Artificial Intelligence Research Skills

Using AI for Research and Fact-Finding

A practical course on using AI tools to investigate questions, evaluate sources, and produce reliable research outputs

Using AI for Research and Fact-Finding logo
Quick Course Facts
18
Self-paced, Online, Lessons
18
Videos and/or Narrated Presentations
6.2
Approximate Hours of Course Media
About the Using AI for Research and Fact-Finding Course

Using AI for Research and Fact-Finding is a practical course on using AI tools to investigate questions, evaluate sources, and produce reliable research outputs. Students learn how to use Artificial Intelligence thoughtfully across the research process, from framing better questions to checking claims and presenting evidence with confidence.

Build Reliable Research Workflows With Artificial Intelligence

  • Learn how to separate early exploration from evidence-based verification.
  • Develop stronger prompts that clarify scope, assumptions, and research goals.
  • Evaluate source quality, authority, relevance, dates, and conflicting evidence.
  • Create annotated notes, evidence tables, research briefs, and decision memos.

Using AI for Research and Fact-Finding teaches a practical, source-aware approach to research with Artificial Intelligence.

This course shows students what AI can and cannot do in research, helping them avoid overreliance on first answers, unsupported claims, or misleading summaries. Through structured lessons, students learn how to design useful research questions, build research plans with AI, map unfamiliar topics, and identify the key concepts that shape reliable investigation.

Students also practice finding credible sources beyond surface-level results, evaluating authority and relevance, and working carefully with time-sensitive claims. The course covers essential fact-checking methods, including cross-checking claims across multiple sources, detecting hallucinations and misquotations, and handling uncertainty when evidence conflicts.

By applying Artificial Intelligence to documents, reports, papers, statistics, charts, and long-form sources, students learn how to extract evidence and turn it into clear research outputs. After completing the course, students will be able to use AI as a disciplined research assistant and produce more accurate, transparent, and decision-ready work.

Course Lessons

Full lesson breakdown

Lessons are organized by topic area and each includes descriptive copy for search visibility and student clarity.

Foundations of AI-Assisted Research

3 lessons

This lesson sets realistic expectations for using AI in research. Students learn that AI can accelerate exploration, summarization, brainstorming, source comparison, and drafting, but it cannot indepe…

Lesson 2: Designing Research Questions That Produce Useful Evidence

19 min
This lesson teaches a practical method for turning vague research interests into focused questions that AI tools can help investigate responsibly. Learners will distinguish background questions, evide…

Lesson 3: Prompting for Clarity, Scope, and Assumptions

18 min
In this lesson, learners practice turning vague research questions into clear, bounded prompts that AI tools can answer more reliably. The focus is not on clever phrasing, but on giving the model enou…

Research Workflow Design

3 lessons

Lesson 4: Separating Exploration from Verification

21 min
This lesson teaches a core research workflow discipline: keep exploration and verification as separate phases. AI is useful for generating search paths, clarifying terminology, mapping competing expla…

Lesson 5: Building a Research Plan with AI

20 min
In this lesson, Professor Daniel Martin shows how to turn a research question into a practical AI-supported research plan. The focus is not on asking AI for a final answer, but on using it to define s…

Lesson 6: Using AI to Map a Topic and Identify Key Concepts

18 min
This lesson teaches a practical method for using AI to map an unfamiliar topic before deeper research begins. Students learn how to turn a broad subject into a working landscape of subtopics, key term…

Evidence Discovery

3 lessons

Lesson 7: Finding Credible Sources Beyond the First Answer

22 min
This lesson teaches a practical workflow for moving beyond an AI tool's first answer and finding credible sources that can support, challenge, or refine a research claim. Learners practice turning an …

Lesson 8: Evaluating Source Quality, Authority, and Relevance

23 min
This lesson teaches a practical framework for judging whether a source is worth using before AI incorporates it into a research answer. Students learn to separate source authority, evidence quality, r…

Lesson 9: Working with Dates, Updates, and Time-Sensitive Claims

18 min
This lesson teaches a practical workflow for handling time-sensitive claims in AI-supported research. Learners practice identifying when dates matter, separating publication date from event date, chec…

Fact-Checking Methods

3 lessons

Lesson 10: Cross-Checking Claims Across Multiple Sources

22 min
In this lesson, students learn a practical method for cross-checking factual claims across multiple sources before accepting, citing, or sharing them. The lesson focuses on separating the claim into v…

Lesson 11: Detecting Hallucinations, Misquotations, and Unsupported Claims

21 min
This lesson teaches a practical workflow for detecting AI hallucinations, misquotations, and unsupported claims before they enter a research memo, article, report, or presentation. Students learn how …

Lesson 12: Handling Conflicting Evidence and Uncertainty

23 min
This lesson teaches a practical method for handling conflicting evidence without forcing a premature answer. Learners will distinguish direct contradictions from differences in scope, timing, definiti…

Document and Source Analysis

3 lessons

Lesson 13: Using AI to Read, Summarise, and Compare Documents

20 min
In this lesson, Professor Daniel Martin shows how to use AI to read, summarise, and compare documents without losing sight of evidence, context, and source quality. The focus is practical document ana…

Lesson 14: Extracting Evidence from Reports, Papers, and Long-Form Sources

22 min
This lesson teaches a practical workflow for extracting reliable evidence from dense sources such as policy reports, academic papers, white papers, technical documentation, audits, and long-form inves…

Lesson 15: Interpreting Statistics, Charts, and Data Claims with AI

24 min
This lesson teaches a practical workflow for using AI to interpret statistics, charts, tables, and quantitative claims found in reports, articles, white papers, and research summaries. Students learn …

Research Outputs

2 lessons

Lesson 16: Creating Annotated Research Notes and Evidence Tables

19 min
This lesson teaches learners how to turn AI-assisted research into organized, auditable notes. It focuses on annotated research notes, evidence tables, source-level traceability, and practical workflo…

Lesson 17: Writing Reliable Research Briefs and Decision Memos

21 min
This lesson teaches learners how to turn AI-assisted research into reliable briefs and decision memos that people can actually use. It focuses on structure, evidence handling, uncertainty, source tran…

Applied Practice

1 lesson

Lesson 18: Applying AI Research Workflows to Real-World Scenarios

24 min
In this lesson, Professor Daniel Martin shows how to apply an AI-supported research workflow to realistic fact-finding scenarios. The focus is not on learning a new tool feature, but on combining the …
About Your Instructor
Professor Daniel Martin

Professor Daniel Martin

Professor Daniel Martin guides this AI-built Virversity course with a clear, practical teaching style.