About the course
The general objectives of this course are to understand and resolve (1) conceptual problems in the domain of participatory (citizen) science and (2) related problem situations in digital environments for data analysis and reporting for social purposes.
This upskilling short course is thus aligned with:
- DIGCOMP 2.2: Competence area 5. Problem-solving (Competence 5.3 Creatively using digital technologies)
- ESCO v1.1.1. S5.6.0: using digital tools for collaboration, content creation, and problem-solving (http://data.europa.eu/esco/skill/cacc62f3-2df4-4cc3-9d5d-0d014db56bd9)
Course enrolment requirements and entry competencies required for the course:
- Basic understanding of simple digital tools and technologies (e.g. Office, social media).
- Interest in conceptual problems and problem situations in digital environments.
Learning outcomes expected at the level of the course:
- Engage in collaborative processes to support and enhance citizens’ participation in society using digital technologies and platforms.
- Understand that technology has the potential to be used for social purposes (e.g. in support of citizen science activities).
- Identify online platforms that can be used to design, develop and test visualizations of open or proprietary data.
- Design a digital story using Tableau Public.
Module Overview
Projected Timeline:
Dates for live lectures:
Course Features
- Lectures 23
- Quizzes 0
- Duration Lifetime access
- Skill level All levels
- Language English, German, Spanish, Croatian, Dutch
- Students 78
- Assessments Yes
Curriculum
- 5 Sections
- 23 Lessons
- Lifetime
- Pre Course Survey1
- Part 1: Citizen Science: from a Learner to a “Producer"19
- 2.1A) WHAT IS PARTICIPATORY SCIENCE OR CITIZEN SCIENCE?
- 2.2Benefits of citizen science
- 2.3The citizen science landscape
- 2.4B) What constitutes a good citizen science project?
- 2.5Readiness level toward public engagement
- 2.6The importance of engagement
- 2.7Transdisciplinary research
- 2.8The spatial and temporal scale
- 2.9The amount of data that needs to be analyzed
- 2.10The complexity of the data protocol
- 2.11The available project budget
- 2.12Typologies of citizen science projects
- 2.13C) CRUCIAL DESIGN FACTORS FOR A CITIZEN SCIENCE PROJECT
- 2.14A communication and feedback culture
- 2.15Motivational strategies for participation
- 2.16Mechanisms for ensuring data quality
- 2.17Citizen science platforms for data management
- 2.18Inspire yourself and find more resources
- 2.19Workshop
- Part 2: Visualizing Data for Social Purposes with Tableau PublicLearning resources presented here are taken and adapted from https://www.tableau.com/ It is a step-by-step guide to get you started on your data viz journey.1
- Part 3: Grading and evaluating student work1
- Post Course Survey1
Students List
and 3 students enrolled.






