Inuit knowledge respectfully, with permission and credit.

Words to know

primary source
Information you collect first-hand: interviews, surveys, observations, measurements and tests.
secondary source
Information someone else collected and published: articles, books, websites, manuals, videos.
synthesize
Combine information from several sources to find patterns, agreements and conflicts, and draw conclusions.
reliable source
A source you can trust because the author is knowledgeable, the information is current and supported by evidence, and the purpose is not just to sell something.
open question
A question that cannot be answered with yes or no, such as "How do you...?"
leading question
A question that pushes someone toward an answer, such as "Don't you agree this is better?"
citation
A note that tells where information came from, so others can check it and the source gets credit.

One source is not enough

Suppose you read one online review that says a cardboard tablet stand "falls apart in a week." Should you give up on cardboard? Not yet. Maybe that stand was badly made, or the reviewer spilled coffee on it. Professionals check several sources and look for patterns before deciding.

The curriculum asks you to collect and synthesize information from a variety of sources, including diverse people and communities such as First Nations, Métis and Inuit. That is what this lesson is about.

Primary and secondary sources

Primary sources are things you collect yourself: interviews, surveys, observations, measurements, tests of existing products, photos you take.

Secondary sources are things others collected: books, articles, manufacturer manuals, trade websites, videos, government guidelines.

A strong design project uses both. Secondary sources tell you what is already known; primary sources tell you about your user and your situation.

Is it reliable?

Ask four questions about every secondary source:

  1. Who made it? Are they qualified (a government agency, a trade association, a university, an experienced tradesperson)?
  2. When was it made? Is it current? Building codes and safety rules change.
  3. Why was it made? To inform, or to sell you something?
  4. What evidence does it give? Measurements, tests, references? Does it agree with other good sources?

Asking good questions

Interviews and surveys only help if the questions are good.

  • Use open questions in interviews: "Describe how you set up your tablet for a call."
  • Avoid leading questions like "Wouldn't a wooden stand be nicer?"
  • In surveys, use clear choices and ask one thing at a time. "Which ONE feature matters most to you?" gives cleaner data than "Do you want it adjustable and foldable?"
  • Always ask permission, explain why you are asking, and thank the person.
Folds flat4Adjustable angle11Holds a charger cable3Wood look2024681012number of people (20 surveyed; each chose one feature)
Survey results: 20 tablet users each chose the one feature they most want. Adjustable angle (11 of 20) is chosen by more people than all the others combined, so it becomes a need; a wood look (2) stays a want.

Learning from diverse people and communities

Different people and communities have developed deep knowledge about materials, tools and design. For example:

  • Inuit builders make the qamutik (plural qamutiit), a sled whose crossbars are traditionally lashed to the runners rather than rigidly fastened, so the sled can flex over rough sea ice instead of cracking.
  • Many First Nations, including Anishinaabe communities, have built birchbark canoes: light, repairable boats made from local materials.
  • Haudenosaunee farmers grow the Three Sisters (corn, beans and squash) together: corn gives beans a pole to climb, beans (with help from bacteria in their roots) add nitrogen to the soil, and squash leaves shade the ground, holding in moisture and crowding out weeds. This is useful knowledge for the green industries.

These are living knowledge systems, still practised and taught today. When you learn from First Nations, Métis or Inuit people or communities:

  • Go through proper channels, such as a community organization, a Friendship Centre or an Indigenous education contact at your school board, and ask how to approach Knowledge Keepers respectfully.
  • Ask permission before recording, photographing or sharing what you learn. Some knowledge is not meant to be shared publicly.
  • Give credit by name (person, Nation or community) and do not claim the ideas as your own.
  • Use sources created by the communities themselves whenever you can.
  • Remember that First Nations, Métis and Inuit are distinct peoples with many different Nations and communities. Avoid treating them as one group.

The same respect applies to learning from any person: an elder in your family, a newcomer who did a trade in another country, or a worker with decades of experience.

Interviewwith the userObservationof the taskProduct analysisof 3 standsExpert / readingtherapist, articlesSYNTHESIZE: sort, compare,look for patterns and conflictsFindings → design requirements"No clamps; angle set by notches"
Synthesizing means combining information from several sources into a few clear findings. A finding that shows up in more than one source is stronger evidence.
Worked example

Synthesizing findings for the tablet stand

Amira collected information from four sources. Synthesize it into findings.

  • Interview with Sami: "Clamps hurt my fingers. I prop the tablet on the sugar bowl, but it slides."
  • Observation: Sami used both palms to push the tablet into position; he tapped hard on the screen and the tablet tipped back twice.
  • Product analysis of 3 store-bought stands: two used small screw knobs to adjust the angle; one used notches.
  • Article from an occupational therapy organization: recommends large surfaces, no pinch grips and non-slip bases for people with arthritis.
  1. Sort the information by topic: grip/adjusting, stability, angle.
  2. Grip/adjusting: interview (clamps hurt), observation (uses palms) and article (no pinch grips) all agree. Strong finding: no clamps or small knobs; adjust by sliding with the palm, which suggests notches like the third store-bought stand.
  3. Stability: interview (slides) and observation (tips when tapped) agree, and the article recommends non-slip bases. Strong finding: wide base, rubber feet, and a back support that resists tapping.
  4. Conflicts or gaps: none of the sources says what angle he prefers. Plan a test: try 50°, 60° and 70° with him.
  5. Write citations: e.g., Interview with Sami Haddad, Oct. 5, 2026; give the article's organization, title, date and web address.

Three findings: (1) adjust by notches using the palm, no clamps or knobs; (2) wide, non-slip, tip-resistant base; (3) the best angle must be tested with Sami. Each finding is supported by at least two sources.

Hands-on activity

Mini research project: a better kitchen tool

Pick one kitchen tool your family uses (can opener, peeler, measuring cup, spatula). An adult should supervise if the tool is sharp; you will only look at it and talk about it, not use the blade.

  1. Primary source 1: interview two family members (3 open questions each). Write their answers.
  2. Primary source 2: observe someone using the tool for one task. Note anything awkward.
  3. Secondary source: find one reliable source (manufacturer's page, a cooking school, a consumer magazine). Answer the who/when/why/evidence questions about it.
  4. Synthesize: make a 3-column table: Finding | Sources that support it | Design idea.
  5. Write two citations.

What to look for: open questions, at least two findings each supported by two or more sources, a reliability check, and clear citations.

Just for fun

Researcher's riddle: What has many sources but is not a river?

A good design report.

Your turn

1

Is each a primary or secondary source? (a) a survey you run (b) a YouTube how-to video (c) your measurements of a chair (d) a building code book

2

Rewrite as an open question: "Do you like your current backpack?"

3

Why is "Wouldn't you prefer a cheaper design?" a poor survey question?

4

List the four questions for checking a source's reliability.

5

What does it mean to synthesize information?

6

Name two respectful practices when learning from a First Nations, Métis or Inuit community.

7

In the survey graph, how many of the 20 people chose something other than "adjustable angle"? What percent is that?

More practice: warm-up

1

Give one example of a primary source.

2

Give one example of a secondary source.

3

What is a citation for?

4

True or false: First Nations, Métis and Inuit are one group with the same traditions.

5

What is a leading question?

More practice: on your own

1

A website selling a power drill says it is "the best drill ever made." Use the reliability questions to judge this claim.

2

Your interview says users want a light stand, but your product analysis shows the lightest stands tip over. How should you handle this conflict?

3

Explain why the Inuit qamutik's lashed joints are a good design for travelling on sea ice.

4

A survey of 25 people: 10 chose red, 8 blue, 7 black. What percent chose blue?

5

Why should a designer check findings with more than one source?

Challenge

1

Design a five-question survey to help plan the Winter Carnival hot chocolate booth. Include at least one multiple-choice question and one open question, and no leading questions.

2

A classmate copies a diagram of a birchbark canoe from a community museum website into their report without saying where it came from. Explain two problems and how to fix them.

3

Explain how synthesizing information is different from summarizing each source one at a time.

Check your understanding

Quiz

1.

Which is a primary source?

2.

Which interview question is open?

3.

Which source is likely most reliable for a food safety temperature?

4.

What does synthesize mean in research?

5.

Which is the most respectful way to learn about Métis beadwork techniques for a project?

6.

A finding is strongest when...

For parents and teachers

Big idea: Expectation A1.7 asks students to collect and synthesize information from a variety of sources, including diverse people and communities such as First Nations, Métis and Inuit. This lesson teaches research skills that will be used in every project.

How to help at home:

  • Agree to be interviewed for the activity, and answer honestly. Then ask your teen whether any of their questions were leading.
  • Talk about where your family gets trusted information (for repairs, recipes, health) and why.
  • If your family has knowledge from a trade, a home country or a cultural tradition, share it. That is exactly the kind of diverse source the curriculum values.

About Indigenous knowledge: The examples in this lesson (Inuit qamutiit, birchbark canoes, the Three Sisters) are well documented and still practised. If your teen wants to learn more, community-created sources and organizations such as local Friendship Centres or your school board's Indigenous education team are good places to start.

Common difficulties: summarizing source by source instead of comparing them; forgetting citations; writing yes/no questions.

Safety: in the activity, students look at kitchen tools and talk about them; they should not handle blades.