Running Meetings: Effective meetings: o Clear purpose o Engaged attendees o Safe space for divergent thinking o Real, sharable results Running effective meetings relies on 3 things o Set agenda o Starting and ending on time o Ending with an action plan Meetings are recorded through documents called minutes Minutes are important because: o Offer legal protection o Provide structure o Drive action o Measure progress o State ownership Effective meeting minutes o Names of participants o Agenda items o Calendar or due dates o Actions or tasks o Main points o Decisions made by participants o Record what is most important points o Future decisions o Documents: images, attached files Academic information: Sources of academic information o Google scholar o Journals o Databases Criterions used to evaluate resources: o Reliability o Relevance o Currency Spelling affects search results Peer-reviewed articles present more highly regarded and authoritative information Backwards chaining: o Can be useful for tracing how a particular idea has developed Forwards chaining: o Is a way of tracing the ongoing development of an idea Referencing: Quoting directly, word for word Using data such as statistics, images, diagrams, graphs Summarising or paraphrasing another person’s work Types of reference managers o EndNote o Mendeley o Refworks o Bibtex Literature Searching: Define your search question o Decide topic if your search o Identify main concepts in your question o Use PICO (Patient Intervention Comparison Outcome) search model Decide where to search o Choose a database Develop a search strategy o Search with key terms o Search for exact phrases o Use truncated and wildcard searches o Search with subject headings o Use Boolean logic o Search citations Refine your search strategy o Restrict and widen your search o Use search limits o Use search filters Save your search for future use o Save the articles you find o Save your search strategy o Stay up-to-date with database alerts Data Presentation: Goals of a communicator: o Transmit your idea to the reader with the utmost clarity o Require of the reader an amount of effort commensurate with the complexity of the idea Data & graphs o Pattern: Showing how one variable is related to another variable Infer the cause of such relationship o Convince others: Variables: o Quantitative: Concentration, height o Categorical: Diet preference, gender o Y-axis: o Dependent variable: Quantitative variable Outcome Response X-axis: Independent variable: Quantitative Categorical Report writing: Abstract: o Purpose of work, what and how the work was done, what was observed and what the observations imply. Introduction: o Background of the topic, relevance/contribution of this work to said topic. Conclusion: o Observations that were made, what do each observation imply or what do they imply as a whole (and if relevant, what is new about your observation as compared to existing literature). Tables and graphs: o Prepare graphs in grey scale o Use different shapes/patterns/fill o Captions stay on Top of Tables and Go under Graphs/Figures Language: o Introduction: What others have done past Future direction of this work future o Methods: Past o Results Past o Discussion Present o Conclusion: What you did for experiment past What you think results mean present What will you do next future Oral presentations: Set up the STRUCTURE of your presentation - this forms the framework of your talk. Draft up the SLIDES - these are the visual aids to illustrate what you are communicating verbally. SPEECH - telling your story based on the structure built in step 1. Step 1: Planning the structure of your presentation o Resulting flow of presentation will appear more logical o Time limit (1-2min/slide) o Amount of information available o How much detail you can include within the time limit o Section information for your presentation Step 2: Designing your slides: o Minimum font size: 18 o Clear font styles: Palatino, Times New Roman or Arial o Spacing: One and a half line o Check spelling or grammar o Include key phrases or words only o Avoid more than 4 points per slide o Animations – use sparingly to minimise distraction o Big enough to read (axis labels/titles and data points/trendlines) o Image quality o What the axis are o What are they seeing? o What do the results mean? o Use a pointer when applicable Step 3: Getting speech ready Bonus: o In a scientific presentation, it is a good idea to tell your audience “Why?” Why is your research important? Why is each individual test carried out important? If you use a figure/graph/picture that is not yours o Remember to include a reference o It can be in a smaller font at the bottom of your slide