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Skills

Discover a Problem and Defend Your Thesis

16 weeks · 3 milestones

Investigate a real problem through primary and secondary research, evaluate solution approaches with ethical analysis, and defend your chosen solution direction before a faculty panel. Proof requires: a problem scoping document with primary research from real affected people, a solution comparison with ethical risk analysis, and a defended thesis with a documented panel challenge record and revision note.

Milestone map

Milestone map

3 milestones

Conduct primary research and scope the problem

4–5 weeks (1–2 hrs/day)

Months 1–2. Identify a real problem in your school, community, or beyond that you want to address. Conduct primary research by interviewing or surveying at least three people who are directly affected by the problem — document these conversations with real names or anonymised descriptions, specific quotes, and dates. Pair this with secondary research: find at least three credible published sources (news articles, research studies, or organisational reports) that confirm the problem is real and describe existing responses. Produce a problem scoping document that names the problem, describes who is affected and how, presents your primary evidence, cites your secondary sources, and explains specifically why existing solutions fall short for your target community.

Proof required

Submit your problem scoping document (minimum 400 words) including: the named problem and the community it affects; notes or transcripts from at least three primary research conversations with real names or anonymised roles, specific responses, and dates; citations for at least three secondary sources with URLs or publication details; and a 100-word analysis of why current solutions are insufficient for your target community.

What gets checked

  • Primary research is documented with specifics — interview notes include the name or role of each person spoken to, at least one direct quote per conversation, and the date; not vague summaries like 'people told me they had this problem'
  • Secondary sources are named, cited, and specifically about the problem — not generic background reading but publications that document the scope, cause, or current response landscape of the specific problem
  • The gap analysis names at least two existing solutions by name and explains for each why it does not fully address the target community's experience — 'people don't use it' is not an explanation

Common mistakes

  • Primary research consists only of conversations with family members or close friends who share the student's own perspective — interviewees need lived experience of the problem itself
  • Secondary sources are Wikipedia articles or generic background material rather than evidence specifically about the problem's prevalence, cause, or current response landscape
  • The gap analysis describes why the problem is difficult without actually engaging with what has already been tried — existing solutions are not named

Resources

Foundationstart here

Depthgo deeper

Masteryfor the dedicated

What a verifier looks for

  • Check that primary research documentation includes real names or anonymised roles, specific dates, and direct quotes from each person spoken to — not paraphrased summaries
  • Confirm secondary sources are cited with enough detail to find them (URL or author/publication/date) and are specifically about the problem rather than general background
  • Ask the student to name two existing solutions and explain specifically why each fails for their target community — the answer should name concrete limitations, not generic statements about the problem being hard

Propose solution approaches with ethical analysis

4–5 weeks (1–2 hrs/day)

Months 2–4. Based on your problem research, propose at least three different solution approaches — these can range from technical (an app, a device, a data system) to social (a programme, a service, a campaign, a policy recommendation). For each approach, produce a structured evaluation covering: what it would do, who it would serve, what resources it requires to build, and what ethical risks or trade-offs it raises (data privacy, equity of access, potential for unintended harm, dependency creation). Write a final recommendation selecting one approach and explaining why it is both technically feasible within your context and ethically preferable to the alternatives given your evidence. The recommendation must follow from your research — not default to the most technically impressive option.

Proof required

Submit your solution comparison document (minimum 500 words) covering: at least three named solution approaches each with a structured evaluation (what it does, who it serves, resources required, ethical risks named specifically); your selected approach with a written rationale explaining why it is both feasible and ethically preferable to the alternatives, grounded in evidence from your problem research.

What gets checked

  • Three genuinely distinct approaches are described — not three variations of the same idea (e.g. 'build an app', 'build a better app', 'build a free app' are not three distinct approaches; the mechanisms for solving the problem must differ)
  • Ethical analysis is substantive for each approach — at least one specific risk is named per approach (not 'privacy might be a concern') with a sentence explaining who would be affected and how
  • The recommendation makes a genuine choice grounded in the problem research and explains why the two rejected alternatives were inferior — it does not simply default to the most technically complex option

Common mistakes

  • All three solution approaches are technology-based without considering non-technical approaches (community programmes, partnerships, behavioural interventions, policy changes) — the evaluation is artificially narrow
  • Ethical analysis is generic — 'privacy might be a concern' without specifying what data is involved, who accesses it, and what the concrete harm scenario is
  • The recommendation reflects what the student already wanted to build before the analysis rather than what the evidence from problem research suggests is needed

Resources

Foundationstart here

Depthgo deeper

Masteryfor the dedicated

What a verifier looks for

  • Check that three genuinely different solution approaches are described — ask the student to explain the mechanism of each; if all three work through the same mechanism, they are not distinct approaches
  • Confirm that ethical analysis for each approach names a specific risk with a specific harm scenario — not just 'privacy could be an issue' but 'users' health data could be shared with advertisers if the platform is acquired'
  • Ask the student to defend their recommendation against the strongest objection to it — they should be able to articulate specifically why the two rejected alternatives were inferior given the problem evidence

Defend solution thesis before a faculty panel

5–6 weeks (preparation + defence event)

Months 4–5. Prepare a structured thesis presentation of 8–12 minutes arguing that your chosen solution approach is (a) technically feasible given your resources and timeline, (b) ethically preferable to the alternatives given your evidence, and (c) meaningfully different from existing solutions already tried. Present this to at least one faculty member or teacher who has the domain knowledge to ask challenging questions — not a peer audience alone. The panel must ask at least two challenge questions, which you respond to in real time. Following the panel, write a post-defence revision note documenting what you changed in your thinking and why. The thesis document and revision note together form the proof.

Proof required

Submit: (1) your thesis document (the argument in written form, minimum 600 words); (2) a record of the panel challenge questions and your responses — written notes, audio recording, or a summary written immediately after (must name the panellist, their question, and your response); and (3) a 150-word post-defence revision note explaining what specifically changed in your thinking after the panel and why.

What gets checked

  • The thesis makes a specific, arguable claim — not 'I will build an app to help people' but a position that could be challenged and defended with evidence from your problem research
  • The challenge question record shows that real objections were raised by someone with domain knowledge — responses that simply restate the original argument without addressing the specific objection are not a valid defence
  • The revision note demonstrates changed or deepened thinking — not confirmation that 'the panel agreed with me' but specific ways the challenge questions produced actual revision or identified genuine limitations

Common mistakes

  • The 'panel' consisted only of peers or family members without relevant domain knowledge — challenge questions were supportive rather than adversarial, and the revision note reports that no changes were needed
  • Challenge question responses restate the original claim rather than specifically addressing the objection raised — the thesis was not actually tested, only re-presented
  • The thesis is a description of what the student plans to do rather than an argument for why this approach is the correct one given the problem evidence

Resources

Foundationstart here

Depthgo deeper

Masteryfor the dedicated

What a verifier looks for

  • Confirm the panel included at least one faculty member or teacher capable of asking informed questions about the problem domain — peer-only panels are not accepted for this milestone
  • Read the thesis and ask at least one specific challenge question about either the ethical analysis or the feasibility reasoning; document both your question and the student's response
  • Check the revision note: does it describe specific changes in thinking, or does it report that the panel agreed with everything? A genuine defence changes or deepens something; confirmation of prior views does not pass

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