Scientific data is communicated in many ways. Data can be shared informally through email with a collaborator or in lab group meetings. Data can also be formally communicated as publications in peer-reviewed journals or as hour-long seminars at international meetings. Successful scientific careers require both written and oral presentations, and scientific reputations are based on BOTH. It is important to know that every presentation, no matter how informal, will build or hurt your reputation.
Seminars, group meetings, ten-minute talks, and journal clubs are all ways scientists share data orally. While the content, length and purpose of each talk varies, they share certain common elements, including organization, clarity, and proper attribution for the work.
The oral presentations you will give in this class will be ten-minute talks. Your talks will include an introduction to the topic, a presentation of data, a summary and a time to answer questions from your classmates. Realistically, only two or three ideas can be effectively conveyed in so short a time, and even that will require that you carefully plan what you will say and then practice saying it. You will not be allowed to talk for more than ten minutes.
Things to Remember About Giving Your Talk
- A 10' talk is not a 30' talk given very fast
- It will help if you memorize at least the first few sentences of your talk
- Think of ways to transition from one slide to the next ("In the next slide I'll show you some data that identifies the protein detected")
- Figure out how to work the lights, slide projector, curtains etc before you begin
- Keep the lights as bright as possible. If you have to turn the lights off for some image to be properly seen, then remember to turn the lights back on. People can and do fall asleep during dark seminars
- Laser pointers or sticks should be used to direct attention to images on the screen. Don't point to your transparency on the overhead projector since your finger will look gigantic on the screen. Don't aim your laser pointer at anyone since it can damage a person's eyes
How to Deal with Nerves
- Consider it excitement and turn it into enthusiasm
- Remember that even the most experienced speakers get nervous right before a talk
- Speak in a louder voice
- Don't speak in a monotone
- Do practice your talk, which will help eliminate crutch words such as "so," "um," and "like"
|SECTION||MINUTES||NUMBER OF SLIDES||DO||DONT'S|
Set the scene for the data you will present, justifying the study and your interest in presenting it
Try to summarize background material with a model slide
End your introduction by stating the question you will address and what the audience will see
Assume you are addressing experts
Give more information than is absolutely needed to understand the rest of your talk
Put too much information on each slide. You can bring in a few details as you speak if you are using Microsoft® PowerPoint®
Present the data in a logical sequence, letting each slide build upon the last
Include a title for each slide. The title should be the conclusion to be drawn
Make every element of your slide visible to the entire room. This means 20 point font or greater
Interpret each slide thoroughly and carefully
Point out strengths and weaknesses of the data along the way
Read your talk. Similarly, don't read lists from slides
Put too much information on each slide. Each slide should make only one point
Ever say, "I know you can't read this, but..." Everything on each slide should be legible
Be afraid to remind audience how the data fits into the overall question
Review each of your main "messages"
Say what the study contributed to the field
|Forget to acknowledge all contributors|
|Question and answer||0|| |
Answer the question being asked. If you are unclear about the question, ask for clarification
Respect every question and questioner
|Take too long with one question. If the topic is involved, suggest you meet after the talk to discuss it more|
Rehearse Your Talk Several Times
Find examples of talks at MIT Video