Scientific data presentation
7405-AC-SDP-1
Meeting 1 – 3 teaching hours
The first meeting will have an introductory character and will focus on the fundamental principles of presenting scientific research results and scientific communication. It will cover issues related to the structure of a scientific presentation, the formulation of the presentation aim, the identification of audience needs, and the development of a coherent narrative based on data and research findings. An important part of the meeting will also be devoted to science popularisation, in particular to translating specialist content into a message that is clear, logical, and engaging for the audience. Participants will also be introduced to the basic principles of verbal and non-verbal communication, including speaking style, pace of delivery, contact with the audience, posture, gestures, and the use of space during a presentation. The meeting will prepare participants for further work on presenting scientific data and consciously designing research-based presentations.
Meeting 2 – 3 teaching hours
The second meeting will have an analytical and workshop-based character. Its main objective will be to discuss examples of public speaking and data presentation, as well as to analyse ways of constructing scientific messages based on specific source materials. Participants will work with selected professional recordings related to public speaking, presentations, and the communication of scientific or expert content. The case study analysis will include the assessment of speech structure, quality of argumentation, methods of presenting data, the use of visual materials, and elements of verbal and non-verbal communication. During the meeting, participants will also present their own short working presentations, which will be discussed in terms of clarity, logic of communication, quality of data visualisation, and narrative structure. An important element of the class will be the provision of feedback and the joint identification of possible improvements to the presented materials.
Meeting 3 – 4 teaching hours
The third meeting will continue the workshop-based work and will focus primarily on participants’ final presentations and an in-depth analysis of the way scientific data are presented. Participants will deliver their prepared presentations, which will be discussed from the perspective of presentation structure, data selection, quality of charts, narrative coherence, clarity of conclusions, and the appropriateness of the visual tools used. Part of the class will also be devoted to responding to audience questions, conducting discussion after a presentation, and dealing with problematic situations during public speaking. The topics discussed will include ways of answering difficult, imprecise, or critical questions, techniques for maintaining control over the course of the presentation, and principles of maintaining a professional attitude in situations requiring an immediate response. The meeting will have a concluding character and will allow participants to apply the knowledge and skills developed during the previous classes in the practical presentation of their own scientific data.
Total student workload
Hours delivered with the participation of academic teachers (hours):
participation in workshop classes – 10 h
Time devoted to individual student work (hours):
preparation of the final presentation on scientific data – 10 h
analysis of materials, work on presentation structure, data visualisation and incorporation of feedback – 10 h
Total: 30 hours (1 ECTS)
Learning outcomes - knowledge
W1. Understanding the principles of scientific communication and the design of research-based presentations, including defining the purpose of a presentation, identifying audience needs, structuring the message, and building a coherent narrative around scientific data. Reference to programme learning outcomes: WG_04 — principles of dissemination of scientific research results; UK_01 — communication on specialist subjects; UK_02 — dissemination of scientific activity results, also through popular forms. PRK: P8S_WG, P8S_UK. W2. Knowledge of the basic principles of presenting, interpreting and visualising scientific data, including data selection, logical organisation of argumentation, formulation of conclusions, and assessment of the clarity and reliability of visual materials used in scientific presentations. Reference: WG_03 — research methodology and research techniques; WG_04 — principles of dissemination of research results; UW_02 — critical analysis and evaluation of scientific research results. PRK: P8S_WG, P8S_UW. W3. Understanding the ethical, legal and professional determinants of presenting scientific research results, including responsibility for the way data are presented, principles of scientific integrity, copyright protection, and responding to questions and criticism within scientific discourse. Reference: WK_02 — economic, legal, ethical and other relevant determinants of scientific activity; WG_04 — principles of dissemination of research results; UK_04 — participation in scientific discourse; KR_01 — sustaining and developing the ethos of research communities. PRK: P8S_WK, P8S_WG, P8S_UK, P8S_KR.
Learning outcomes - skills
U1. Prepares and delivers a scientific presentation based on research results, ensuring a logical structure, a clearly defined purpose, coherent narrative and appropriate selection of data.
Reference: UW_01, UK_01, UK_02 → PRK: P8S_UW, P8S_UK.
U2. Selects, interprets and presents scientific data in a form understandable to the audience, using appropriate visual tools, including charts, diagrams and other elements supporting argumentation.
Reference: UW_01, UW_02, UK_02 → PRK: P8S_UW, P8S_UK.
U3. Critically analyses and evaluates scientific presentations, visual materials and methods of presenting research results, identifying strengths of the message and areas requiring improvement.
Reference: UW_02, UK_04 → PRK: P8S_UW, P8S_UK.
U4. Participates in scientific discussion, formulates answers to audience questions and responds to difficult, critical or imprecise questions while maintaining a professional attitude.
Reference: UK_01, UK_03, UK_04 → PRK: P8S_UK.
U5. Adapts the way research results are communicated to the type of audience, including the ability to translate specialist content into a clear, structured and engaging message, also in the context of science popularisation.
Reference: UK_01, UK_02, UW_03 → PRK: P8S_UK, P8S_UW.
Learning outcomes - social competencies
K1. Is ready to critically assess the way their own research results are presented and to receive and use feedback in order to improve the quality of scientific communication.
Reference: KK_02, KK_03 → PRK: P8S_KK.
K2. Is ready to present scientific data in a reliable, responsible and ethical manner, respecting the principles of scientific integrity, accuracy, transparency and copyright protection.
Reference: KR_01, KO_01 → PRK: P8S_KR, P8S_KO.
K3. Is ready to critically but constructively evaluate scientific presentations, visual materials and argumentation used by other participants, while maintaining the standards of academic discourse.
Reference: KK_01, KK_03 → PRK: P8S_KK.
K4. Is ready to actively participate in scientific discussion and group work, including formulating substantive questions, providing feedback and supporting other participants in improving their presentations.
Reference: KO_01, KK_03 → PRK: P8S_KO, P8S_KK.
K5. Is ready to identify unreliable or unprofessional practices in presenting research results and to uphold the ethos of the scientific community in the field of responsible scientific communication.
Reference: KR_01, KK_01 → PRK: P8S_KR, P8S_KK.
Course coordinators
Teaching methods
conversational lecture with elements of moderated discussion
analysis of examples of professional scientific and expert presentations
case study analysis related to scientific data presentation
workshop exercises on designing the structure of a presentation
individual work on preparing a scientific presentation
draft presentations delivered by participants, followed by discussion
feedback provided by the teacher and other participants
group discussion on the quality of narrative, data visualisation and argumentation
simulation of post-presentation questions and practice in responding to difficult or critical questions
final presentation with discussion of strengths and areas for improvement
Expository teaching methods
- problem-based lecture
- informative (conventional) lecture
- participatory lecture
Exploratory teaching methods
- practical
- presentation of a paper
Online teaching methods
- content-presentation-oriented methods
- exchange and discussion methods
Prerequisites
Basic knowledge of scientific research principles and readiness to prepare a short presentation of one’s own research results or scientific data are required.
Assessment criteria
Assessment methods:
preparation and presentation of data
active participation
Assessment components:
Data presentation, answering questions, incorporating feedback, evaluation (80%)
Active participation (20%)
Practical placement
Bibliography
Participants should have basic skills in preparing presentations and using tools for creating visual materials, such as PowerPoint, Canva, or similar applications. They are also expected to have preliminary research results, data, or assumptions related to their scientific project that can be used during practical exercises in scientific data presentation.
Bibliography:
1. Cole Nussbaumer Knaflic, “Storytelling with Data: A Data Visualization Guide for Business Professionals”.
2. Carmine Gallo “The Presentation Secrets of Steve Jobs: How to Be Insanely Great in Front of Any Audience”.
3. Chip Heath & Dan Heath MAde to Stick
Additional information
Additional information (registration calendar, class conductors,
localization and schedules of classes), might be available in the USOSweb system: