
Master the structured steps of the scientific method, from asking a question to communicating results. See how exploratory research informs hypothesis and experimental design.
Learn three lessons from the scientific method for science communication: treat research as a continuous process, craft a linear narrative, and seek early audience feedback for talks.
Outline a presentation process from research to delivery, focusing on assessing the audience, crafting a central message, and structuring a compelling story with slide design and delivery, shaping future research.
Structure your talk to clearly convey the central message, using Hollywood storytelling and Jurassic Park parallels to link your talk to a scientific paper on tool use in birds.
Discover the standard introduction–results–methods–discussion structure for scientific talks, and learn how to present a dynamic, logically linked narrative that moves from old knowledge to new insights.
Explore the structure of stories—from a protagonist with a flaw to a sequence of experiments, tension, and a moment of change—using the Redux pyramid and Jurassic Park as examples.
Compare Hollywood movie structure to a research plot by mapping exposition to introduction, inciting incident to research question, rising action to methods and first results, and climax to central message.
Learn to avoid the PowerPoint trap by replacing text with visuals, align slides with your speech, and design around clear messages using graphs, diagrams, and photos.
Design slides with simple visual material to convey your message. Complete the exercise sheet to visualize data by drawing or redrawing graphs, with solutions in the linked resources.
Begin strongly to convince the audience, end with a memorable finale to reinforce your central message, and keep the middle engaging with storytelling and effective visuals.
Explore a provocative attention-grabbing opening that starts with an irrelevant remark to irritate, then connects to your talk, revealing authentic, engaging strategies for structured scientific presentations.
Design the title slide to orient the audience, including the talk title, your name and email, affiliation with logos, and a visually engaging image with strong contrast.
Elevate online presentations by rehearsing, dressing professionally, and delivering with energetic presence; stand up, align the camera, and minimize distractions with a clean background and focused eye contact.
Ignite audience engagement by conveying genuine excitement, confidence, and passion for your science, using personal experience to transform data into a compelling presentation.
Welcome to the Scientific Presentation Mastery Course!
Science demands dedication. It can take several years to collect all the data for a complete study. While publications are considered the currency of scientific success, presentations are often treated as a distraction from scientific work. However, presentations are the opportunity to personally showcase your work and interact with others directly. It can be incredibly rewarding to discuss your work with other scientists, students, or even people outside of science because you realize how interesting and meaningful your work behind beakers, pipettes, and screens actually is.
What makes this course special:
This course will teach you how to prepare presentations that stick in the minds of the audience. It will convey learnable techniques to excavate the essence of your work and communicate it clearly and memorably. I strongly believe that preparing good presentations will make you a better scientist because it compels you to think deeply about your own scientific project. This course goes beyond tips for presenting a finished study. It regards the process of preparing a presentation as a means to help you in excelling as a scientist.
Meet your instructor:
My name is George. I studied Biology and Psychology and obtained a PhD in Neuroscience in Germany. Subsequently, I worked for three years as a scientific coordinator in artificial intelligence. I gave numerous talks and poster presentations. I helped many fellow scientists to improve their presentations. My years of research and presentation experience I distilled into this course.
What you will learn in this course:
The course is structured around six steps to outline the presentation process:
- Research: The basis for every good presentation is well-conducted research. I will start with a short overview of the research process and discuss how giving presentations can positively influence your scientific thinking.
- Audience: I will teach you how to tailor your talk to the goals and interests of your audience while keeping your own goals in mind.
- Message: Learning from the events around a failed space mission, you will realize the importance of a Central Message. This is the message you want the audience to take away. I will teach you how to craft and design your talk around it.
- Structure: I will teach you how to structure your talk so that your results follow a logical flow. We will analyze how captivating stories like Jurassic Park are organized and how their structure can help us design comprehensible and memorable presentations.
- Design: You will learn how to design slides with instructive figures that can convey complex ideas with clarity.
- Delivery: I will advise you on the delivery of the presentation, including tips to start a presentation so that people want to listen, and tips to end a presentation so that people remember you. Finally, I will share with you the secret superpower for any engaging presentation.
How this course will benefit you:
This course will change your view on scientific presentations. You will not only be able to plan, a presentation much more thoughtfully but also conduct your research with a renewed sense of purpose. Once you improve your presentation skills, you will soon realize the positive effects. Giving presentations is the most rewarding part of research and a wonderful opportunity to nurture and share your enthusiasm for your work. But above all, investing time into presentations is an investment in becoming a better scientist. Let’s get started!