本文へスキップ / Skip to content

Academic Presentation

Academic Presentation #1: Start with One Clear Message

中級 / Intermediate8 分

ACADEMIC PRESENTATION / PLAN YOUR TALK

Start with One Clear Message

A good research talk gives the audience a clear answer to a useful question.

LESSON 01 OF 08 · READ + PRACTISE

You may have worked on a project for two years. Your audience may have only ten minutes. You cannot show every test, equation, and failed idea. First decide what you want people to remember after they leave the room.

THE IDEA IN ONE PICTURE

Five-step research story: problem, question, method, result, meaning.01PROBLEMThe device gets hot.02QUESTIONCan a wider channel help?03METHODCompare two designs fairly.04RESULTShow the temperature data.05MEANINGExplain the value and limits.

Swipe across the diagram to see the full picture.

The research story: each step answers the question raised by the previous step.

Begin with the listener

Ask three questions: Who will listen? What do they already know? What do they need to understand? A specialist may know your method. A student from another field may need a simple diagram and a short definition. Explain an unfamiliar term when you first use it. For example: “Thermal conductivity tells us how easily heat passes through a material.”

Write the answer before making slides

A topic is “Cooling systems.” A message is “In our test, wider channels reduced the maximum temperature.” The second sentence tells us what you found. Include a condition such as “in our test” when your evidence is limited. Do not promise that one result works in every device.

Build a path to that answer

Give the problem, the question, the essential method, the result, and its meaning. This is a path for the listener; it does not need to follow the order in which you did the research. Keep details that help people judge your answer. Put extra calculations in backup slides for questions.

WATCH A REAL EXAMPLE · RESEARCH COMPETITION EXCERPT

A clearer purpose: use less energy to dry paper

2 min 11 sec excerpt · 37:04–39:15
Koushik Sampath · University of Minnesota · 2023 3MT winner

Watch a researcher connect an everyday material to an engineering problem. This excerpt comes from a longer competition recording; it is not the whole event.

Watch on YouTube ↗

Use the YouTube link if the player does not load. Turn on English captions in the player settings when available; automatic captions may contain errors.

What to notice

  • 37:04–37:40: Find the practical problem before the technical explanation.
  • 38:18–39:15: Listen for the proposed approach and the difference between projected improvements and initial results.

Try it: In one sentence, explain what the research is trying to improve. Leave out jokes and specialist terms.

Check your viewing task

The research aims to reduce the energy needed to dry paper. A clear summary gives the problem and purpose; projected savings should not be reported as established results.

The player starts at 37:04 and stops at 39:15. The YouTube link starts at the same point; stop there yourself when watching on YouTube.

Video credit: Koushik Sampath · University of Minnesota · 2023 3MT winner. Source and attribution ↗

Your turn · 2-minute practice

Write one sentence beginning “After my talk, I want you to remember that…” Then choose three pieces of evidence that support it.

See a model answer or self-check

Example: “After my talk, I want you to remember that wider channels reduced the peak temperature under our test conditions.” Support it with the channel diagram, a fair comparison, and the temperature result.

Further reading: MIT Communication Lab: Slide Presentation.

Explore all eight lessons
  1. Start with One Clear Message · you are here
  2. Open Clearly and Guide Your Audience
  3. Design Slides People Can Read
  4. Explain Graphs and Uncertainty
  5. Explain Methods, Equations, and Limits
  6. Speak Clearly and Use Your Body Well
  7. Handle Questions with Confidence
  8. Rehearse, Finish, and Be Ready

Academic Presentation · Science & Engineering · Original teaching examples. Numerical examples are illustrative, not published research results.

同じコースの他のレッスン